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Data mining. Mathematical sciences. Business analytics. Mathematics and statistics. Big data. Stochastic processes.

What do these courses have in common?

They are core components of an MS in statistics.

Statistics is the study of data. It also involves the understanding of how data can reveal information. This could be about a subject, organization, or even the world. It’s little wonder that so many people with mathematically-oriented minds are drawn to statistics. Many choose to claim it as a major in college. Earning a bachelor’s degree in statistics gives you a thorough understanding of data analysis skills. It can help you make sense of large data sets. A master’s in statistics degree evolves your understanding even further. It will allow you to see and analyze data in much more detailed ways.

Statisticians can use their skills in a variety of situations, according to U.S. News & World Report ranking. These include:

• Computer science
• Data analysis
• Applied statistics
• Mathematical statistics
• Big data science
• Statistical inference
• Data management
• Machine learning
• Stochastic processes
• Data mining
• Regression analysis
• Statistical theory

They can use them to develop experiments. You can describe the trends or tendencies of populations with different environmental pressures. You can predict the outcomes of political elections. You can even use mathematics and statistics to explain the flow of the stock market. Understanding statistics lets you understand the underlying “magic” of math. It also helps you grasp the connections between numbers. This is in a way that few others can.

See Also: 10 Best Master’s in Industrial Engineering

How Long Do the Top Statistics Masters Programs Take to Complete?

Master’s in statistics degrees dive deeper into the specifics of applied statistics. That’s compared to a bachelor’s. These degrees last two years. They may also extend to five years. That’s if taken on a part-time schedule. Program focuses can vary by school. Many master’s in statistics programs also include concentrations or emphases. These can help you specialize your skills. 

Applied Statistics Concentration Areas

Many of the best statistics masters programs come with optional concentrations. That’s according to U.S. News & World Report ranking. Biostatistics is both a common graduate degree major and a concentration. Biostatistics involves the study and understanding of data sets. You’ll examine data science in relation to medicine, biology, and large populations. This concentration is a great choice if you’re interested in understanding epidemiology. It’s also vital in the public health system. It can be useful for biological sciences in general. You can even use it if you want to act as an advisor to a pharmaceutical company.

This is just one example. There are many pathways within a master’s degree in statistics, according to U.S. News & World Report ranking. It is one of the most versatile and useful mathematical skills you can have. Many industries rely on statistical analysis to make large-scale decisions:

• finance
• stock trading
• data science

The experts that understand them chart courses for the future. They also need to understand the past. It’s more mathematics and statistics-focused than pure economics. Statistics or mathematical statistics is a more valuable major. This is due to its emphasis on concrete data and raw numbers.

What Will I Learn in the Best Masters in Statistics Programs?

These include several analytical disciplines, according to U.S. News & World Report ranking. Examples include the analysis of discrete data or multivariate analysis. Other topics and classes in an MS program may cover advanced training:

• Analysis of genomic data
• Sampling theories and various comprehension methods
• Applied time series analysis
• Business analytics
• Applied mathematics and statistics

Many of the best statistics masters programs include training with industry software. Examples include Minitab or SAS. Both of these software programs exist in statistician professions across industries. They’re required courses in most of the best programs.  Master’s in statistics degree programs can often prepare you for employment in this discipline. They’re even better than a bachelor’s degree in the same major.

What is the Difference Between a Master of Science and a Master of Arts?

The best programs are master’s in statistics programs. These are often Master of Science. Master of Arts do exist here and there. MS in Statistics degrees are research-oriented with a research project or terminal/practical. MS in Statistics degrees include a master’s thesis component. They may include another type of research project. Terminal degrees are a little more hands-on. They might include a capstone project instead.

The latter degree option is focused more on statisticians that want to jump into the workforce. This is rather than proceeding to a Ph.D. in statistics or a related field. Many statistics programs include an internship or fieldwork. This prepares full time students and part time students for work as future experienced professionals.

MS in Statistics and Master of Arts in statistics degrees are both valuable. Both offer rigorous academics. It prepares students for a variety of professions and long-term careers across industries. They also lead to several high-paying careers. This without the focus on hardcore math or engineering like many other STEM degrees. An MS in Statistics or an MA are great choices for statistics degrees.

Common Application and Admissions Questions

All MS in Statistics degrees have specific admissions processes that must be followed.  The most basic of these? A bachelor’s degree, according to U.S. News & World Report ranking.

Do You Have a Bachelor’s Degree in Statistics or a Related Field?

This is the case both for a MS in Statistics or Master of Arts degree in statistics. Having a bachelor’s degree will make your application much more attractive. It ensures that you already have some of the fundamental coursework under your belt. This is coursework that you would need to understand the graduate level statistics information. A bachelor’s degree in statistics is the best choice. Alternative acceptable majors include:

• Applied mathematics and statistics
• Biostatistics
• Finance
• Engineering

What is Your Undergraduate GPA?

Having a high GPA from your prior education is also a necessity. Most master’s in statistics programs ask for a GPA  of 3.0 or above. Some programs are a little more relaxed. Still, having as high a GPA as possible will increase your chances of acceptance. Remember, graduate statistics programs can be quite competitive.

What is Your GRE Score?

The vast majority of Master of Science and Master of Arts programs ask for GRE scores, or Graduate Record Examinations. These tests are taken over the computer. They measure your critical thinking across three major categories. Most universities and statistics programs have specific GRE thresholds. You need to reach these to be considered for admission. You can take the GRE up to five times in a single year. There are many study resources online.

What Else Do I Need to Apply for a Master’s Degree in Statistics?

Other pieces of the application can vary from school to school. Some ask for letters of recommendation. Most universities ask for two letters of recommendation. These should be from your former faculty members or your boss. More letters of recommendation are always helpful.

Do you have any prior work experience in the statistics field? You can and should note this in your application portfolio. Let the admissions team know that you have hands-on experience applying your statistical knowledge to real-world problems. This will go a long way to making you a more attractive candidate.

Program Scheduling Options as a Graduate Student

Statistics programs for graduate students come in two scheduling formats. These are regular and cohort. Regular statistics programs might have up to three start dates every year. There’s one for each semester. Cohort statistics programs may only have a single application deadline. There’s only one start date every year. In cohort featured programs, all the students in the program proceed through a regimented schedule. They take the same classes at the same time.

This allows students to have better networking and peer collaboration. It also means you need to have your application documents together long before the application deadline. Make sure that you know when your ideal statistics program starts. That way, you don’t miss a narrow application window.

What About Financial Aid & Scholarships for Master’s Degrees?

The first step is filling out the FAFSA. This is also known as the Federal Application For Student Aid. The FAFSA takes economic needs and background into account. It determines which students get special government-subsidized loans and grants. These are some of the highest monetary awards you can receive for your graduate-level education. Most other financial aid resources ask that you fill out this form as a first step, too. 

Scholarships and Awards

As you begin your search for a Master of Science or Master of Arts in statistics program, note that most students will need additional financial aid. This is aside from the FAFSA. Most master’s in statistics degrees take place over two years. They include between 30 and 60 credits. All master’s in statistics students should check out the financial aid pages for their university. Many universities have dedicated scholarship opportunities or award contests. Students can participate in these for monetary grants and prizes. These grants range in amount. Every little bit helps.

The American Statistical Association is a worldwide community of statisticians. This organization often provides several scholarships for statistics students. These are both at the undergraduate and graduate level. You can find other scholarships. Start by researching one-time grant opportunities on the web.

Teaching Assistantships and Internships

There are other financial aid opportunities you can pursue. Many top-tier universities offer teaching assistantships and internships like:

• North Carolina State University
• Texas Tech University
• New York University

Texas Tech University is famous for this! Teaching assistantships are very valuable. You will work between 20 and 25 hours per week with one of your professors. You’ll handle grading and other busy work. This is in exchange for a small stipend. You’ll learn the intricacies of teaching applied statistics.

Teaching assistantships remove some of your tuition. This is in exchange for your labor. They prepare you to put your learning into practice. Research assistantships are quite competitive. There are often only a few per year for any school that offers them. They are valuable if you can balance your schedule. You’ll learn a lot in a short period of time.

Internships can also be valuable. They often don’t come with payment. Some internships may also come with a tuition reduction or waiver. This is in exchange for your work. You’ll gain valuable work experience. This may help you find employment after graduation and can make your post-school experiences less stressful.

Fellowships in Statistics

Some universities offer fellowships in the field of statistics. These are for bright and driven students. These often come with caveats. You might have to complete internships or a Ph.D. at the university that offers the fellowship. They also come with tuition waivers. There are also excellent academic advantages and opportunities. These prepare students to participate in research projects. There are other research opportunities as part of masters or doctoral study, too.

How Much Can I Make with a Master’s in Statistics?

Earn a master’s degree in statistics. You can pursue a wide variety of professions. The most obvious career is a statistician or mathematician. The Bureau of Labor Statistics indicates that statisticians and mathematicians can expect average annual salaries of around $88,000 per year. You can work for private companies or the government. You can even work in engineering and research firms. You might work alone. You might collaborate with teams of fellow mathematicians and statisticians. The options are endless.

This profession will be valuable in the near future. Available positions are expected to grow by about 30% over the next 10 years. This will result in another 14,400 jobs for future graduates.

A master’s degree in statistics can qualify you to become a survey researcher. As the name suggests, these data professionals both design and conduct their own surveys. They then analyze the data they collect. The data can be used to carry out surveys for other researchers. Survey researchers are often hired by research firms and companies. Various corporations and even nonprofit organizations may hire them, too. The government employs survey researchers to influence policy decisions. Survey researchers make around $58,000 per year.

A master’s degree in economics are better-trained in many cases. Yet a master’s degrees in statistics can also qualify you to become an economist. This depends on the concentration you choose. Your bachelor’s degree major also plays a part. Economists collect and analyze data and data science. They identify trends in economic systems. They use this information to advise corporations or individuals. Economists are growing at a faster than average rate. Job growth is around 8% over the next 10 years. They earn an average salary of around $104,000 per year.

A master’s degree in statistics also prepares students to become postsecondary teachers. For example, it prepares students to become college professors. Consider a research-oriented master’s degree in statistics. An example is a Master of Science. College professors in statistics educate the next generation of statisticians and mathematicians. They can work for their own university in a variety of other contexts. This includes overseeing research projects. They might also do statistical advising for the college board.

Statistics professors and other postsecondary teachers enjoy average salaries of around $78,000 per year. This is along with the possibility of tenure. This career is also expected to see 11% growth over the next 10 years. It will result in 155,000 more jobs by 2028. 

It’s clear that a master’s degree in statistics is an excellent choice. That is, if you want a challenging and lucrative career path for your future! These degrees are even more desirable because they don’t lock you into a specific career. Many other graduate degrees can. Teaching, statistical analysis, and survey researching are all quite different from one another. They are all viable careers for those with master’s in statistics degrees. 

So what are you waiting for? It’s time to consider the top statistics graduate programs. We’ll cover them all in our best master of statistics ranking.

What Are the Best Master’s in Statistics Degrees?

We know that you have educational goals that you’re itching to pursue. You may not know where to start your school search for the best statistics degrees. The editors of Master’s Programs Guide use a unique ranking methodology based on the following five aspects:

25% Overall Degree Affordability: Average cost of undergraduate and graduate tuition per school

25% Graduation Rate: Number of students who start at the university and finish there

20% Earnings Potential: Average mid-career salary of school alumni

20% Selectivity: The number of students who apply versus the number who get accepted

10% Online Graduate Offerings: The number of programs offered online in each department

At Master’s Programs Guide, we strive to do our best to guide you toward a fruitful academic career. The pursuit of knowledge is a noble one. We want to help you reach your goals.

Check out our statistics master program ranking of the best master’s degree in statistics!

#1. Texas A&M University

Master of Science in Statistics Degree

Texas A&M is one of the most famous universities in the entire state. It’s also one of the most research-intensive universities in the country. It’s no wonder, too. The university is right in the middle of the innovative Houston/Dallas/Austin triangle. Texas A&M receives an influx of skilled professionals every year from these major metropolitan areas.

The main campus in College Station is beautiful and sprawling. It includes modern facilities and student housing options. Statistics students have many opportunities for financial support. Fellowships and assistantships are all available. All statistics applicants are considered for financial support as soon as they are admitted.

Texas A&M College Station provides two tracks for its master’s in statistics degree. Both of these prepare students for a future in statistics. There is a thesis track and a non-thesis track. The thesis track is a better choice for master’s level students if you want to proceed to a Ph.D. program. The non-thesis option is better if you intend to proceed straight into the statistics industry after graduation.

If you pick the latter, you must complete two semester credit hours of consulting work. Internships or other work experience can’t count for these credits. A final oral examination rounds out the program for this non- thesis track. This is instead of a master’s paper.

All students will complete general coursework. These include:

• Data analysis
• Statistical inference
• Statistical computing
• Data science
• Computational mathematics
• Theoretical statistics
• Mathematics and statistics
• Data visualization
• Scientific computing

Students can choose from three concentrations:

• Biostatistics (note – it’s hard to find a biostatistics ranking graduate program anywhere!)
• Computational statistics
• Applied statistics

Each of these includes two to four main required courses. You’ll also complete several elective required courses. Texas A&M’s master’s in statistics program flexible and customizable.

Both paths include a master’s diagnostic examination. Students must take and pass this exam to receive their master’s degree. It’s offered twice a year. You don’t need to be in a huge rush to take the exam. Yet you’ll still want to finish it before the second half of the program. This will prepare you to dive deeper into your concentration.

This statistics program is also available online. Every course is 100% online.  You’re able to start in any semester. This online option is a great choice if you need a more flexible curriculum format. It’s also helpful if you need to continue working. The majority of the content is delivered in an asynchronous format. You  can choose to work on a group project during the final two semesters. 

Texas A&M at College Station also offers several statistics certificates. Even if you don’t decide to go for the degree, you can use the statistics certificates. They can help you obtain better jobs in your organization. They also enable you to qualify for certain positions.

#2. California State University-Fullerton

Master of Science Degree in Statistics

California State University in Fullerton is one of the most well-known universities in the entire CSU system. The main state university campus is located in Southern California. The weather is great. Metropolitan centers like Silicon Valley and Los Angeles are never too far away.  CSUF has collected several notable accolades over the years. U.S. News and World Report ranking has it at No. 3 on its Top Public School list. Money ranks it in the top 3% for the best colleges for your money. The school is both affordable and strong in academics.

The Master of Science degree in statistics is a comprehensive and rigorous one. It emphasizes:

• Data science training
• Quantitative analysis
• Computational mathematics
• Computational statistics

You don’t need to submit GRE scores. You should have a GPA of 2.5 to apply. You must maintain a 3.0 GPA to graduate. It’s built for both full-time and part-time students. There are convenient class times for either. Most classes are offered in either late afternoon or evening timeslots.

You can attend classes via live stream instead of on-campus. This is the only program in the entire nation that allows the entire master’s degree to be live-streamed. This is done via a two-way video chat. This is different from regular asynchronous online learning. Students using the live stream method can still interact with their teachers and peers. Students must “show up” to class at the same time as their on-campus peers. All the program’s students benefit from additional flexibility. This is thanks to this technological adaptation.

CSUF does offers a dedicated online program. This can accommodate any nonlocal students. There are nonresident fee waivers for qualified applicants.

Students can choose between a Ph.D. track or a workforce track. These offer research opportunities or practical applications. You will be able to take advantage of teaching associate opportunities. These are like the teaching assistantship positions discussed earlier. They include part-time instructor responsibilities. You’ll teach one or more elementary mathematics courses.

This state university prepares students for working in statistics. It covers topics like:

• Statistical learning
• Probability
• Statistical inference
• Bayesian analysis
• Statistical consulting
• Computational mathematics
• Data science
• Data visualization
• Statistical consulting
• Data mining
• Data analytics

You must write a master’s thesis with a supervisor from the mathematics department. This also applies to any online students at the state university.

#3. North Carolina State University at Raleigh

Master of Statistics

North Carolina State University at Raleigh is a land-grant institution. It first focused on engineering and architecture. Today, NC State is one of the leading public research institutions in the entire country. This is double true in STEM fields. This state university educates over 36,000 students at the undergraduate and graduate degree level. All students benefit from a diverse student body. There is a well-educated faculty at NC State University. There are several university partnerships with major corporations and organizations. These can lead to internships and other networking opportunities.

NC State features a low student to faculty ratio. This is 14:1. The main Raleigh campus has 12 colleges. If you live in North Carolina, there’s no public college better for your money. That’s according to Money magazine! U.S. News and World Report ranking agrees. It calls NC State University the No. 6 best-valued college among national public universities.

This public university offers its Master of Statistics degree in on-campus and online formats. The on-campus variety has a little more flexibility. Students can choose from several concentrations. There is a traditional concentration focusing on the core curriculum areas of statistics. You can also choose from:

• Biostatistics
• Environmental statistics
• Statistical genetics
• Finance

Each concentration pathway includes the same core curriculum. That, plus a series of specialized electives that tailor the degree to your interests.

It doesn’t matter which concentration you choose to complete. The entire thing lasts a single year of full-time study. You’ll complete classes at an accelerated track. You can also opt for a slower pace and complete the degree within a few years.

The online master program includes the general statistics degree. There are optional graduate statistics certificates. One of these is in applied science and data management. The other is in statistics education. The online master degree is limited to the general statistics concentration. There are fewer course offerings being offered online. Both online and on-campus statistics degrees include 30 semester hours. There’s 21 hours of common coursework. This covers topics like linear models and statistical programming in SAS.

NC State University offers additional flexibility for its students with “co-majors”. Have enough credits for another major? At this state university, you can study for two majors, like statistics and data science, at the same time. You will receive a dual degree in a similar field like finance or applied mathematics. This does take longer. You’ll also need a more rigorous course schedule. Yet it can make you a much more attractive applicant for competitive jobs.

NC State is one of the most student-focused universities. You don’t need to send GRE scores. You don’t even have to pay an application fee!

#4. Eastern Kentucky University

Master of Arts in Applied Mathematics

Eastern Kentucky University is a much smaller school. Yet the state university offers one of the best master’s in statistics. It is a regional university. It focuses on general and liberal arts programs. The main campus is located near Richmond, Kentucky. It is close to the heart of developed territory in the state. It is well-positioned for students seeking vibrant social atmospheres. Richmond, Lexington, Cincinnati, and Louisville are all a couple of hours away.

Since 2012, the school campus has been revitalized. There has been a multi-year building campaign. The result is an improved, attractive  space. There are several new student centers, science buildings, and gardens. The campus is home to over 230 resident student organizations. These include several vibrant Greek chapters and Division I athletics teams.

Any math or statistics students interested in attending this university should look at “Coffee Time” series of presentations. These are offered every year. They are hosted by faculty from the EKU Department of Mathematics and Statistics. These are conferences or talks. Students and faculty can network with one another. Here, they can discuss interesting statistical topics over coffee and snacks.

Eastern Kentucky’s master’s in statistics degree is a rare Master of Arts variety. The major is applied mathematics. The statistics focus comes in the form of a concentration. This is called “applied mathematics and statistics”. This statistics and and applied mathematics online program format and class list are unique. They make for a degree level that’s perfect for future statisticians and mathematicians. It takes a comprehensive look at a variety of mathematical disciplines. These include:

• Computational statistics
• Statistical analysis
• Mathematical statistics
• Categorical data analysis
• Data science
• Statistical theory
• Applied mathematics

It’s a little broader than other MS in Statistics degrees. This might be valuable depending on your future career field.

All students must  take several core courses to get a quality education in applied mathematics. These include Applied Linear Algebra and Combinatorial Optimization. You might also explore course offerings related to:

• Multivariate analysis
• Probability theory
• Linear models
• Discrete mathematics

You’ll wrap up with an applied mathematics capstone course. This is instead of a thesis. It is a practical or terminal degree rather than a research-oriented program. The capstone course includes a personalized project. This can be in:

• Machine learning
• Stochastic processes
• Big data
• Computational mathematics

You’ll use this to demonstrate your statistical understanding and expertise. It also prepares students for future employment.

All students will pick between either Statistical Methods Using SAS or Technology for Teaching and Research. This will be part of their core classes for applied mathematics. The program is 30 credit hours.

The degree is also notable because the university offers hybrid class schedules. These facilitate maximum flexibility for online master students with full-time responsibilities. You might do three Saturday meetings for a class per semester. Or you could do various e-Presence classes that let you attend an on-campus class via webcam. Some classes are offered in the evening. Others are offered online. What makes EKU notable? You can mix and match these class offerings as you please. You aren’t limited to just on-campus classes if you don’t take the program online.

#5. South Dakota State University

Master of Science in Statistics

South Dakota is a big place with lots of room. Its flagship State University is also large. It is the most important institution of quality education in the territory. SDSU  enrolls about 12,000 students at both the undergraduate and graduate degree level. The state university offers online master and on-campus courses. There are also a few full online master programs. The school has a student to faculty ratio of 18:1. It’s not as crowded as several other major universities. It’s one of the best masters statistics programs if you’re not interested in city living. It’s one of the best for hands on experience.

SDSU is in one of the safest college towns in America. It’s in Brookings, South Dakota. This beautiful town is close to Sioux Falls. The state university offers a quiet, meditative environment. This is reflected by the SDSU campus. There is a communal, supportive student body.

Their Master of Science in statistics program focuses graduate studies on teaching students to develop sophisticated statistical models. You’ll then learn how to implement those models on high-performance computing platforms. It’s a perfect program for students that want to obtain a career in finance. It’s also ideal for other tech-heavy industries. Examples include automation or computing. Many classes teach students to work with statistical software and other technology.

The rigorous curriculum balances applied statistical methods and theory. Students can choose from three emphasis areas. These are biostatistics, informatics, and analytics. Classes include:

• Advanced numerical analysis
• Advanced calculus
• SAS programming
• Advanced data science
• Mathematical statistics
• Statistical computing
• Scientific computing
• Data mining
• Regression analysis

The curriculum is perfect for future graduate and research students. It is also ideal for analytical statistician careers.

SDSU is flexible. You have three options to graduate. You can write a thesis, a research paper, or take extra coursework. The last option includes 35 credits in total. This is instead of the 30 for the thesis option. The research paper option has 32 credits in total. The last two credits are included with the paper itself.

SDSU offers several assistantships and fellowships. Every admitted student to this program is considered for these positions. Yet they are competitive. Acceptance is not guaranteed for anyone. The fellowships and assistantships are valuable. They include both a stipend and a tuition waiver.

Anyone interested in this program should apply for the fall semester before February. The program does not often accept students starting in the spring semester. That’s because the first year of coursework is much more regimented. Some electives are only offered in certain years, like data science. 

SDSU also offers a special one year accelerated master’s degree program track. This is for those enrolled in the university with a bachelor’s degree. This accelerated track includes 12 credits of graduate mathematics and statistics courses. These are during the senior year of a bachelor’s program. The remaining credits are crammed into a final year of study. This can cut down both on your overall college costs and the time you spend before graduation. Students with exceptional grades will be allowed this opportunity.

#6. West Chester University of Pennsylvania

Master of Science in Applied Statistics

West Chester University of Pennsylvania is the largest public institution in the entire state. It is close to the metropolitan area of Philadelphia. This allows students to benefit. You’ll enjoy the well-developed campus. Plus you’ll enjoy its close proximity to a major business and social hub. The campus itself is quite the sight. There are several modern and attractive student centers. There’s an extensive music library. There’s a massive planetarium. There are even a few speech/hearing and reading clinics.

WCU has a vibrant student life. It has the largest NCAA Division II varsity program. There are 24 men’s and women’s sports. It hosts a low student to faculty ratio of 19:1. It has a diverse student body. It hails from 74 countries and 29 separate states. 

The master’s in statistics degree is a degree that combines a wide variety of classes and topic focuses. These include:

• Statistical theory
• Communication skills
• Categorical data analysis
• Scientific computing
• Computer science
• Data science
• Scientific research
• Regression analysis
• Discrete mathematics
• Multivariate analysis
• Mathematical sciences
• Linear models
• Economic development
• Probability theory

It works well as a program both for statistics students that want to proceed to a Ph.D. It’s also great for those who want to get a career in applied statistics.

The class offerings are flexible. Students can choose a series of electives  with several core courses. You can tailor this degree to concentrate your statistics knowledge. These disciplines include things like:

• Biology
• Psychology
• Business
• Pharmaceutical product development
• Machine learning

Choose between a full-time or part-time schedule.

The coursework within the program is interdisciplinary. The admissions team is a little more relaxed. Students from all kinds of majors should apply for the program. That is, if they are interested in applying statistics in real-world contexts.

Its graduate students are provided with several paid internship opportunities. These combine the stipends and tuition waivers. You’ll also get work experience for your resume.

Other graduate assistantships are available. These don’t have the work experience component. There’s more scheduling flexibility.  Decide not to pursue a thesis? You’ll need to complete 32 credit hours of coursework instead.

There are two main tracks to this program. You’ll have plenty of variety. There is biostatistics and business and marketing analytics. An additional post-master’s graduate certificate is available. Many of the classes of this program can be taken online.

#7. Stanford University

Master of Science in Statistics

Stanford University is a school on par with Ivy League universities. It opened in 1891. Today it hosts around 16,000 students each year. There is a faculty of just over 2000 members. Stanford is the site of many innovations and groundbreaking developments. These include the ultrahigh-frequency vacuum tube and the founding of the Hewlett-Packard Company. It was also home to the invention of the MRI machine. It’s home to a great Master of Science in mathematical statistics.

Stanford University is a great place to go to school because of its location. Its SoCal inspired architecture is a perfect complement to its sunny weather. Stanford is close both to Palo Alto, Silicon Valley, Los Angeles, and San Diego. Students attending school here will never lack entertainment. There are plenty of work opportunities in surrounding metropolitan business centers.

Stanford’s M.S. in statistics is a growing program. It has become more popular in recent years. This is both as a terminal option and as a stepping stone to a doctoral degree. It is a difficult program to enter. There is a single application window on April 15. After that, the graduate admissions period is closed until the next September.

The program is comprised of 45 units of work. This includes nine statistics courses that are taken for a letter grade. Additional mathematics and programming courses are included in the curriculum. They might cover topics related to:

• Data analysis courses
• Operations research
• Statistical inference
• Data science
• Statistical learning
• Mathematical sciences
• Statistical computing

These make sure that you are prepared as a statistician or researcher. You will understand how to use statistical software and computing techniques across industries. 

You can also complete this program part-time through Stanford’s Honors Cooperative Program. This includes on-campus attendance. It’s ideal if you need extra time or flexibility to finish your degree.

Instead of a thesis, this master’s degree program at Stanford has all graduate students submit a milestone program proposal. This program proposal prepares students for a capstone project at the end of the year. You must submit your program proposal before the end of your first quarter of enrollment. Only students who know what they want to use this degree for should apply.

You’ll benefit from flexible elective courses. You can set your own pace of study. If pushed to the limit, the program lasts a single year. That’s true if courses are taken during the summer semester. The program must finish up within three years. This is a bit shorter than many other graduate programs. The Honors Cooperative Program is an exception to this rule. It allows students to finish within five years.

Stanford allows you to count some of your employment as credit. This is done through Curricular Practical Training. If you already work in a statistical context for your job, it may count toward some of your necessary credits. You can also take online master courses from the Stanford Department of Statistics. This can help you to accelerate your program completion. Some courses are offered online during the summer, like data science. They are only offered on-campus during the fall and spring semesters.

#8. Columbia University in the City of New York

MA Program in Statistics

Columbia University in New York City has been around for over 250 years. It’s right in the heart of one of the most iconic cities in the world. It is one of nine colleges that were founded prior to the Declaration of Independence. There’s plenty of history to be seen and felt as you walk among its stone-and-brick campus buildings. Five of the original Founding Fathers of the United States are among its alumni. This is a suitable legacy given its origin. Its academic value should be noted as well. U.S. News & World Report ranking has it at No. 7 for the Best Global Universities.

Don’t discount the value of the location in New York, either. New York is the business capital for the entire world. There’s no shortage of employment opportunities for students. Especially those with excellent applied statistics master’s degrees and the drive to succeed! Beyond employment prospects, New York City is a great place to experience. The city contains unlimited social and networking engagements. These are only limited by your own initiative.

The graduate applied statistics program is another rare Master of Arts. It is one of the top statistics programs. It covers both the application and theoretical elements of applied statistics, data science, and probability. You can also blend the curriculum with classes from other departments. This will allow you to create a dual-degree in engineering, finance, or even social science. It’s one of the most versatile and customizable programs out there.

The statistics and mathematics program is offered on-campus. It’s also available in a hybrid online master program/on-campus format. The on-campus program emphasizes statistical theories. It also covers the applications of those theories. It’s tailor-made for students that are planning on seeking employment after graduation. This is rather than focusing on doctoral study in applied statistics or other qualitative fields. The on-campus option can be pursued either part-time or full-time.

It includes four core courses. There are six electives or more depending on credits. The main courses cover topics like:

• Mathematical statistics
• Data visualization
• Basic probability theory
• Statistical consulting
• Applied statistics
• Data science
• Mathematical sciences
• Operations research
• Data analytics
• Numerical analysis
• Linear algebra

Many of these online master courses also include some practical experience. Most courses can be taken in the early evening to accommodate students that need to work while completing their education.

The hybrid format of this master’s degree program provides students with select courses during the first fall semester. Then you’ll integrate into the on-campus program. It’s a great fit for students who need a little extra time to finish up work. They can finish other engagements before committing to their studies. The process is simple. Hybrid schedule students complete the core courses through the online master learning management system. Electives are completed on the Columbia University campus.

The application deadlines for the on-campus and hybrid programs are different. Both start in the fall. You’ll want your application materials completed by April.

#9. University of Pennsylvania

MBA, Statistics Focus

The University of Pennsylvania is an Ivy League School. It is well known both in the U.S. and beyond. It opened in 1740. The school features one of the lowest student-to-faculty ratios in the world. It’s just 6:1. Every student receives the care and attention they need to succeed. This also helps Penn maintain an academic- rigorous standard for all its programs.

It’s a school filled with history and many “firsts”. It’s home to the first schools of medicine and business in America. It also has the first student union building. Forbes ranks it as the sixth-best university in the nation. So does U.S. News & World Report ranking. It’s also the home of one of the oldest literary societies in the U.S. This is called the Philomathean Society. Students who attend this school will enjoy its colonial and gothic architecture. It has a central location in Philadelphia. UPenn also has a wide collection of student organizations. This includes an inclusive Greek club pantheon.

The MBA with a statistics focus is unique among other graduate degrees. It is a Master of Business Administration. This degree provides students with a core list of classes that focus on business topics and management fundamentals. This is an ideal mixture for training the business leaders of tomorrow. The applied statistics focus is designed to provide students with the knowledge they need for in applied statistics-focused industries. This is instead of preparing them for research toward a Ph.D.

The program works to provide students with skills to interpret the vast quantities of data. This is data that today’s computers are collecting for organizations and companies. Most of the courses offered over this program focus on the development of statistical insight. These are techniques students can use to  utilize statistical methods. Graduates will be equipped to run companies. They can also advise business chief officers in their decisions or strategies.

19 units of core courses are needed for graduation. Students can complete the entire program in two years or less. The applied statistics concentration courses incorporate topics like:

• Actuarial statistics
• Sample survey methods
• Data science
• Data analysis courses
• Applied statistics
• Statistical computing

An independent study class is also needed for graduation. Your prior work experience in a statistical context may count for this credit. The MBA core courses cover several major disciplines like:

• Finance
• Macroeconomics
• Marketing

Penn also allows students to combine a second major. This allows them to concentrate on similar but distinct disciplines like strategic management or finance. You’ll be all the more valuable to potential employers in the future.  Penn grants each student plenty of time to complete their higher education. A student could collect a significant degree with many certificates and majors within a few years.

#10. University of Michigan-Ann Arbor

Applied Statistics Master’s Program

The University of Michigan at Ann Arbor is the oldest university in Michigan. It opened in 1817. It is ranked as the No. 1 U.S. public university according to QS World University Rankings. Its accolades don’t stop there. It’s the No.1 university in research volume among all US public research universities. It was also  the location of 22 new business startups in the last year alone. It features 29 NCAA Division I teams. There are more than 900 student-athletes! There’s a student to faculty ratio of 15:1. Plus, there are 102 graduate-level programs in the top 10. That’s according to U.S News and World Report. It’s a phenomenal university across all metrics.

Ann Arbor is also a great benefit to the school. It is ranked the No. 7 Best College Town in the U.S. That’s according to Forbes. Students can enjoy the bustle of city life in a beautiful, centralized location. The school has a vast housing system. It can accommodate about 10,000 students. It houses over 1400 student organizations. Fraternities and sororities play a big role here. They afford all students opportunities for rich social experiences. Don’t forget about the networking.

Their master’s program is in applied statistics and data science. This indicates its suitability as a terminal graduate degree. It’s a perfect degree choice. That’s especially true if you want to jump into a career as an applied statistician for:

• Government agencies
• Private companies
• Consulting firms
• Cutting edge research organizations

The program has 10 courses over 30 credit hours. The basic course list includes several theoretical statistics classes. The program as a whole emphasizes data analysis and statistical modeling. It arms graduates with the tools they need. They will be able to provide actionable advice to CEOs, federal leaders, and researchers.

Several elective courses are included. These include multidisciplinary classes across topics like:

• Computer science
• Biostatistics
• Engineering
• Data science
• Sociology

The program dives straight into theoretical statistics and data science. The admissions team prioritizes students that have backgrounds in calculus and linear algebra. They also look for those with at least some statistics experience.

There’s a wide variety of electives available. Students can specialize the degree. This allows for concentrations that aren’t reflected in the name. Examples include:

• Econometrics
• Forecasting
• Financial statistics
• Data science
• Industrial statistics

U-M allows for several other degree completion pathways beyond the typical route. An accelerated master’s degree program in applied statistics is available. This is ideal if you’re already enrolled at the university for a bachelor’s degree. You must have a strong quantitative background and a high GPA. You can take a few of the master’s level courses during your senior year. You’ll complete both degrees in five years or less.

Similarly, U-M offers a “bridge” program. This is for those students that want to pursue a Ph.D. in physics after finishing their master’s degree program. The bridge program offers additional coursework. It also has extra cutting edge research training to master’s level students. This allows students to jump into a Ph.D. program right off the bat. There’s no need to reapply and wait for another semester. It’s also a great boon to your record. It can make you a competitive Ph.D. applicant almost anywhere.

Other Notable Statistics Graduate Degree Programs

So there you have it! Lots of masters statistics rankings to get you started.

Not satisfied with your school search? Continue on in your school search by checking out the Masters in Applied Statistics Rankings for the following programs. It includes both Master of Science and Master of Arts.

Most students will find these MS in Statistics Ranking schools to be excellent alternatives to the programs listed above. These online master programs in these school rankings have experienced faculty. They offer the potential for getting a graduate certificate. You’ll even be able to study exciting topics like logistic regression in the institutions in these top school rankings.

In addition to the programs above and below, you’ll also find top Master of Science programs at trusted partner programs like:

• Rice University
• New York University
• Penn State University – University Park
• Brandeis University
• University of Chicago
• Texas A&M University

Each of these trusted partner programs prepares students with rigorous courses in mathematical statistics, data science, applied statistics, and more. Many offer both an on-campus and online program for online students.

These mathematics program options offer the chance of applying statistics to social sciences. You’ll conduct time series analysis and statistical analysis. You’ll learn about applied statistics. You’ll study operations research. They provide ample graduate studies in statistics for practicing statisticians. There are plenty of learning opportunities in other areas, too.

#11. University of California-Davis

Location: Davis, California

Degree: Statistics – Master of Science

Net Price: $15,724

Website

#12. Cornell University

Location: Ithaca, New York

Degree: Applied Statistics M.P.S.

Net Price: $28,890

Website

#13. University of Wisconsin-Madison

Location: Madison, Wisconsin

Degree: Master of Science in Statistics

Net Price: $14,169

Website

#14. George Washington University

Location: Washington, D.C.

Degree: Statistics Master of Science

Net Price: $39,600

Website

#15. University of California-Santa Barbara

Location: Santa Barbara, California

Degree: MA in Statistics

Net Price: $16,912

Website

#16. Yale University

Location: New Haven, Connecticut

Degree: Yale Statistics Terminal MA Program

Net Price: $18,748

Website

#17. Fordham University

Location: Bronx, New York

Degree: Master of Science in Applied Statistics

Net Price: $39,011

Website

#18. New Mexico State University

Location: La Cruces, New Mexico

Degree: Master of Science: Applied Statistics

Net Price: $9,462

Website

#19. Montana State University

Location: Bozeman, Montana

Degree: M of Science in Statistics

Net Price: $15,801

Website

#20. The University of Texas at Austin

Location: Austin, Texas

Degree: M of Science in Statistics

Net Price: $14,156

Website

Each generation, telecommunications tech takes a giant leap forward. That’s why the field needs graduates who are up-to-speed on modern topics. There’s no shortage of programs to qualify you for a lucrative career in the business. But before you dive into our list, you’ve got to understand what actually goes into a telecommunications masters degree. 

The world of telecom impacts just about every aspect of our lives. This trend is only going to speed up. Deloitte predicts 370,000 new telecom job opportunities will open over the coming years. There may not be enough qualified workers to fill them all.

See Also: 10 Best Master’s in Industrial Engineering

Common Application and Admission Questions

You may find the perfect program at your dream university. But to boost the odds of being accepted you have to pay attention to details.  Ensure that you meet at least all of the minimum listed requirements. 

One of the biggest requirements is your undergraduate degree. A master’s degree in telecommunications is designed to build upon the knowledge learned from bachelor’s degree courses. Review all requirements for undergraduate work. See if there’s an option to take prerequisite classes to cover any gaps. 

Along with the undergraduate degree comes your Grade Point Average (GPA). The graduate school may have a general GPA requirement (often 3.0). The actual program’s admissions page might reveal that the average accepted applicant had a much higher GPA. Do your research!

Universities don’t simply look at grades. They look at your entire application. Graduate programs tend to be tightly knit. They don’t just want someone with great grades. They also want someone who’s a great overall match. 

How can you persuade the school that you’re a great match? The statement of purpose and resume. These are your opportunities to showcase yourself. These items must be custom-tailored to the exact program you’re applying to. Don’t reuse the same thing over and over. 

What About Financial Aid & Scholarships?

College isn’t getting cheaper. Graduate school costs more than ever, even for a telecommunications masters degree. It’s no surprise most students rely on financial aid. The good news is that there’s no shortage of funding out there. 

Chances are that you know about (and perhaps used) Federal Student Aid. If not, the good news is that Pell Grants haven’t gone away. The bad news is the Department of Education only gives them to undergraduates. Graduates often qualify for Fulbright Grants or TEACH Grants. But for a Master’s in telecommunications, these  aren’t the grants you’re looking for.   

This brings us to federal loans. Loans aren’t as awesome as grants you don’t have to pay back. But the government offers some reasonable interest rates on their unsubsidized student loans. They don’t require a credit check, either. It’s still a good idea to shop around and compare. Keep in mind that a federal loan has a fixed interest rate.

Grad students may borrow up to $20,500 a year. They don’t have to prove financial need. The process for applying starts with filling out a Free Application for Federal Student Aid (FAFSA). This generates a Student Aid Report, sent to the school. Your school will do the math and see how much you can get. 

Most colleges offer their own scholarships. Look at the department pages, to see if there are specific opportunities listed there. Many graduate programs offer paid teaching assistantships or research jobs. 

Graduate students should search for scholarships that are specific to their field of study. Many professional organizations and alumni associations offer free money. These awards are for students pursuing degrees related to telecommunications or STEM fields in general. Geographic location is another factor to consider. Many scholarships are state-specific. All students are wise to consider demographic-based scholarships as well. 

How Much Can I Make With a Master’s in Telecommunications?

STEM degree graduates are in ever-increasing demand. Earn a telecommunications master’s degree and you’ll be poised for a high-paying career.

Often BLS lists career-specific data in its Occupational Outlook Handbook. Information on the telecommunication subsector, however, is tagged on pages outside their handbook. BLS breaks the field down into the following groups: 

• Cable and Other Program Distribution
• Satellite Telecommunications
• Telecommunications Resellers
• Wired Telecommunications Carriers
• Wireless Telecommunications Carriers (except Satellite)

The median salary listed for “electronics engineers, except computer” in the telecommunication subsector is $108,659 (as of 2022). 

Glassdoor offers a wide range of salary data for telecom-related careers, such as:

• Electronics engineer – $74K
• Telecom engineer – $72K
• Telecommunications manager – $67K
• Network/telecommunications engineer – $67K

The highest telecom engineer salary the site reports is $108,659K. Again, that’s an average.

Now it’s time to check out our list of the 10 best universities for MS in telecommunication below!

What Are the Best Master’s Programs in Telecommunications?

We know that you have educational goals that you’re itching to pursue. But you may not know where to start. The editors of Master’s Programs Guide utilize a unique ranking methodology. It is based on the following three aspects:

• 40% Potential Salary After Graduation: Average mid-career salary of school alumni 
• 30% Institutional Accreditation: Regional and National Accreditation for the 2019-2020 school year 
• 30% Overall Degree Affordability: Average cost of undergraduate and graduate tuition per school

At Master’s Programs Guide, we strive to do our best to guide you and your family toward a fruitful academic career. The pursuit of knowledge is a noble one, and we want to help you reach your goals. 

#1. The University of Texas at Dallas

Master of Science in Telecommunications Engineering

You’ll find a top telecommunications masters degree at the University of Texas at Dallas. It is in the Erik Jonsson School of Engineering and Computer Science. This school offers a Master of Science in telecommunications engineering (MS TE). This rigorous program incorporates topics on electrical engineering, computer science, and even economics. It is meant to train graduate students for positions of authority within a range of sectors. Applicants should have a strong foundation in telecom software and hardware. They should also have a background in network theory. 

Coursework dives deep into subjects such as: 

• Ad-hoc and PCS wireless networks
• Digital signal processing
• Electromagnetic-wave propagation
• Fiber and integrated optics
• High speed protocols
• Network security
• Telecommunications engineering
• Operating systems
• Communication systems
• Communication technologies
• Latest technologies in telecommunication systems
• Data mining
• Communication networks
• Enterprise architecture
• Systems engineering 
• Wireless communications 
• Information technology
• Systems and networks 
• Information security
• Mobile IP
• Network design and optimization
• QoS assurance protocols

This program requires 33 semester credit hours. There are both thesis and non-thesis options. Part-time students are enrolled in the non-thesis option to begin. They can apply to do the thesis if desired. The thesis is mandatory for most full-time students. 

The school features several state-of-the-art facilities. These include the Engineering and Computer Science Building, TARGET Lab, and Wireless Information Systems Lab. There’s also the Antenna Measurement Laboratory. This is used as a testbed area for research. There is the Optical Communications Lab, and a facility housing the server network and Sun Engineering Workstations. 

The program ensures graduates have a comprehensive foundation in all aspects of today’s complex communications networks and systems. Many MS TE alumni have gone on to great jobs as telecom software or network engineers. They work for a wide range of governmental and private industry organizations around the globe. Others go on to pursue their Ph.D. in telecommunications engineering at UTD. The department features a sprawling alumni network for students to stay connected to. That’s no matter what their goals are after finishing their master in telecommunication degree.

To apply to the telecommunications masters degree, students must meet UTD’s graduate admissions standards. They must also meet specific requirements for the Master of Science in the telecommunications engineering program. Applicants should hold a bachelor’s in electrical engineering or a related degree. This is due to the technical nature of the graduate coursework. They should have a minimum 3.0 GPA on upper-level quantitative classes. 

#2. University of Maryland

Master’s in Telecommunications

The University of Maryland in College Park has been in the higher education business since its humble beginnings in 1856. This provider of one of the best masters telecom started as a small agricultural college. It is a true powerhouse in countless areas of academia. These include business and technology. Through the joint efforts of its Electrical and Computer Engineering Department and the Robert H. Smith School of Business, the university offers a high-speed 30-credit Master’s in telecommunications. It blends a technical curriculum with practical business coursework. The program can be taken full- or part-time. Many classes in this masters in telecommunications are held at night. 

The program of study features a technical and business core, plus electives. Technical classes are based on the latest industry trends. They cover areas related to wireless communication and networking, and topics like:

• Cybersecurity
• Linux administration
• Machine learning
• Network security 
• Telecommunications engineering
• Operating systems
• Communication systems
• Communication technologies
• Data mining
• Communication networks
• Enterprise architecture
• Systems engineering 
• Wireless communications 
• Information technology
• Systems and networks 
• Information security 

University of Maryland’s program differs from other similar Master’s degrees. This telecommunications masters degree has an emphasis on the practical business core. It dives into marketing, economics, and leadership topic. It’s similar to what one might find in an MBA program. Faculty and instructors have years of work experience in the telecom industry. This allows them to inject real-world insights into their lectures and assignments. 

Most students take two years to finish the program, if attending full-time. This equates to about three classes each semester. The program does not have a thesis option. It does require a scholarly project to be completed. 

Graduates are qualified for great-paying positions. The program offers a strong foundation that is essential for working professionals who wish to explore leadership roles. Alumni have some of the following employment opportunities as telecommunications professionals:

• solutions architect
• product marketing engineer
• software engineer
• technical staff roles
• telecommunications engineers
• systems engineering specialist
• network engineer
• network theory analyst
• cloud engineer
• telecommunications project management
• RF analyst
• software developer
• system engineer

Employers of University of Maryland grads include:

• TeleWorld Solutions
• Cisco
• Alcatel-Lucent
• AT&T
• Amazon
• Verizon
• Qualcomm
• Sprint

There are two useful career resource centers that help enhance graduate employment outcomes. They are the University Career Center and the Engineering Career Services. These offer career advising and informational sessions. They hold career fairs and workshops. They also provide help with resume writing, finding internships, and ways to link up with recruiters. Many students take advantage of the Graduate School Writing Center’s invaluable consultations. These can help to improve their critical communication skills.

#3. Florida International University

Master of Science in Telecommunications and Networking

Florida International University offers another top masters in telecommunication. This school is a public institution featuring two US campuses and four satellites. There is an off-site Engineering Center, and overseas locations in Italy and China. The university’s School of Computing and Information Sciences (SCIS) is located on the Modesto Maidique Campus. This is  within the Engineering and Computer Science Building. SCIS’s Master of Science in Telecommunications and Networking is a popular option for students preparing for high-tech careers with great career opportunities.

The program’s plan of study includes 15 hours of core credits. They consist of the following general classes and prerequisite courses to get started in this field of study: 

• Computer Communications and Networking Technologies 
• Networks Management and Control Standards
• Mobile Computing
• Electrical Engineering
• Network Security
• Telecommunications Engineering
• Operating Systems
• Communication Systems
• Communications Technologies
• Data Mining
• Communication Networks
• Enterprise Architecture
• Systems Engineering
• Network Theory
• Electromagnetic Wave Propagation Fiber
• Information Technology
• Systems and Networks
• Information Security
• Network Design
• Project Management in Telecommunications
• Secure Telecommunications Transactions 
• Telecommunications Enterprise Planning and Strategy

Students must also select to complete either six credit hours in a focus area track or a thesis option. Tracks include:

• business
• communications
• software
• security
• wireless/sensor networks.

The thesis option requires thesis proposal preapproval. 

The curriculum is informed by experts from the Industrial Advisory Board. It works hard to ensure courses relate the most up-to-date practical essentials needed for working individuals in the field. The board also assists in other aspects of training. Examples include research partnerships, scholarships, internships, co-ops, and other means. FIU hosts many facilities on campus where SCIS classes are held. These include the Tech Station. This is a nexus of cutting-edge research, innovative learning, and invaluable peer and external networking experiences. Tech Station also houses the Student Advising Center. It offers graduate academic and career assistance. 

Florida International University holds the esteemed Carnegie ranking of an R1 Highest Research Activity institution. Admissions to its rigorous Master of Science in telecommunications and networking require a relevant bachelor’s degree. This may be assessed by the graduate school. Applicant undergrad GPAs should be a 3.0 or higher. Students will also submit official transcripts, a recommended statement of purpose, three letters of recommendation, and a resume.

#4. Illinois Institute of Technology

Master of Telecommunications and Software Engineering

The Illinois Institute of Technology is Chicago’s only technical university. It has had an amazing responsibility to serve the community since its inception in 1940. One example is its 30-credit hour Master of Telecommunications and Software Engineering (MTSE). The masters in telecommunication was created through a joint effort of its renowned College of Engineering and College of Science. The program combines coursework from the Department of Electrical and Computer Engineering as well as the Department of Computer Science. This master telecommunications is made to be finished in one year. It focuses in-depth on:

• communications engineering
• systems architectures
• systems design
• networks
• software testing

The 30-credit, no thesis curriculum includes required courses in: 

• Communication Engineering Fundamentals
• Software Systems Architecture
• Software Project Management
• Performance Evaluations on Computer Networks, or Design Optimization on Computer Networks

Students must also take one class each in the areas of software engineering, telecommunication systems, and communications. Electives round out the final credit requirements. All MTSE students must possess a solid undergraduate foundation in the necessary subjects. These can be satisfied through prerequisite courses such as: 

• Accelerated Introduction to Computer Science 
• Circuit Analysis I & II
• Introduction to Differential Equations
• Multivariate and Vector Calculus
• Probability and Statistics
• Signals and Systems

Illinois Tech assists graduates of its MSTE program to go on to exciting careers in the diverse areas of the telecom engineering field. It does this through an array of career services dedicated to offering students all the tools needed to obtain their dream jobs.

From coaching to networking with industry partners on the lookout for talented job seekers. The university’s professional team is adept at guiding graduates onto pathways of success. They also offer rewarding internships and co-op opportunities. These are outstanding experiences to cite on a resume. 

The school accepts up to nine transferred credit hours. That is so long as at least a letter grade of “B” was earned. Students who do not possess an undergraduate GPA of 3.0 can still apply as non-degree-seeking students. They can later apply as degree-seeking once sufficient coursework has been satisfactorily completed. U.S. News & World Report ranked Illinois Tech No. 99 in a tie for Best Engineering Schools. It was No. 36 in Best Value Schools in the country for 2020.

#5. George Washington University

Master of Science in Telecommunications Engineering

You will find another top masters in telecommunication located in the nation’s capital. George Washington University’s impactful research and world-class education are wrapped up in a tightly knit community. This community is devoted to excellence in higher learning. Through its Department of Electrical and Computer Engineering’s School of Engineering and Applied Science, the university offers a robust Master of Science in telecommunications engineering. It is for graduate students looking for a comprehensive degree with relevance. The 30-credit hour curriculum consists of classes such as: 

• Cloud Computing 
• Computer Networking
• Network Architecture
• Optical Networking
• Telecommunications Security Protocols
• Transmissions Systems
• Wireless Networking

The plan of study takes between two to three years. Requirements include a core of 21 credit hours and nine electives. Thesis students will take 24 credit hours of classes. They will spend the final six credit hours for their thesis research. This will be spread out over two terms. Required classes are:

• Introduction to Computer Networks
• Network Architectures and Protocols
• Optical Communication Networks
• Telecommunications Security
• Wireless Networks
• additional two classes selected from a preapproved list

The department is home to a plethora of diverse student and professional organizations. These include:

• Alpha Omega Epsilon
• Engineers Without Borders
• the Institute of Electrical and Electronics Engineers   
• GW Optical Society   
• Tech Collective   
• the National Society of Black Engineers   
• the Society of Women Engineers   
• Tau Beta Pi  
• Theta Tau

Graduate students may apply for a range of scholarships, teaching assistantships, and research assistantships. There are other financial aid and career-building opportunities. GW students learn from distinguished departmental faculty. Upon graduation, they join the ranks of accomplished alumni. Examples include:

•  NASA astronaut Dr. Serena Aunon-Chancellor
• NASA’s Goddard Space Flight Center director Christopher Scolese
• Pradman Kaul, the president and CEO of Hughes Network Systems

George Washington University is ranked No. 79 in Best Engineering Schools in a tie on U.S. News & World Report’s 2022 grad school listings. It also comes in at No. 74 for computer science. This is related to the study of telecommunications. 

#6. University of Oklahoma

Master of Science, Telecommunications Engineering

The University of Oklahoma’s Master of Science in Telecommunications Engineering (MS TCOM) is part of the institution’s overarching Telecommunications Engineering program. It is overseen by the School of Electrical and Computer Engineering in Tulsa. The program has five devoted full-time faculty and a graduate student body of 40 enrollees. Many of these graduate students are pursuing doctoral degrees. Students can decide if they want to pursue a thesis option or instead focus on coursework and a professional project. The classes in this M SC Telecommunication degree are often offered at the UO’s Norman campus near Oklahoma City. They are also offered on the Tulsa campus for more accessibility.

The 32 hours of required coursework include the following classes:

• Telecommunications Industry Overview
• Network Design and Management
• Telecommunications Laboratory
• Telecommunications Technology

Remaining coursework will depend on the student’s decision to complete a thesis or a professional project. Both of these require an oral defense. Electives will round out credit hour requirements. There is a minimum of 12 selected from technical areas such as telecommunications, computer science, math, or applicable engineering topics.

The school has an up-to-date curriculum. There are many new courses such as:

• Internet-of-Things
• Stochastic Systems
• Linear Systems Analysis
• Deep Learning
• Information Theory and Statistical Learning
• Big Data Analytics
• Optical Quantum Technologies

UO students benefit from learning experiences within four cutting-edge laboratories. These labs are:

• the Wireless and Electromagnetic Compliance and Design Center (WECAD)
• Quantum Optics lab
• Photonics lab
• InterOp Lab

The latter features five unique “island” configurations related to researching:

• internet protocol
• asynchronous transfer mode
• legacy
• optical networking
• wireless capabilities.

UO’s MS TCOM program places heavy emphasis on practical learning. It also features exciting organizations students can get involved in. An example is the IEEE Communications Society, which is filled with professionals studying all types of communications technologies. 

#7. Southern Methodist University

Master of Science with Major in Telecommunications and Network Engineering

Southern Methodist University is a private university near Dallas, Texas. Its motto is “World Changers Shaped Here.” That’s no small boast! But with a $660 million operating budget (as of 2019), SMU clearly has the funding to back it up and to offer world-class education. Its Lyle School of Engineering features a convenient, straightforward 30-credit hour Master of Science in telecommunications and network engineering. It is for students interested in corporate communications management and telecom network engineering. The curriculum prepares graduates for a wide array of employment opportunities. They include working for major corporations and governmental agencies to academic research and consulting. 

Students can expect to spend some quality time on foundational core topics. Examples include network protocols, switching and routing, and multiprotocol label switching. Then they will move on to more modern areas of study. The program also  trains students on practical business matters. These include:

• leadership
• management
• regulations
• relevant policies.

Program elective classes are broken into two categories. These are advanced and additional electives. Advanced electives include classes such as: 

• Cloud Computing for Network Engineers
• Internet Telephony
• Linux and Programming
• Network Analysis, Architecture and Design
• Software Defined Networks
• Switching and QoS Management in IP Networks
• Telecommunications Regulation
• Wireless, Cellular and Personal Telecommunications

SMU’s degree is offered both on-campus and online. This makes it perfect for busy working students. Courses in both formats are led by the same renowned faculty. They feature the same academic challenges and time commitments. Students attending SMU in person will utilize sophisticated department labs. Examples include the Wireless Systems Lab within the Jerry Junkins Building. All students will benefit from the courses utilizing advanced simulation software to design and troubleshoot networks. The program also offers incredible opportunities to learn directly from high-level industry guest lecturers. They possess decades of real-world experience. 

SMU graduate students can use the school’s handy degree plan to map out their classes. This program requires sufficient technical background. Applicants should hold a bachelor’s in one of the following:

• Computer Science
• Electrical Engineering
• Electronics
• Information Technology
• Networking
• Telecommunications

The school has teamed up with SMU’s Cox School of Business. Together they crafted a dual degree ~68-credit hour MBA and Master of Science in telecommunications and network engineering. This two-year option adds the fast track MBA. It allows for up to six MBA credit hours to be counted as electives on the telecommunications Master’s. This program would be beneficial for those seeking to land leadership roles. Interested students should review the additional application criteria. 

#8. University of Denver

Master of Science in Information and Communications Technology with a Concentration in Telecommunications Technology

The University of Denver is nearly as old as Denver itself. And it is one of the best telecommunications schools you will find!  One high-tech draw in particular is the university’s Master of Science in information and communications technology. It features an in-depth concentration in telecommunications technology. This 48-credit hour degree can be finished in as quick as a year and a half. Part-time students can opt to take up to five years to complete requirements. 

The program of study consists of 12 ten-week courses. There is also a no-credit class on student success. It is designed for working grad students. Classes can be taken either on campus at nighttime or online through the University College. Classes start with a historical perspective then toward technology of today with predictions for the future. Core classes include:

• Business Foundations
• Technical Foundations
• Enterprise Architecture

There is also either a capstone project or capstone seminar. 

The four specialization classes are:

• Network Communications and the Internet
• Broadband Wireless Networks
• Next Generation Wireless Networks and Services
• Network Security with Lab.

Four electives are picked from a long list of options. They are often from the information and communications technology program. Other electives are permitted with pre-approval. DU’s website has  a great interactive degree builder. This can be used to assist students with plotting out multiple routes to finish their courses.

The University of Denver also makes the application process easier than average. It considers up to 12 transfer credits. It doesn’t require GRE or GMAT scores. And it will accept applications from students holding a minimum of 2.5 GPA on their undergraduate work. Students must submit a personal statement up to 500 words, a resume, official transcripts, and the contact information for two personal references. International applicants will need to provide proof of English proficiency. 

#9. Pace University

Master of Science in Telecommunications Systems and Networks

 New York’s Pace University is on a mission to transform graduate students into skilled professionals ready to tackle the challenges of modern career fields. It has a 36-credit hour, STEM-designated Master of Science in telecommunications systems and networks. It is offered at the New York City and Westchester campuses. This master degree in telecommunication engineering equips students with the managerial and high-tech abilities that employers need. It is offered by the Seidenberg School of Computer Science and Information Systems. The two-year program features a rigorous curriculum. It dives into coursework on:

• wireless and optical communications
• networks
• security topics
• management
• regulations 

The 36-credit hour program of study consists of 27 core credits and nine elective credits. Sample core classes include:

• Computer Networking and the Internet
• Data Communications and Networks
• Optical Communications and Networks
• Security in Computer Networking
• Simulation and Computer Network Analysis
• Telecommunications Management
• Wireless Communications

Up to nine prerequisite bridge credits can be taken. None count towards the degree credit requirements. Possible bridge topics include:

• Fundamentals Computer Science I and II (using Java)
• Computer Systems and Concepts. 

Graduates of Pace’s Master of Science in telecommunications systems and networks go on to rewarding careers in a wide range of areas. Examples include:

• telecommunications systems management
• computer programming
• software engineering.

Eighty-nine percent of program alumni reported finding employment within six months of graduation. High-profile employers include:

• Intel
• Verizon
• Novisync

With job growth predictions as high as 22% within the coming years, it’s no wonder the program has gotten so popular.

Pace University students come from every state in the nation and around the world. There is an average 14:1 student/faculty ratio. Graduate students receive copious amounts of individualized attention. The Seidenberg School is devoted to providing practical, applicable real-world education. It takes great strides to ensure use of effective teaching methodology. 

Students attending the NYC campus enjoy the close proximity to Wall Street, the South Street Seaport. There are all kinds of other vibrant activities just a short subway trip away. Being near the city also enhances networking opportunities. Westchester campus students can marvel at the blend of modern facilities and open spaces on the sprawling 200-acre nature setting. This campus features a tight-knit community. There are plenty of sports, clubs, and other student life activities to take part in. 

Applicants should submit:

• transcripts
• a resume
• two letters of recommendation
• a personal statement outlining the reasons for pursuing the degree.

#10. New Jersey Institute of Technology

MS in Telecommunications

Our final school is nestled on 45 acres of Newark’s beautiful historic University Heights. The New Jersey Institute of Technology is a public polytechnic institution. It offers a stellar learning experience for all. Through its Helen and John C. Hartmann Department of Electrical and Computer Engineering, NJIT offers a MS in telecommunications. It has a unique option to specialize in a focus area of interest. The program combines relevant coursework from electrical, computer engineering, and computer science fields of study. There is an emphasis on learning about the latest developments in the industry. 

NJIT’s MS in telecommunications requires 30 credits. It offers three variations for students to select from. There is a coursework only, Master’s project, or thesis. There are 12 credits of core courses. Students must maintain an overall grade of “B” for the core component. Core classes are: 

• Communication Systems I
• Wireless Communication
• Computer Networks-Architectures, Protocols and Standards or Computer Network Design and Analysis
• Random Signal Analysis I

All students select an area of specialization from the following options: 

• Communication systems
• Information technologies 
• Management and administration
• Networking

NJIT’s Division of Academic Support and Student Affairs provides a treasure of services for graduate students. There is help with thesis preparation to career-building assistance. There are also fun cultural activities. There are numerous offerings to take advantage of. The school is home to ~140 student organizations and Highlander sports. When students are ready for a break from campus, Newark (New Jersey’s most populated city) is there waiting. There are over a dozen parks, the riverfront “Orange Boardwalk”, and an array of cultural delights to suit all tastes. New York City is a mere 20-minute train ride away. This makes NJIT’s location perfect for those who love urban life. 

NJIT’s MS in telecommunications is accredited by ABET. This determines the program’s ability to meet specific program educational objectives. These outcome goals relate to which practical skills graduates should expect to possess and how they’re able to apply those skills after graduation. Per the program’s webpage, applicants must send in GRE exam scores. They should hold a related bachelor’s degree with a 3.0 GPA or better. The site doesn’t specify all application requirements without creating an account. Interested students can check out the graduate admissions page for details. 

Other Notable Programs

#11. University of Pittsburgh

Location: Pittsburgh, Pennsylvania

Degree: Master of Science in Telecommunications

Average In-State Tuition: $19,679

Website

#12. Ball State University

Location: Muncie, Indiana

Degree: Master’s Degree in Information and Computer Science

Average In-State Tuition: $10,144

Website

#13. University of Nebraska-Lincoln

Location: Lincoln, Nebraska

Degree: MS in Telecommunications Engineering

Average In-State Tuition: $9,690

Website

#14. Rochester Institute of Technology

Location: Henrietta, New York

Degree: MS in Telecommunications Engineering Technology

Average In-State Tuition: $51,240

Website

#15. Northeastern University

Location: Boston, Massachusetts

Degree: Master of Science in Telecommunication Networks

Average In-State Tuition: $26,095

Website   

#16. Drexel University

Location: Philadelphia, Pennsylvania,

Degree: MS in Electrical and Telecommunications Engineering

Average In-State Tuition: $37,074

Website

#17. Rochester Institute of Technology

Location: Henrietta, New York

Degree: MS in Telecommunications Engineering Technology

Average In-State Tuition: $67,260

Website      

#18. Boston University

Location: Boston, Massachusetts

Degree: Master of Science in Telecommunication

Average In-State Tuition: $61,050

Website

#19. Stratford University

Location: Falls Church/Alexandria, Virginia

Degree: Master of Science in Networking and Telecommunications

Average In-State Tuition: $13,518

Website

IF YOU ENJOYED THAT THEN CHECK OUT OUR ARTICLES ON THE MOST POPULAR MASTER’S DEGREES AND TOP 50 HIGHEST PAYING MASTER’S DEGREE PROGRAMS.

Black holes. Splitting atoms. The origins of the universe. These are the laws of the universe. Those questions most fundamental to our existence. They are also the topics students examine while pursuing a master’s degree in applied physics.

What is physics? According to the scientists at Columbia University, applied physics is the “study of matter and energy.” It is the examination of how matter and energy interact through space and over time. 

A bachelor’s degree is essential for anyone who wants to work as a physicist. However, those core courses aren’t enough. You also need a master’s degree to succeed long-term in your career.

See Also: 10 Best Master’s in Industrial Engineering

COMMON APPLICATION AND ADMISSION QUESTIONS

The GRE is a core admissions requirement for many programs. Some schools also ask applicants to submit scores from the GRE Physics Subject exam. The applied physics exam has 100 multiple-choice questions. These test material students often learn in an undergraduate applied physics program. The exam covers:

• classical mechanics
• electromagnetism optics and wave phenomena
• thermodynamics and statistical mechanics
• quantum mechanics
• atomic physics
• applied physics
• special relativity
• laboratory methods
• specialized topics such as nuclear and particle physics and condensed matter.

These are all core and elective courses you will cover in a physics master’s degree. Your bachelor’s degree should prepare you for this test and for most physics graduate programs.

In addition to the GRE, you will have to supply other materials to apply to most physics graduate programs. These materials include:

A bachelor’s degree with core and elective courses in applied physics (sometimes degrees in a related field are allowed but you may have to take additional prerequisite courses)

• A resume
• Transcripts
• Work experience

Other degree requirements or admissions requirements include letters of recommendation and an essay. Most of the schools ask applicants to supply a statement of purpose. Some schools want both a personal statement and a professional statement. These statements give applicants the chance to talk about their own story. You can explain the importance of earning a physics master’s degree.

See Also: Best Nuclear Engineering Schools

WHAT ABOUT FINANCIAL AID & SCHOLARSHIPS?

 All degree-seeking graduate students can apply for federal student aid. You will need to complete the FAFSA for this. You can use federal and state financial aid to pay for any degree, even online physics degrees with solely online courses. Look up tuition information for your school before applying for admission. But know that many universities have lots of financial aid to offset that base tuition information. 

Many scholarships base awards on financial need or academic excellence. Grants usually base their awards on financial need. 

The American Physical Society offers internships and fellowships to physics graduate students. Some of those include summer internships at the Lawrence Livermore National Laboratory, in California. Other opportunities include summer programs with the Materials and Chemistry Institute and the Nuclear Forensics Summer Institute.

Another option is the Graduate Research Assistant Program at Los Alamos National Laboratory, in New Mexico. Los Alamos helps students arrange to conduct master’s thesis research that goes beyond the bachelor’s degree level.

Other options include student symposia and educational programs. The Smithsonian Institute is another good resource for fellowships and internships. Physics students might also look for internships with and scholarships from the American Astronomical Society. This support ranges from summer internships to research opportunities and scholarships. 

Each of the schools in our list also offers research assistantships, fellowships, and grants. Graduate assistantships offer particular advantages to students in the sciences. These give students a chance to work in ongoing research within their areas of interest. Again, research tuition information at your school for more information.

Note that you may be able to save money by taking a wide range of classes in your graduate program fully online. Many schools offer fully online physics programs. This might be a smart way to cut down housing and tuition costs.

HOW MUCH CAN I MAKE WITH AN MASTER’S DEGREE IN PHYSICS?

A master degree in physics will prepare you for many types of career opportunities. Physicists work in both research and academia. According to the Bureau of Labor Statistics, the median annual salary for a physicist is about $147,450. There is an expected increase of 8% in jobs for physicists over the next decade. That’s also according to the Bureau of Labor Statistics.

This is above the national average. There are a wide range of options available to students who hold a master’s degree. According to The Physics Careers Resource, many degree recipients go on to rewarding careers. These include engineers and software developers to science or lab managers. There are many industries students can enter with a graduate degree.

Other areas where one might work after completing a master’s in physics include:

• Aerospace industry
• Business
• Computer programmer or analyst
• Data analysis
• Defense industry
• Applied physics research
• Materials science research
• Applied physics engineering
• Information technology and computer software
• Manufacturing
• Medicine

Of course, in addition to these career opportunities, many universities offer significant preparation for a PhD program. By choosing the right elective courses and core courses in your physics master’s degree, you can be prepared for just about any career.

Follow us to our list of the 10 Best Physics Masters Programs!

#1. UNIVERSITY OF CALIFORNIA, BERKELEY

MASTER OF ARTS IN PHYSICS

The picturesque town of Berkeley is on the east side of San Francisco Bay. It’s right across from San Francisco. The city has breathtaking views over the Bay, award-winning restaurants, and an active arts scene. It is best known as the home of The University of California, Berkeley. This school has a top masters program in physics.

UC Berkeley has played a role in some of the great discoveries of our time. That’s according to the Bureau of Labor Statistics.

More than 30 alumni have gone on to win Nobel Prizes. You can see why this is the ideal masters program in physics!

Aspiring physicists can complete a graduate degree in the subject at UC Berkeley. It offers a Ph.D. in physics, too. Students may petition for a Master of Arts in Physics during the program. Berkeley does not allow students to complete an MA degree without pursuing a Ph.D. The physics program is research-based. Other fully online degree requirements are fairly straightforward.

Students in the  physics master’s degree explore a variety of elective courses like:

• theoretical physics
• atomic physics
• biophysics
• mathematical physics
• nuclear physics
• stellar structure
• applied physics
• materials science
• space physics

To earn a master’s in physics, a student must be a Ph.D. candidate. They must petition for the master’s degree after completing 35 credits.

All students take four core courses in the master’s in physics:

• Classical Electromagnetism
• Equilibrium Statistical Physics
• Two courses in quantum mechanics.

Elective courses in the master’s in physics might include:

• Graduate Research in Physics
• Advanced Professional Preparation: Supervised Teaching of Physics.

After completing 35 credits, students must also pass a comprehensive examination. 

The recommended undergraduate coursework for the master’s in physics includes:

• mechanics
• electromagnetism and optics
• basic applied physics
• statistical and thermal physics
• quantum mechanics
• advanced laboratory.

Suggested elective courses include:

• atomic physics
• nuclear physics
• solid-state physics
• applied physics
• astronomy
• applied mathematics.

Other important considerations for admission to the master’s in physics include letters of recommendation, research work, and an essay. 

Students will find research opportunities at the Lawrence Berkeley National Laboratory. The Berkeley Lab is a research lab for the U.S. Department of Energy. The Berkeley Lab conducts research in:

• the physical sciences
• energy technologies
• energy sciences
• Earth and environmental sciences
• computing sciences
• biosciences.

Anyone can visit the UC Berkeley campus daily, beginning in the Koret Visitor Center.

#2. UNIVERSITY OF ILLINOIS AT URBANA-CHAMPAIGN

MS IN PHYSICS

Champaign-Urbana is a metropolitan area in Illinois. It is about two hours south of Chicago. It sits along I-74. It is about two hours west of Indianapolis. The combined area has about 230,000 residents. It is a top-ranking technology hub. And it’s home to the University of Illinois at Urbana-Champaign, where you’ll find another top physics masters program.

UIUC opened in 1867. It as one of 37 original land-grant institutions in the country. It was first known as Illinois Industrial University. It became the University of Illinois in 1885. Almost 50,000 students attend the university. It is a major research facility that has pioneered studies in disability resources, LEDs, and the world’s first graphical web browser. The faculty hold 24 Nobel Prizes among them. 

Students can complete a 32-credit MS in Physics at UIUC. This is one of the best graduate programs for physics majors who want to be done fast.

Students can complete the degree in 1.5 years as a full-time student. Graduate students at Illinois Physics learn to blend theory, research, and teaching methodologies in the first year and beyond. The 500-level courses taken in the master’s in physics might include:

• Classical Electromagnetism
• Mathematical Physics
• Astrophysics
• Quantum Mechanics
• General Field Theory. 

The campus includes state-of-the-art research laboratories. These are ideal for students in physics graduate programs. The three-building complex includes the:

• Loomis Laboratory of Physics
• Illinois Materials Research Laboratory
• Physics Liquid Helium Facility
• Physics Interaction Room.

Illinois focuses on several key research areas in physics in the master’s degree:

• AMO Quantum Information
• Astrophysics Gravitation and Cosmology
• Biological Physics
• Condensed Matter Physics
• High Energy Physics
• Applied Physics
• Nuclear Physics
• Physics Education Research.

You’ll start to explore this research as early as your first year. Collaborative research opportunities are available for the master’s in physics. These are at Argonne National Laboratory and Fermi National Accelerator Laboratory. Each is located about two hours away. Illinois Physics has many active student physics organizations. They offer great networking and support for the department’s master’s degree students.

#3. GEORGIA INSTITUTE OF TECHNOLOGY

MS IN PHYSICS

Atlanta is one of the most dynamic cities in the country. It is also home to Georgia Institute of Technology. It opened in 1888 as Georgia School of Technology. The school played an important role in transitioning the South from an agrarian to an industrial economy.

Georgia Tech offers a MS in Physics. This physics masters degree is one of the best in the world. It is a research-focused degree. It serves as a stepping-stone to the Ph.D. in physics. The MS degree is for students not planning to go into research.

The 30-credit MS in Physics requires six specific courses. For the physics degree, you’ll complete core courses in the first year such as:

• Classical Mechanics
• Electromagnetism I and II
• Quantum Mechanics I and II
• Statistical Mechanics.

Students also complete six credits in a physics lecture course for the physics degree. There is a 6-credit Master’s Practicum. Department students have the chance to explore one of six research areas through Georgia Tech’s research groups. These are core courses for students in any discipline that you can explore starting in the first year of full time or part time study. 

#4. UNIVERSITY OF WISCONSIN – MADISON

MS IN PHYSICS

Madison, the capital of Wisconsin, is 90 minutes west of Milwaukee. The city of about 260,000 has two massive lakes, Lake Mendota and Lake Monona. There are ample outdoor activities. There are also great restaurants and an assortment of galleries and museums.

Madison is also home to the University of Wisconsin. UW opened in 1848. It was the state’s first public university. It is the state’s largest university. The 936-acre campus sits on the banks of Lake Mendota. UW also operates the nearby arboretum. This is a 1,260-acre wildlife refuge. UW is a land-grant school and major research institute. Today, there are more than 39,000 students across 13 schools and colleges. Among these schools you’ll find one of the world’s best graduate programs for physics majors.

Students can complete either a Master of Arts or a MS in Physics. UW’s Department of Physics has several major areas of emphasis. You will start taking career-boosting core courses right in your first year of study. Those areas and core courses are:

• astrophysics
• atomic, molecular, and optical physics
• condensed matter physics
• materials science
• high energy and particle physics
• stellar structure
• plasma physics
• applied physics
• quantum computing
• string theory.

Research has either a theoretical or experimental specialty at UW.

The 30-credit MA in Physics is an academic degree. To receive the MA, students must complete five core courses:

• Theoretical Physics-Dynamics
• Statistical Mechanics
• Theoretical Physics-Electrodynamics
• two courses in quantum mechanics.

The remaining 15 credits can be earned through physics electives, other core courses, fully online courses, directed study, and research. The 30-credit MS degree is a professional research-based program. Students complete a directed master’s project and a thesis. They also must pass a qualifying exam. This is a partial online degree as well.

All students take the same core courses for the MS degree. A sub-major in quantum computing is also available for the MS degree. This option is an intensive program, which is the best way to earn a degree in as little time as possible. It is completed in one year. It has a focus on quantum information and computing. The program does not include any assistantships. This 30-credit option has a wide range of core courses and elective courses in:

• quantum mechanics
• thermal physics
• applied physics
• quantum computing
• solid state physics
• atomic and quantum physics
• quantum computing laboratory

All applied physics students at UW have access to the Physics Library. This is a fine instrument and machine shop, and an electronics shop. It’s another feature that makes this one of the best masters in physics.

Many students in this graduate program take advantage of the research options at the Physical Science Lab. There are 10 research groups within the Department of Physics. The astrophysics group for this graduate program covers topics including:

• cosmology
• interstellar medium theory
• planetary aeronomy
• applied physics
• x-ray astrophysics

The atomic, molecular and optical physics group conducts ongoing research in atomic and optical physics. Biophysics and condensed matter physics group conducts condensed matter research. The cosmology group studies cosmology and high energy theory. The experimental neutrino physics and astroparticle physics group offers many research opportunities at the Physical Sciences Laboratory.

The high energy physics group researches particle physics. The high energy experimental group encompasses 10 groups. The National Science Foundation funds the nuclear physics group. The plasma physics group operates experiments and research through the Wisconsin Plasma Physics Laboratory. The Wisconsin Quantum Institute researches quantum computing and information.

#5. UNIVERSITY OF MARYLAND – COLLEGE PARK

MS IN PHYSICS

You’ll find another one of the best masters programs in physics at the University of Maryland. UMD’s Department of Physics is part of the College of Computer, Mathematical, and Natural Sciences. Applicants need a strong background in physics. Undergraduate courses should include degree requirements like:

• mechanics
• electricity and magnetism
• physical optics
• stellar structure
• quantum physics
• applied physics
• thermodynamics.

Prospective students will need to furnish three letters of recommendation, and a statement of purpose. You’ll also need scores from the GRE Physics exam.

This physics masters is a 30-credit Master of Science in Physics. Most students in the program receive a master’s degree as part of their Ph.D. studies. The MS is available in a thesis or non-thesis option. Those who plan to pursue the non-thesis option must earn 30 credits. That is not including research credits. These must include four courses in the general physics sequence. Those who choose the thesis option take the general physics courses and a graduate laboratory. They must also pass an oral exam to defend their thesis. 

UMD has more than 30 research groups and centers within the Department of Physics. Those include:

• astro metrology
• atomic, molecular & optical
• biophysics
• applied physics
• condensed matter experiment and theory
• cosmic ray physics
• space physics

The on-campus research centers give students many options. They can choose to specialize their physics research. Or they can take an interdisciplinary approach. 

#6. UNIVERSITY OF WASHINGTON – SEATTLE CAMPUS

MS IN PHYSICS

UW-Seattle offers a part-time Master of Science in Physics at both its Seattle campus and online. This physics masters is ideal for working adults. Most students complete the degree in two to three years. All classes are held in the evenings.

Admission requirements include a Bachelor of Science in physical science, mathematics, or engineering. Applicants must show a GPA of at least 3.0 in relevant upper-level courses. UW-Seattle also considers applicants’ work experience. Everyone must submit a statement of purpose explaining their career goals. GRE scores are not required for the MS in Physics.

Once accepted into the 36-credit applied physics program, students can complete all classes on the UW-Seattle campus. Students can choose whether to attend lectures in person or online. They must attend lab courses on campus. 

The program has four core courses:

• Electromagnetic Theory
• Quantum Physics
• Applications of Electromagnetic Theory
• Applications of Quantum Physics.

There is one elective available each quarter. Example elective courses include:

• Atomic Physics
• Nuclear Physics
• Applied Physics
• Physics of Lasers
• Quantum Computing
• Physics of Renewable Energy Sources

#7. MASSACHUSETTS INSTITUTE OF TECHNOLOGY

MS IN PHYSICS

Cambridge, MA is one of the most famous college towns in the country. It sits across the Charles River from Boston. It is in Cambridge that you will find Massachusetts Institute of Technology. This accredited institution is one of the best in the world. It also offers one of the best physics graduate programs.

MIT has a 1- to 2-year post-bachelor’s Physics Bridge Program. This helps students with a bachelor’s degree who need more preparation before transitioning to the physics master’s degree. To be eligible, you must first complete the MIT Summer Research Program. The MSRP brings in undergraduates to spend a summer on the MIT campus. It gives them the chance to work with MIT faculty and take part in research.

Once admitted to the MS physics program, courses include:

• Classical Mechanics
• Quantum Theory
• Statistical Mechanics
• Quantum Computation
• Applied Physics
• Plasma Physics
• Particle Physics
• Astrophysics
• Cosmology. 

All students at MIT have an opportunity to work in one of its research areas. That is either in experimental and theoretical research. 

#8. MICHIGAN STATE UNIVERSITY

MS IN PHYSICS

East Lansing, MI is a city of about 50,000 in the central part of the state, a roughly 90-minute drive west of Detroit. Here you will find Michigan State University, a leading accredited university. MSU offers a Master of Science in Physics that is one of the top master’s degree in physics in the world. 

Most people apply to the Ph.D. program and receive an MS after completing 30 credits. When applying, one needs a bachelor’s degree with at least a 3.0 GPA. GRE general and GRE Physics Subject scores are also required. So are personal and academic statement of purpose essays. 

Students must earn at least a 3.0 GPA on all 30 credits. Students can choose either a thesis or a non-thesis option. Plan A is the thesis option. This includes between four and 10 credits of thesis research.

In Plan B, no thesis is required. A total of six credits in research can be applied toward the degree. For both plans, students must earn at least 16 credits in 800- or 900-level physics courses. The required courses include:

• Methods of Theoretical Physics
• Classical Mechanics
• Quantum Mechanics I and II
• Electrodynamics
• Applied Physics
• Statistical Mechanics
• Classical Electrodynamics

Students must pass the undergraduate qualifying exam in applied physics. This exam should be completed by the end of the first semester of a student’s second year.

#9. CALIFORNIA INSTITUTE OF TECHNOLOGY

MS IN PHYSICS

 Caltech began as Throop University in 1891. It has been Caltech since 1920. There are fewer than 1,000 undergraduate students and just 1,285 graduate students. Classes are small. There is a low 3:1 student-to-faculty ratio.

There are six academic divisions at Caltech:

• Biology & Biological Engineering
• Chemistry & Chemical Engineering
• Engineering & Applied Science
• Geological & Planetary Sciences
• Humanities & Social Sciences
• Physics, Mathematics & Astronomy. 

Caltech offers a Master of Science degree in Physics. The application process for the masters degree in physics is competitive. Students are only admitted for the fall semester.

The master’s degree is an academic degree. It helps students prepare for doctoral studies or advanced work in the industry.  Students receive the MS in Physics after completing 145 units. 27 units are earned from three terms of quantum mechanics.

Next, students complete 81 units in physics classes. These might be elective courses such as:

• Physics of Measurement
• Statistical Physics
• Applied Physics
• Mathematical Methods of Physics
• Introduction to Condensed Matter
• Particle Physics
• Experimental Physics.

The remaining 27 units can be in other 200-level applied physics courses or other graduate-level courses. 

Research is a major component of the physics program. Research opportunities include:

• nuclear physics
• particle physics
• cosmic-ray, gamma-ray, and X-ray astronomy
• condensed-matter physics
• atomic/molecular/optical physics
• quantum physics astrophysics
• theoretical physics

#10. INDIANA UNIVERSITY – BLOOMINGTON

MS IN PHYSICS

There is a long history of innovative thinking at Indiana University – Bloomington. It opened in 1820 as a state seminary with 10 students. IU went on to become Indiana College in 1828. A decade later, it became a university. Today, the university has almost 43,000 students. The College of Arts and Sciences’ Department of Physics offers a Master of Science in Physics. These masters programs in physics are on the IU Bloomington campus. 

The 30-credit MS in Physics requires at least 20 hours in physics. Those courses might include:

• Electricity and Magnetism
• Environmental Physics
• Quantum Mechanics
• Classical Mechanics
• Nuclear and Particle Physics
• Accelerator Physics
• Biophysics

Part of the degree’s 30 credits, above the 20 hours of classroom studies, can include research and seminars.

Those might include:

• a Practicum in Physics Laboratory
• Special Topics in Accelerator Physics
• Physics Colloquium
• Topics in Mathematical Physics.

IU offers graduate seminars in:

• Nuclear Spectroscopy
• Theoretical Physics
• Applied Physics
• Nuclear Reactions
• Solid State Physics
• Mathematical Physics. 

Once students complete their coursework, there are two options for receiving a degree. One is to take the MS examination. This is given each August. It covers designated problems from the Physics Qualifying Exam. The seminar covers similar areas as elective courses such as:

• mechanics
• electromagnetism
• quantum mechanics
• thermodynamics/statistical mechanics
• special relativity.

Instead of taking the MS Examination, a student may elect to pursue a research-based degree. To receive this degree, a student must choose the option by the end of their third semester. 

IU offers two specialized master’s degrees in physics. One is the MS in Beam Physics and Technology. This is offered in collaboration with the U.S. Particle Accelerator School. This 30-credit program requires Introduction to Accelerator Physics and a laboratory course. There is also an option for an MS in Medical Physics. This is a 40-credit program that requires specific core and elective courses, such as:

• Imaging Physics
• Oncology Physics
• Health Physics
• Radiation Biology
• Applied Physics
• Radiation Detection and Dosimetry
• Statistical Methods.

Students must also complete three credits in a course. This must be one that offers practical experience in medical physics. You must also write a thesis and take the MS examination.

OTHER NOTABLE PROGRAMS

#11. Texas A&M University – College Station

Location: College Station, TX

Degree: MS in Physics

Net Price: $24,578

Website 

#12. New York University

Location: New York, NY

Degree: MS in Physics

Net Price: $45,489

Website

#13. University of Chicago

Location: Chicago, IL

Degree: MS in the Physical Sciences

Net Price: $63,936

Website

#14. Brown University

Location: Providence, RI

Degree: MS in Physics

Net Price: $57,870

Website

#15. College of William and Mary

Location: Williamsburg, VA

Degree: MS in Physics

Net Price: $22,657

Website

#16. Northwestern University

Location: Evanston, IL

Degree: MS in Physics

Net Price: $55,450

Website

Do you want to gain the fundamental knowledge you need for solving problems in mechanical engineering or a related field?

If so, a mechanical engineering degree program might be the right fit for you.

Mechanical engineering is one of the most popular jobs in the country and for good reason. In the USA, mechanical engineers are in high demand. They are elsewhere in the world, too. Graduate students can find job opportunities in engineering design, safety engineering, and just about any other related field no matter where they look. This popular course of study prepares students for the most popular jobs you’ll find in the job market. And for a high average annual salary, too!

The sheer magnitude of areas impacted by the work mechanical engineers do is staggering. This is why so many universities feature entire departments devoted to it.

You’ll gain all the skills and learn the fundamental concepts you need to succeed in all kinds of mechanical engineering jobs. Most programs are interdisciplinary, too. You can study related fields like:

• Control Systems
• Aerospace Engineering
• Automotive Engineering
• Computer Science
• Mechanical Systems
• Modern Applications of Mechanical Engineering

For students who can’t decide which course offerings or career paths interest them most, this is an important factor!

There is a diverse range of engineering disciplines that fall within the scope of mechanical engineering. It’s important to decide which areas interest you the most as you review the variety of graduate programs out there. 

The beauty of an online program? You can study at your own pace, even on a part time basis. Some full time programs take as little as 2 years to complete.

You will earn a high average salary upon graduation, according to the Bureau of Labour Statistics. But that’s not all.

Often, you can pay less to get there. The average salary is high but the average cost of attendance is not. Most of the best MS courses for mechanical engineering feature low tuition. It’s often charged at an in state rate. The average scholarship amount is quite high. Top recruiters are willing to pay a high scholarship amount to the most talented domestic and international students.

Ready to get started? Let’s take a closer look at the best universities for MS in mechanical engineering degrees. 

#1. UNIVERSITY OF CALIFORNIA, BERKELEY

MS IN MECHANICAL ENGINEERING

You will find one of the best colleges for MS in mechanical engineering degrees in Berkeley, CA.

This school first opened its doors in 1868. UC Berkeley grew to become the flagship campus of the University of California system. It is now home to more than 41,900 students from around the world. Berkeley and its motto Fiat Lux (“Let there be light”) have inspired generations of graduates to strive for excellence in virtually all realms of academia. 

Berkeley’s Department of Mechanical Engineering features three exciting graduate degree programs for mechanical engineering in USA study.

There is a Master of Science (MSME). There is also a Master of Engineering. There is even a Doctor of Philosophy mechanical engineering program.

The MSME degrees focuses on the application of natural sciences. It covers these fundamental concepts as an engineering systems approach to problem-solving. 

Coursework includes:

• Design, Evaluate, and Scale Development Technologies
• Modeling and Simulation of Advanced Manufacturing Processes
• Nanoscale Processing of Materials 

Admission requirements for this mechanical engineering masters are pretty standard. They include the standard minimums for all modern applications to mechanical engineering masters. For example: 

• A bachelor’s degree (or eligible equivalent) from an accredited institution
• A minimum 3.0 GPA 
• Acceptable undergraduate preparation to complete graduate-level course work
• Sufficient English proficiency
  • If proof is required, a TOEFL score of 90 or higher on the iBT test; or 570 on the paper-and-pencil test; or an IELTS Band score of 7 or higher on a nine-point scale are all acceptable.  

Applications must include:

• Unofficial transcripts 
• Letters of recommendation 
• Proof of English proficiency

Berkeley ranks as one of the most prestigious universities on Earth. It currently ranks 15th among the 2019 Academic Ranking of World Universities. It also comes in at No. 4 in the U.S. News & World Report. U.S. News & World Report has some of the most well-regarded national rankings for ME programs. 

#2. GEORGIA INSTITUTE OF TECHNOLOGY – MAIN CAMPUS

MS IN MECHANICAL ENGINEERING

You’ll find another one of the best colleges for MS in mechanical engineering at Georgia Institute of Technology.

Georgia Tech’s George W. Woodruff School of Mechanical Engineering offers an MSME.  This program is perfect both for aspiring global and USA mechanical engineers. It provides extensive foundational training and professional development in the fundamental concepts of mechanical engineering.

It goes beyond what other top universities offer. Students pursuing this mechanical engineering degree will appreciate its interdisciplinary nature. It not only tackles mechanical engineering but also related fields. Courses cover all the nuts and bolts, including:

• Control Systems
• Computer Aided Design
• Mechanical Systems
• Modern Applications of Mechanical Engineering
• Automotive Engineering
• Aerospace Engineering

Because of that, it is a great fit for students with strong engineering, mechanical, mathematical, and/or physical science backgrounds. Its flexible design allows students to complete the degree through a combination of studies. These could occur at different campuses. Or they might exist through online offerings.

The Woodruff School offers other Mechanical Engineering degree in addition to the MSME. Examples include:

• Nuclear Engineering
• Medical Physics
• Paper Science and Engineering
• Bioengineering

Georgia Tech’s master’s degree programs take just one to two years, or four to six semesters.

The graduate degree track features two options.  There is a thesis or non-thesis for this MS degree. 

The thesis option in the MS degree includes close collaboration with a department faculty member. You will be able to work full time on a project that is being researched by school faculty at the time.

The advantage of this option is the one-on-one mentorship and practical experience in a working research environment. It boosts your odds in the job market. You’ll have an improved resume that leads to a higher annual salary and better mechanical engineering jobs. 

This program combines fundamental concepts in course offerings that span the breadth of the mechanical engineering field. The non-thesis option has 10 classes that. You can take two classes that are part of your undergraduate coursework. These are counted toward the MSME. If you do this, the entire mechanical engineering program can be completed in just one year!

Admission requirements for the Georgia Institute of Technology graduate school are similar to the admission requirements you might find at just about any other mechanical engineering degree program.

You’ll need to submit: 

• Transcripts showing a bachelor’s degree or equivalent 
• A background in the field of study
• International applicants must possess sufficient TOEFL or IELTS scores
• Three letters of recommendation
• An application fee (in most cases)

Georgia Tech’s Woodruff School upgraded its Advanced Manufacturing Pilot Facility. This was sponsored in part by Boeing and Delta.

The school also expanded its Robotics and Automation research group. This best undergrad maintains continuing  ties with other institutes. These include the Georgia Institute of Technology departments for:

• Bioscience and Bioengineering
• the Institute for Electronics and Nanotechnology
• the Strategic Energy Institute

#3. STANFORD UNIVERSITY

MS IN MECHANICAL ENGINEERING

You will find more of the best courses for MS in mechanical engineering in sunny California.

This top master’s degree for mechanical engineers is in Palo Alto, CA. This is at Leland Stanford Jr. University, a school more often known as Stanford. This university is dubbed the “Harvard of the 21st century.” 

It is a West Coast cousin to its Ivy League peers in the east. Stanford ranks among the best universities in the nation. It has an acceptance rate of about 4%. That’s according to U.S. News & World Report. 

Stanford’s Master of Science in Mechanical Engineering has 45 units of coursework. There is no thesis requirement. Students are encouraged to pursue research or partake in independent study course offerings. This is true for everyone. It is more important for those seeking to enter directly into the job market and for those who want to explore Ph.D. options. 

Stanford is stringent about its course requirements. These can seem complex, especially compared to master’s programs at other top colleges.

Admission requirements are complex. Full time MSME candidates must have a bachelor’s degree in engineering.

Stanford comes in at No. 7 among National Universities. It is No. 1 in Best Colleges for Veterans. That’s according to U.S. News & World Report’s annual rankings. It sits on a sprawling 8,180 acres. Its total student population is around 17,000. 

#4. UNIVERSITY OF ILLINOIS AT URBANA-CHAMPAIGN

MASTER OF ENGINEERING IN MECHANICAL ENGINEERING

You’ll find another best masters degree after mechanical engineering at the University of Illinois at Urbana-Champaign. The University of Illinois at Urbana-Champaign holds its own with the best of the best masters programs when it comes to standard of living! 

This MS after mechanical engineering is ranked No. 2 in the list of Best College Towns. This is a compilation by the American Institute of Economic Research. This town is cited as a quintessential Midwestern college town. It also scores high on diversity, accessibility, and innovation. 

UIUC’s prestigious Grainger College of Engineering’s Master of Engineering in Mechanical Engineering (MEngME) program features three main tracks:

• Design
• Energy
• Manufacturing

The MEngME degrees are terminal. These professional development degrees do not lead to a Ph.D. track. They are ideal for graduate students who wish to enter directly into the workforce. However, there are options to do Ph.D. work afterward. This program is more geared toward those who are either working in the industry. 

UIUC’s three flexible tracks can be completed either full time or part-time. They take as little as two semesters or one year of study.

The MEngME also offers an online option. This is useful for many students. The application process is the same for full time on-campus and full time online enrollment. 

Design track course options include:

• Applied Control System Design & Analysis
• Computational Modeling of Industrial Transport Processes
• Intermediate Thermodynamics
• Viscous Flow & Heat Transfer

Energy track options include:

• Internal Combustion Engines
• Fundamentals of Photovoltaics
• Finite Element Analysis
• Introduction to Tribology

Manufacturing options include:

• Computational Modeling of Industrial Transport Processes
• Introduction to Robotics
• Robot Dynamics and Control
• Micromanufacturing Process & Automation

Master of Engineering students can take advantage of the school’s Center for Professional and Executive Training and Education. This center offers internship assistance, help with resumes and cover letters, and career fairs for aspiring mechanical engineers. Grainger also partners with industry employers looking to hire mechanical engineers through the school’s job postings. There are more than 60 engineering societies and organizations for aspiring mechanical engineers here. Students have ample opportunities to learn from each other!

Many full time and part time students seek out fellowships and assistantships. About 85% of students are in graduate research programs that are funded that way. UIUC ranks No. 10 among the Best Engineering Schools. It is No. 7 in Mechanical Engineering. That’s according to U.S. News & World Report’s 2020 rankings. 

#5. PURDUE UNIVERSITY NORTHWEST

MS IN MECHANICAL ENGINEERING

You will find another one of the top universities in USA for MS in mechanical engineering at Purdue University.

It is part of the Purdue University system (including West Lafayette). Purdue University Northwest was born from a merger of two extension campuses. These were Calumet and North Central.

Today, the combined campus features a new, unified name. It continues to operate under the proud Purdue banner. 

Purdue Northwest’s Department of Mechanical and Civil Engineering has a Master of Science in Mechanical Engineering, as well as other degree programs. These are focused on:

• communications
• control systems
• digital systems
• software engineering
• aerospace engineering
• automotive engineering
• computer science
• energy
• mathematics
• metallurgy
• statistics
• thermal sciences

This program combines fundamental concepts from all kinds of engineering disciplines, including mechanical, civil, environmental, and aerospace engineering. It is designed for the aspiring mechanical engineer who wants to graduate in less than 2 years.

The Master of Science in Mechanical Engineering can be completed with or without a thesis. It can be either full time or part time. The program has 30 credit hours. This top mechanical engineering in USA department also offers teaching and research assistantship. These are for qualified students who are looking to expand their skills in a hands-on setting. 

Purdue also offers an MSE in Interdisciplinary Engineering. There is an MSE with ME Specialization. There is even an MSE with ECE Specialization. It has also recently launched a 4+1 Combined Degree program. This is ideal for undergraduates who want to knock out both degrees in  five years. What better way to start earning a high average salary faster?

The Department of Mechanical and Civil Engineering maintains numerous engineering labs. These include ME labs for the following areas:

• Heat Transmission
• Finite Element Analysis
• Materials Heat Treatment
• Engineering Metrology
• Materials Polishing
• Engineering Microscopy and X-Ray Diffraction
• Fluids Mechanics & Computational Fluids Analysis, Fatigue & Fracture Research
• Manufacturing and Robotics
• Mechanical Engineering Experimentation
• Mechatronics

There are also interdisciplinary research centers. These include the Energy Center and Water Institute. 

PNW is ranked No. 35 among the Best Engineering Programs. It promises personal attention, small class sizes, and easy access to professors. 

#6. THE UNIVERSITY OF TEXAS AT AUSTIN

MS IN MECHANICAL ENGINEERING

They say everything is bigger in Texas. Perhaps ambition is no exception. 

You’ll find the best MS courses for mechanical engineer candidates here in Texas. This larger than life program is one of the best mechanical engineering in USA degrees for students from all over the world. It doesn’t matter whether you are from New York, Los Angeles, Dubai, or London. Top recruiters from all over the world look for students of the caliber produced by the University of Texas at Austin.

Texas’ Cockrell College of Engineering is home to the acclaimed Walker Department of Mechanical Engineering. This school, top ranked by U.S. News & World Report, offers a Master of Science in Mechanical Engineering. It takes as little as 18 to 27 months on a full time basis.

There are three paths to attain a MSME degree:

• a thesis option
• report option
• no-thesis/no-report option

This decision is made near the end of the student’s first semester. It allows each aspiring mechanical engineer a great deal of flexibility. 

The program’s faculty are lauded inventors. They are recognized for contributions in:

• lithium-ion rechargeable batteries
• selective-laser sintering 3D printing techniques
• other innovations used around the world

The campus attracts domestic and international students alike. It is a top mechanical engineering in USA degree for students seeking collaborative opportunities. 

The school features state-of-the-art facilities and research centers. These include the:

• Advanced Manufacturing Center
• Center for Nano- and Molecular Science
• Institute for Computational Engineering and Sciences
• Microelectronics Research Center
• Nuclear Engineering Teaching Laboratory
• Texas Materials Institute

The department boasts a strong network of industry partnerships. It is always ranked well in U.S. News & World Report’s college rankings. It comes in at No. 12 in Mechanical Engineering Programs (tie).

#7. CORNELL UNIVERSITY

MS IN MECHANICAL ENGINEERING

Looking for one of the top universities in USA for MS in mechanical engineering – but in New York?

Cornell University in New York, which is  in rural New York’s Finger Lakes region, should be a top contender. Whether you are looking for full time or part time study, this program has everything aspiring mechanical engineers could want. 

Cornell is an Ivy League institution. Students can expect high standards of academic excellence and selectivity in admissions. 

Cornell’s Sibley School of Mechanical and Aerospace Engineering’s MEng is a terminal degree. It has a master’s thesis. The MEng programs rely on interdisciplinary study. There is a flexible curriculum to prepare graduates in engineering science, technology, and design. Yet they can also explore their own interests and goals.

Concentrations within the MEng include:

• biomedical mechanics
• aerospace engineering
• dynamics and control
• energy and sustainability
• fluid dynamics
• micro- and nanoscale engineering
• solid mechanics and materials
• thermal science

Cornell’s graduate engineering program is ranked at No. 8 by U.S. News & World Report.

#8. TEXAS A&M UNIVERSITY – COLLEGE STATION

MASTER OF ENGINEERING (MEng) IN MECHANICAL ENGINEERING

Texas A&M has a long and storied history. It opened in 1876. The college has a sprawling 5,200-acre campus. It is home to one of the largest student body populations in the nation. 

Oh. And it is offers the one of the best course for masters in mechanical engineering study!

The J. Mike Walker ’66 Department of Mechanical Engineering at Texas A&M University has a Master of Engineering (MEng) in Mechanical Engineering. It is a 30-credit hour, non-thesis degree. It can be taken either on-campus or via distance learning.

The degree is listed as non-thesis. But there is also a thesis option available for select students.

The department is home to state-of-the-art labs. These include a turbomachinery lab and energy systems lab.

Students and faculty are also deep in research on a wide variety of ME areas, such as:

• polymers
• crystalline materials
• heat transfer
• fluid mechanics
• energy systems
• combustion
• mechanics
• turbomachinery

Texas A&M has close ties with federal, state and industry partners and stakeholders. There is funding from the:

• NSF
• DoE
• NASA
• the EPA
• various military agencies
• US Nuclear Regulatory Commission

#9. LEHIGH UNIVERSITY

MS IN MECHANICAL ENGINEERING

Lehigh University, in Bethlehem, PA, stands unique among its peers when it comes to top fields for MS in mechanical engineering. It is a private research institution devoted to experiential learning, global perspectives, and community service. 

Lehigh’s P.C. Rossin College of Engineering and Applied Science features a Master of Science degree in Mechanical Engineering. It has 30 credits. There are four options for earning an MS degree: 

• Thesis option: requires six credits of ME490
• Project option: six credits of ME460 
• Applied engineering option: six credits of MEM coursework
• Interdisciplinary engineering option: 12 credits outside MEM 

All curricula offer close collaboration with industrial partners, faculty, and external research organizations. Examples include the:

Air Force Research Laboratory

• Brookhaven National Laboratory
• DuPont
• University of Zurich

#10. NORTH CAROLINA STATE UNIVERSITY

MS IN MECHANICAL ENGINEERING

Last but not least on our list of the best mechanical engineering in USA degrees is NC State.

North Carolina State University in Raleigh, NC, has invested in engineering since Day One. It is now considered a preeminent, multidisciplinary research institution.

It is often ranked by Forbes at a hot spot for tech jobs. It is one of the best cities for young professionals, and one of the easiest cities in which to find a job, Raleigh continues to turn heads as a go-to destination. 

NCSU’s Department of Mechanical and Aerospace Engineering is one of the largest in the U.S.. There are ample graduate offerings. These include an MSME. Current students may qualify for the department’s accelerated BS/MS degree plan. 

This full time and part time program for mechanical engineers is focused on six core areas of research. The department covers: 

• Aerodynamics, Fluid Mechanics, Propulsion and Space Exploration Systems
• Dynamics, Vibrations, Controls, and System Design
• Structural Mechanics, Materials and Manufacturing
• Thermal Sciences and Energy Systems
• Biomedical and Biological Systems
• Nanoscale Science and Engineering

The Master of Science in Mechanical Engineering lists two options. There is a thesis or no-thesis. 

Non-thesis degrees take between 18 months and two years to finish. That’s depending on whether you pursue full time or part time study. They are geared toward students wanting to begin work in industry. 

Admission requirements for full graduate standing require:

• An overall 3.0 GPA from an accredited institution
• Undergraduate major in a technical area 
• Three letters of recommendation 
• GRE scores (minimums: verbal – 146, quantitative – 155, analytical writing – 3.5)
• Competitive TOEFL scores for international students 

NCSU’s Department of MAE puts strong emphasis on the following areas:

• thermal sciences
• energy systems
• fluid mechanics
• propulsion
• structural mechanics and materials
• engineering design
• nanoscale systems.

Its award-winning faculty are cited researchers who work in cross- and inter-disciplinary areas. They collaborate with the College of Sciences and other departments. 

OTHER NOTABLE MASTER’S IN MECHANICAL ENGINEERING

#11. University of Michigan – Ann Arbor

Location: Ann Arbor, Michigan 

Degree: MS in Mechanical Engineering

Net Price: $26,226

Website         

#12. Virginia Polytechnic Institute and State University

Location: Blacksburg, Virginia

Degree: Master’s Degree in Mechanical Engineering

Net Price: $31,443

Website     

#13. Carnegie Mellon University

Location: Pittsburgh, Pennsylvania

Degree: M.S. in Mechanical Engineering

Net Price: $32,846

Website

#14. University of Wisconsin – Madison

Location: Madison, Wisconsin

Degree: Master’s Degree in Mechanical Engineering

Net Price: $22,358

Website

#15. Ohio State University – Main Campus

Location: Columbus, Ohio

Degree: Mechanical Engineering – Master of Science

Net Price: $35,019

Website

#16. Michigan State University

Location: East Lansing, Michigan 

Degree: Mechanical Engineering – Master of Science

Net Price: $17,386

Website       

#17. University of Maryland – College Park

Location: College Park, Maryland – College

Degree: MS in Mechanical Engineering

Net Price: $15,887

Website    

#18. University of Colorado Boulder

Location: Boulder, Colorado

Degree: Mechanical Engineering – Master of Science (MS)

Net Price: $30,452

Website 

#19. Massachusetts Institute of Technology

Location: Cambridge, Massachusetts 

Degree: MS in Mechanical Engineering

Net Price: $23,385

Website       

#20. Clemson University

Location: Clemson, South Carolina

Degree: MS in Mechanical Engineering (M.S.)

Net Price: $39,502

Website

• materials
• their properties
• their applications

• economic elements
• environmental elements
• social elements elements

• energy
• healthcare
• information technology
• manufacturing
• sustainability

• technology
• health
• medicine
• changes affecting the natural environment

• research centers and institutes
• specialized laboratories that offer MSE equipment for students to use

• make discoveries in and contributions to the field of materials science
• the use of materials in contemporary society
• the textures and structures that shape the manmade environment

See Also: 10 Best Master’s in Industrial Engineering

COMMON APPLICATION AND ADMISSION QUESTIONS

• computer modeling and simulation
• emerging technologies
• laboratory experiments

• curiosity
• focus
• patience
• attention to detail
• independence
• persistence

• guide them in their research
• conduct research alongside the student
• serve on the thesis committee

• prior academic performance
• standardized test scores
• professional background
• career goals
• research interests

See Also: Best Master of Environmental Science

WHAT ABOUT FINANCIAL AID & SCHOLARSHIPS?

• $5,000 toward the recipient’s MSE education
• $1,000 travel stipend to the society’s annual conference
• two materials processing and manufacturing scholarships of $2,500 each year
• seven yearly George A. Roberts scholarships of $6,000 each
• Lucille & Charles A. Wert Scholarship of up to $10,000 for one year of study
• annual American Society for Metals International Outstanding Scholars Awards to three promising students

• materials science
• metallurgy
• any engineering discipline

• materials science
• metallurgy
• an engineering discipline

• undergraduate background
• professional background
• beginning studies as grad students

HOW MUCH CAN I MAKE WITH A MASTER’S DEGREE IN MATERIALS SCIENCE AND ENGINEERING? 

• biomedical field
• health and human welfare sector
• energy, environment, and sustainable systems
• electronics or transportation industries
• defense and security sector

• offices
• design studios
• research and development laboratories

• create proposals
• plan budgets
• write reports
• analyze data

• ceramic engineers
• composites engineers
• metallurgical engineers
• plastics engineers
• semiconductor processing engineers

• internships
• cooperative learning experience
• hands-on research experience

• advanced degrees
• specialized knowledge
• cutting-edge research experience

• chemical process engineering
• engineering design
• manufacturing process engineering
• product development

A PhD degree is not typically needed for a material science and engineering management position.

WHAT ARE THE BEST MATERIALS SCIENCE AND ENGINEERING DEGREES?

We know that you have educational goals that you’re itching to pursue, but you may not know where to start. The editors of Master’s Programs Guide utilize a unique ranking methodology based on the following five aspects:

25% Overall Degree Affordability: Average cost of undergraduate and graduate tuition per school

25% Graduation Rate: Number of students who start at the university and actually finish there

20% Earnings Potential: Average mid-career salary of school alumni

20% Selectivity: The number of students who apply versus the number who actually get accepted

10% Online Graduate Offerings: The number of programs offered online in each department

At Master’s Programs Guide, we strive to do our best to guide you and your family toward a fruitful academic career. The pursuit of knowledge is a noble one, and we want to help you reach your goals.

Check out

#1. Georgia Institute of Technology

Master of Science in Materials Science and Engineering

If you are interested in studying a specialized engineering discipline such as materials science and engineering, a technologically oriented institution can provide a strong environment for interdisciplinary or laser-focused research and networking. Georgia Institute of Technology, for example, is currently ranked fourth among innovative schools nationwide by U.S. News & World Report. U.S. News also ranks Georgia Tech No. 7 nationally for graduate engineering programs both overall and specifically in the materials engineering field.

Georgia Tech’s College of Engineering houses the School of Materials Science and Engineering. Its research centers and facilities include:

• Georgia Tech Polymer Network
• Renewable Bioproducts Institute
• Soft Matter Incubator
• Strategic Energy Institute

The school’s research areas focus on materials such as:

• biomaterials
• ceramics
• composites
• fibers
• metals
• nanomaterials
• polymers
• textiles

The school conducts research activities relating to areas such as energy storage and harvesting and biomedical implants and drug delivery. 

The MSE School has been in place for over a century. The school’s Master of Science degree program, however, is a relatively new and contemporary program. 

Applicants to the MS in Materials Science and Engineering program must submit their scores from the general portion of the Graduate Record Exam. Students must submit their GRE scores within five years of taking the exam. Applicants typically hear back about admittance in the spring and enter the following fall semester. It begins in mid-August.

The MSE program focuses on materials research. Almost half of the MSE School’s faculty members specialize in polymers. Students enrolled in the program can choose between three track options:

• thesis
• non-thesis
• industrial internship

The degree program also offers opportunities for:

• cooperative learning
• research
• study abroad experiences

Students have options to get involved on campus through Georgia Tech’s Student Advisory Council or Materials Umbrella Society. 

The curriculum covers:

• biomaterials
• corrosion
• functional materials
• nanomaterials
• structures
• thermodynamics

Course examples include:

• Advanced X-Ray Diffraction
• Integrated Low-Cost Microelectronics System Packaging
• Scattering Theory
• Transmission Electron Microscopy

Graduate MSE students can also expect to complete a teaching practicum, which requires them to teach at least three lectures in a particular subject area. 

Most MSE courses meet two or three times per week, during the day, on the university’s campus in midtown Atlanta, GA. Students may pursue their degree on a part-time basis, but part-time students do not qualify for financial aid.

Graduates of the Georgia Tech MSE program often go on to work for leading academic institutions, business organizations, and government research laboratories worldwide. 

The Georgia Tech MSE program offers a joint Bachelor of Science and Master of Science in materials science and engineering program. This allows students to pursue the BS and MS concurrently at an accelerated pace. The school also offers a Doctor of Philosophy MSE program. The Ph.D. program welcomes students from a variety of MS backgrounds, including those with majors in:

• biology
• physics
• biomedical engineering
• chemical engineering
• mechanical engineering
• polymer engineering
• textile engineering

Students interested in financial aid information can find it here.

#2.  Texas A&M University

Master of Science in Materials Science and Engineering

The university’s College of Engineering and College of Science jointly operate the Department of Materials Science and Engineering. The department houses both a Master of Science and a Master of Engineering degree program in Materials Science and Engineering. 

The interdisciplinary Master of Science program combines creativity and research in the field and offers students the choice between a thesis or non-thesis option. The Master of Engineering in materials science and engineering is a non-thesis program open to students who hold a Bachelor of Science degree in an engineering discipline. The M.Ed. degree program requires students to complete one or two written reports on research in their materials science and engineering area of study. The 36-credit MS program requires up to six credit hours of directed studies courses. The 30-credit M.Ed. program allows for a maximum of three credits of directed studies.

Both programs require students to complete courses in Fundamental Materials Science and Engineering and Quantum Mechanics for Materials Scientists. Students must also choose four designated electives and two free electives in subjects relevant to their research areas. Designated elective options include:

• Crystallography and Crystal Structure Determination
• Surface Science
• Thin Film Science and Technology

Each student must also successfully complete one mathematics course and an MSE seminar. 

Most graduate students enrolled in programs through the university’s Department of Materials Science and Engineering engage in research assistantships. This involves conducting professor-supervised research in an area of materials science and engineering interest. Students can expect to be offered multiple hands-on research opportunities on the university’s campus in College Station, TX. Students also have the option to complete a real-world internship in the field.

The Department of Materials Science and Engineering operates and maintains relationships with research facilities and laboratories throughout the Texas A&M campus. In 1977, Vladimir Segal invented the Equal Channel Angular Extrusion process in the former Soviet Union. Segal went on to work as an associate in the TAMU Equal Channel Angular Extrusion Laboratory. TAMU Deformation Processing Laboratory researchers continue to conduct research on the process, which involves deforming plastic in uniform ways to avoid majorly disrupting geometric shape. 

Other notable Texas A&M MSE-related labs include:

• High Bay Structural and Materials Testing Laboratory
• Materials Characterization Facility
• Polymer Technology Consortium
• Soft Matter Facility

Many of these labs are interdisciplinary. They are operated by and/or affiliated with various disciplines within the university. This includes:

• aerospace engineering
• agriculture
• chemistry
• biology

Recent and ongoing research efforts within the Department of Materials Science and Engineering relate to areas such as:

• chronic wound repair
• dental implants
• jet engine efficiency
• airplane noise

Texas A&M also offers a Doctor of Philosophy degree program in Materials Science and Engineering. 

Students interested in financial aid information can find it here.

#3.  University of Illinois

Master of Science in Materials Science & Engineering

The University of Illinois’ Grainger College of Engineering houses a Master of Science in materials science and engineering degree program. 

The university’s Materials Science and Engineering department is the second-largest materials department in the United States. It serves a student body of approximately 200 students. It emphasizes interdisciplinary research and nationwide collaboration. Materials faculty and students conduct specialized research in areas such as:

• biomaterials
• ceramics
• composites
• electronics
• metals
• polymers

The graduate program welcomes students with undergraduate backgrounds in various scientific and engineering disciplines, including:

• chemistry
• chemical engineering
• mechanical engineering
• physics

Applicants to the program will be evaluated based on:

• undergraduate academic performance
• letters of recommendation
• standardized test scores
• statements of purpose

Applicants must submit:

• undergraduate transcripts
• a resume
• three letters of recommendation
• GRE scores
• a single-page written statement of purpose outlining academic and professional goals

Applicants must demonstrate a cumulative grade point average of at least 3.0 on a 4.0 scale. The average incoming GPA is 3.65. Individuals who demonstrate a GPA of at least 3.5 may request an application fee waiver. Upon application, individuals must indicate their area of specialized research interest. The application deadline is December 15 of each year.

The MS in materials science and engineering program is generally a non-thesis degree program Students may pursue a master’s research thesis under special circumstances. The MS program with a thesis component requires a total of 32 credit hours of study. The non-thesis option requires 36 credit hours. Research assistantships are not typically permitted for non-thesis students.

MSE students may choose to specialize in:

• biomechanics
• cancer nanotechnology
• computational science and engineering

Each MSE student must engage in four semesters of Materials Colloquia and Hard Materials Seminars and Soft Materials Seminars in each summer of residence. 

The MS in materials science & engineering curriculum covers areas including:

• biomaterials
• ceramics
• computational materials
• electronic materials
• metals
• polymers and soft materials

Course examples include:

• Atomic Scale Simulations
• Dynamics of Complex Fluids
• Physical Inorganic Chemistry
• Structure and Spectroscopy

The degree program includes qualification, preliminary, and final exams in areas such as:

• dynamics of macromolecular fluids
• optical properties of materials
• physical metallurgy

Students can typically earn their MS in materials science and engineering from Illinois in one and a half to two years of study. The degree program is designed to prepare graduates to conduct innovative research in academia, industry, and/or national laboratories.

The Materials Science and Engineering department hosts seminars in colloquia in various areas of materials science and engineering. The department’s current research projects include the development of faster-charging lithium-ion batteries through three-dimensionally nanostructured electrodes. Departmental research facilities include the Frederick Seitz Materials Research Laboratory. It boasts world-class equipment and strong research training. 

Students interested in financial aid information can find it  here.

#4.  University of California, Los Angeles

Master of Science in Materials Science and Engineering

In its 2020 rankings, U.S. News & World Report ranks the University of California, Los Angeles the number-one public university in the United States. The site also ranks the university No. 16 nationally in Best Engineering Schools at the graduate level. For students who opt to pursue their degree online, U.S. News ranks UCLA the top school in the nation for online master’s in Engineering programs. 

UCLA is home to the Samueli Department of Materials Science and Engineering within its School of Engineering and Applied Science. The department primarily serves graduate students. There is a current grad student population of more than 200 students. 

The Samueli Department also houses 14 different research facilities, including specialized centers and laboratories. Centers include:

• Functional Engineered Nano-Architectonics Focus Center
• Broad Stem Cell Research Center
• California NanoSystems Institute

Labs include:

• Archaeomaterials Group
• Electronic Materials Group
• Electronic Thin Film Lab
• Soft Materials Research Lab

Current and recent research endeavors explore areas such as:

• ancient artwork analysis
• hydrogen cars
• car cooling

Faculty research areas include:

• fiber optics
• thin films
• batteries
• optical materials

The degree program admits applicants for the fall quarter only. Applicants should have a Bachelor of Science degree in materials science and engineering or a related field. They should have a minimum cumulative undergraduate GPA of 3.0 on a 4.0 scale. The application also requires a written statement of purpose spanning no more than two pages double-spaced. The MS program requires at least three letters of recommendation. These should ideally be from professors who taught the applicant in their junior and senior years of undergraduate study. Official GRE scores are required within five years of taking the test. Applicants must also submit transcripts and a current resume.

Upon admission, students are assigned a faculty adviser. UCLA graduate MSE students may choose from three areas of specialization:

• ceramics and ceramic processing
• electronic and optical materials
• structural materials

They also have the choice between a capstone plan and a thesis plan. The MSE curriculum covers areas including:

• analytical imaging
• diffraction methods
• organic polymers
• thermodynamics
• wall art properties

The program does not include teaching or field experience requirements.

The capstone plan consists of nine courses for a total of 36 units. The curriculum must include six courses—or 24 units—of graduate-level coursework from within the department and three upper-division courses. The capstone plan culminates in a capstone project or written comprehensive exam. The thesis plan also requires 36 units of study with 24 units at the graduate level, and it culminates with two courses of thesis research. The thesis program requires students to conduct original research in an area of interest. The capstone option does not. The entire degree program can typically be completed in five or six years.

Students interested in financial aid information can find it here.

#5.  Massachusetts Institute of Technology

Master of Science in Materials Science and Engineering

U.S. News & World report currently ranks the Massachusetts Institute of Technology third in the nation, both overall and in innovation. On top of that, the site ranks the university the number-one Best Engineering School in the United States at the graduate level, and first nationwide in Materials Engineering specifically. Due to the university’s focus on innovative scientific and technical research, MIT students are well-positioned to experiment and explore the materials engineering discipline. The university offers a Master of Science in materials science and engineering. 

Applicants to the MS in materials science and engineering program must submit standard materials including:

• GRE scores
• official transcripts
• three letters of recommendation

Each applicant must also answer the Department of Materials Science and Engineering questions in writing. All applications must be submitted by December 1 of each year. Admitted students enter the program in September for the fall semester. 

The MS in materials science in engineering program requires a minimum of 66 units of study at the graduate level. Students culminate their studies in a materials-related research thesis with an accompanying public presentation. The degree program typically requires one and a half to two years of study, including thesis research.

The Materials Laboratory allows MSE students to explore the connections between material structure, processing, and performance. The Materials Project Laboratory is team-based, with student teams designing and creating prototypes for materials and documenting their progress.

One of the MSE department’s course offerings, Passion Projects: Living in a Material World, is a project-based inquiry seminar that includes proposing a question, analyzing materials, creating a website, and sharing results through a final presentation. Courses such as Atomistic Computer Modeling of Materials involve applying computer simulations toward building an understanding of material properties. Other course examples include:

• Materials in Human Experience
• Materials, Societal Impact, and Social Innovation
• Industrial Ecology of Materials
• Organic and Biomaterials Chemistry

Graduate MSE students may prepare to teach others about the discipline through a Teaching Fellows Seminar and/or a course in Teaching Materials Science and Engineering. The Teaching Fellows Seminar prepares individuals for the process of academic- and industry-based instruction, including:

• preparing lectures
• syllabi
• course materials
• presentations
• assignments

The teaching MSE course allows degree candidates to gain hands-on, supervised teaching experience in classroom or laboratory environments. Students may also gain real-world experience through industry internships.

The MIT Materials Science and Engineering department is also associated with interdisciplinary programs in:

• archaeology and archaeological materials
• polymers and soft matter
• technology and policy

The Department of Materials Science and Engineering also participates in the Institute for Data, Systems, and Society.

MIT materials science and engineering areas of research include:

• high-performance structural materials and alloys
• materials for energy and the environment
• materials economics
• nanotechnology, nanodevices, and nanomaterials

Current and recent research developments apply materials science and engineering to copper production, hydrogels from mussels, and stretchy electronics.

Beyond graduation, individuals may go on to pursue MIT’s Doctor of Philosophy or Doctor of Science degree in materials science and engineering.

Students interested in financial aid information can find it here.

#6.  North Carolina State University

Master of Materials Science and Engineering

NC State’s Master of Materials Science and Engineering degree program can be completed on the university’s campus in Raleigh, NC, or at a distance through the university’s Engineering Online program. The online program format includes virtual lectures via video streaming and proctor-administered exams in students’ local area. The online and on-campus programs have the same degree requirements. 

Most applicants to the NC State MMSE program hold a Bachelor of Science degree in:

• materials science and engineering
• a different engineering discipline
• a relevant technical discipline such as chemistry or physics

GRE scores are not required for admittance to the program. However, all applicants must demonstrate a minimum cumulative undergraduate grade point average of 3.0. This is especially in their last 60 semester hours of undergraduate study. Applicants must also submit:

• three letters of recommendation from academic and/or professional contacts
• undergraduate transcripts
• a statement of purpose

Students may transfer in up to 12 credits from another institution.

Upon enrollment, each student must complete 30 credit hours of coursework, including 18 credit hours of 500- and 700-level courses. The remainder of required credit hours may be completed in materials science and engineering or a different technical discipline. Enrolled students must maintain a minimum overall GPA of 3.0. Students must leave the program if they complete 18 credit hours with a GPA below 2.78, more than 18 hours with a GPA below 2.67, or 30 hours with a GPA below 3.0.

The Master of MS&E program follows a non-thesis, coursework-only program plan. Projected MSE courses for the fall semester include:

• Ceramic Processing
• Elements of Crystallography and Diffraction
• Nanoscale Simulations and Modeling

Projected spring courses include:

• Defects in Solids
• Modern Concepts in Materials Science
• Phase Transformations and Kinetics

Four courses are projected for the typical MSE summer session:

• Composite Materials
• Mechanical Behavior of Engineering Materials
• Modern Concepts in Materials Science
• Polymer Technology and Engineering

The NC State materials science and engineering is home to various research centers and labs. Its research facilities include:

• Analytical Instrumentation Facility
• Nanofabrication Facility
• PULSTAR Reactor Facility

The department’s research centers include:

• Center for Additive Manufacturing and Logistics
• Molecular Education, Technology, and Research Innovation Center

Laboratory facilities include:

• Chemical Analysis and Spectroscopy Laboratory
• Textile Engineering, Chemistry, and Science Analytical Services Laboratory

The department’s research areas include:

• computational materials science
• energy materials, soft and biomaterials
• structural materials

North Carolina State University is currently ranked among the top 25 graduate engineering schools in the nation by U.S. News & World Report. The site also ranks the university’s online engineering programs at No. 7 nationally. 

Students interested in financial aid information can find it here.

#7.  University of California Riverside

Master of Science in Materials Science and Engineering

UC Riverside’s interdisciplinary Master of Science in materials science and engineering program blends the engineering discipline with chemical and physical sciences. It incorporates collaborations from faculty from various disciplines within the Marlan and Rosemary Bourns College of Engineering and the College of Natural and Agricultural Sciences. MSE students can make use of resources from:

• Departments of Bioengineering, Chemical & Environmental Engineering
• Electrical Engineering, Mechanical Engineering, Physics

The degree program welcomes applicants from both engineering and non-engineering backgrounds. Admission decisions are primarily based on:

• academic record
• letters of recommendation
• prior relevant experience
• statement of purpose
• test scores

Acceptance is only applicable for one quarter, and admitted students may not defer enrollment.

The interdisciplinary MSE program allows students to study and conduct research in departments such as:

• bioengineering
• chemistry
• electrical engineering
• mechanical engineering
• physics

Faculty research areas include:

• crystallography
• microscopy
• spectroscopy
• photophysics
• photochemistry
• targeted drug delivery
• solar energy conversion

UCR MSE research facilities include resources for characterization, high-performance computing, materials synthesis, and processing. Facilities include the Center for Nanoscale Science and Engineering and the Central Facility for Advanced Microscopy and Microanalysis. UCR students have access to resources and equipment including:

• optical microscopes
• polisher grinder
• low-speed saw
• probe station

Students may follow a program plan that culminates in a master’s research thesis or a comprehensive exam. Both plans consist of 36 units of graduate coursework, including a maximum of six units in directed studies. The thesis plan includes a maximum of 12 units of graduate research, while the exam plan does not include a research component. The written comprehensive exam is conducted at the same time as the doctoral preliminary exam. It emphasizes fundamentals of materials engineering.

Students plan their programs of study with input from a faculty advisor. They can also offer non-degree guidance in areas such as housing and career development. The MSE graduate advisor and research advisor must approve the course of study each quarter. 

The program curriculum is comprised of five key areas of study:

• crystal structure and bonding
• functional materials: semiconductors, materials characterization techniques, materials synthesis and processing
• thermodynamic foundations of materials

Course examples include:

• Applied Quantum Mechanics
• Imperfections in Solids
• Electron Microscopy and Analysis
• Spintronics and Nanoscale Magnetism
• Structure and Bonding in Inorganic Chemistry

All MSE graduate students must take an overview course in Materials Science and Engineering and enroll in Materials Science and Engineering colloquia each quarter. Students in the MSE program can also expect to gain hands-on experience through a laboratory in nanoscale materials characterization and processing. 

 The degree program can typically be completed in six quarters, or two years. Graduates of the program will be prepared for careers in:

• aerospace industries
• automotive industries
• biomedical industries
• nanotechnology industries
• government agencies
• research laboratories

Students interested in financial aid information can find it here.

#8.  University of California, Berkeley

Master of Engineering in Materials Science & Engineering

The University of California, Berkeley houses a Department of Materials Science and Engineering within its College of Engineering. The department offers a Master of Engineering degree program. The M.Eng. is a professional master’s degree offered through a collaboration between various departments within the College of Engineering. 

The M.Eng. in materials science and engineering is offered jointly between Berkeley’s College of Engineering and the university’s Fung Institute for Engineering Leadership. It is designed to prepare individuals for leadership positions in professional engineering. Most program applicants are engineers with industrial experience seeking career advancement. 

Applicants must hold a baccalaureate degree or equivalent with a major in:

• chemistry
• engineering
• physics
• related field

The degree must be from an accredited college or university. Individuals must demonstrate a minimum cumulative GPA of 3.2. Applicants must submit:

• all official college transcripts
• three letters of recommendation
• statement of purpose spanning no more than two pages

Prospective students must also demonstrate a sufficient score on the general GRE, ideally in the 85th percentile or higher. Relevant work experience is also helpful for admittance to the program.

The MSE program focuses on:

• opto-electronic materials
• structural materials
• materials for advanced energy systems at the nano, micro, and macro levels

Degree candidates may specialize in:

• bio
• chemical
• electrochemical
• computational
• electronic
• magnetic
• optic
• structural materials

The graduate MSE program offers technical concentrations in:

• advanced structural materials
• biomaterials
• chemical and electrochemical materials
• computational materials
• electronic, magnetic, and optical materials

Alternatively, students may follow a general track toward the degree. 

The degree program includes 25 semester units total, including eight units in core leadership studies, 12 in technical expertise, and five units of work on the culminating capstone project. Students can expect to explore engineering leadership areas such as accounting and entrepreneurship as they relate to technology-driven projects. The core curriculum includes courses such as:

• Communications for Engineering Leaders
• Entrepreneurship for Engineers

The program includes interactive, intensive pre-semester “boot camp” sessions. Students can expect to analyze case studies and explore areas of engineering leadership such as:

• ethics
• negotiations
• organizational behavior

The program culminates in a nine-month capstone experience. Students work in teams of three to six to apply engineering principles and technologies toward contemporary issues in the materials science and engineering field.

The MSE degree program is delivered in an accelerated format. Prospective students are required to indicate their desired program plan upon application. This will not influence the admissions decision. Students may choose to enroll in the program on a full-time basis in order to earn their degree in one year. Working professionals may opt to complete the program on a part-time basis. 

The Berkeley MSE department also offers a Doctor of Philosophy degree program. Also, a fifth-year dual degree program in which students can pursue a Master of Science degree concurrently with a Bachelor of Science degree. Berkeley does not typically offer a standalone or terminal MS program.

Find financial aid information here.

#9.  Carnegie Mellon University

Master of Science in Materials Science and Engineering

“Think of yourself as on the threshold of unparalleled success,” Andrew Carnegie once said. “A whole, clear, glorious life lies before you. Achieve! Achieve!”

In 1900, Carnegie founded Carnegie Mellon University. It evolved from a technical school into the private research university it is today. Located in Philadelphia, PA, the university has been at the forefront of such innovations as artificial intelligence and Wi-fi. 

CMU offers a Master of Science degree program in materials science and engineering. Prospective students should have an undergraduate degree in materials science and engineering or a related discipline.  They should have a B average, for a minimum cumulative GPA of 3.0. Required application materials include:

• three letters of recommendation
• official transcripts
• written answers to essay questions
• a current resume
• official GRE scores

The MSE degree program is coursework-based and designed to be completed on a full-time basis. Students can expect to learn about the processing, properties, and structure of materials and how they can be applied to various areas of engineering. Students will also have opportunities to pursue their own individual research interests. Students typically complete the degree program in two 15-week semesters of full-time study. Individuals with special circumstances who would like to pursue the degree on a different timeline may do so with director approval. 

The curriculum consists of 96 credits of graduate study, comprised of:

• 24 units each of core courses
• elective courses
• approved MSE-related courses
• approved graduate courses

All students must also enroll in a graduate seminar each semester. Students must maintain an overall average grade of B for an average GPA of at least 3.0. 

The core curriculum covers:

• bonding
• defects
• diffusion
• structure of materials
• thermodynamics

Graduate MSE electives include:

• Materials for Nuclear Energy Systems
• Mechanical Behavior in Extreme Environments, Soft Materials, and Tissue Engineering
• Chemistry and Light
• Mechanics of Fracture and Fatigue, Nanoparticles, and Polymer Physics
• Morphology
• Energy Demand and Utilization
• Energy Policy and Economics
• Entrepreneurship and Innovation in Technology
• Medical Devices

The MSE degree program is housed in the university’s Department of Materials Science and Engineering within its college of engineering, the Carnegie Institute of Technology. The department hosts a materials science and engineering seminar series. In its spring 2020 series, seminar topics included atom-to-solid evolution, magnetism and optical pulses, and phase diagrams of complex materials. The department also hosts four research centers:

• the Center for Iron and Steelmaking Research
• the Data Storage Systems Center
• the NextManufacturing Center
• the Engineering Research Accelerator

The department conducts interdisciplinary research in four core MSE areas:

• computational materials science
• inorganic functional materials
• manufacturing and materials microstructure
• materials for healthcare

Recent research highlights have included a footstep-sensing invention, a smart heating and cooling technology, and an app that bridges the gap between a patient’s physiological signals and the nearest healthcare facility.

Find financial aid information here.

#10.  Rensselaer Polytechnic Institute

Master of Science in Materials Science and Engineering; Master of Engineering in Materials Science and Engineering

Rensselaer Polytechnic Institute is the oldest technological research university in the United States. It focuses on the future through cutting-edge innovation in areas ranging from cybersecurity to renewable energy. Located in Troy, NY, the Rensselaer campus houses one of the world’s most powerful university-based supercomputers. The university’s tagline is, “Why not change the world?”

Rensselaer offers prospective students the option to pursue either a Master of Science or a Master of Engineering degree in materials science and engineering. Both programs are offered through the institute’s School of Engineering. Each MSE degree program requires candidates to complete a minimum of 30 credit hours of graduate study. 

MSE degree candidates must take at least three courses from the five-course core MSE graduate curriculum, which consists of engineering courses in:

• Advanced Electronic Properties
• Advanced Kinetics
• Advanced Mechanical Properties
• Advanced Structure and Bonding
• Advanced Thermodynamics

Students must also take at least six credits of MSE electives. An academic adviser must approve each student’s elective course selection. The remainder of the required credits toward the degree may be fulfilled through any 6000-level courses within the School of Engineering and/or School of Science.

The Master of Science degree program requires a written research thesis accompanied by an oral presentation. The final oral thesis presentation is given to the scientific community in a setting such as a professional or scientific conference or workshop, or during a seminar at Rensselaer. The Master of Engineering does not require a thesis. Instead, it culminates in a capstone independent study project. Typically students complete it in an industry or government setting. The project is completed over one semester, for a total of three to four credits.

Rensselaer’s department of Materials Science and Engineering is home to the Materials Science Graduate Society. The student society organizes and hosts a Graduate Student Seminar Series on the third Thursday of each month. Each seminar evening involves two 30-minute presentations given by graduate students, followed by a dinner. 

The Materials Science and Engineering department houses four distinct materials engineering laboratories for students and faculty research:

• Electron Microscopy Laboratory
• Materials Analysis Laboratory
• Mechanical Testing Laboratory
• Metallographic Laboratory

The department is affiliated with a number of research centers, including:

• Center for Materials, Devices, and Integrated Systems
• Center for Biotechnology and Interdisciplinary Studies
• Center for Computation Innovations
• NYS Center for Future Energy Systems

The MSE graduate department focuses on six key areas of research:

• advanced synthesis and processing
• computational materials science
• electronic materials
• glasses and ceramics
• metallurgy and corrosion
• polymers and biomaterials

Find financial aid information here.

OTHER NOTABLE PROGRAMS

#11. University of Tennessee – Knoxville

Location: Knoxville, TN

Degree: Master’s Degree in Materials Science and Engineering

Website

#12. Stony Brook University

Location: Stony Brook, NY

Degree: Master’s Degree in Materials Science and Engineering

Website    

#13. Purdue University

Location: West Lafayette, IN

Degree: Master’s Degree in Materials Engineering

Website     

#14. University of Pennsylvania

Location: Philadelphia, PA

Degree: Master’s Degree in Materials Science and Engineering

Website    

#15. Rutgers University

Location: Piscataway, NJ

Degree: Master’s Degree in Materials Science and Engineering

Website      

#16. University of California – Irvine

Location: Irvine, CA

Degree: Master’s Degree in Materials Science and Engineering

Website       

#17. Michigan State University

Location: East Lansing, MI

Degree: Master’s Degree in Materials Science and Engineering

Website   

#18. University of Wisconsin Madison

Location: Madison, WI

Degree: Master’s Degree in Materials Science and Engineering

Website     

#19. University of California – San Diego

Location: San Diego, CA

Degree: Master’s Degree in Materials Science and Engineering

Website 

#20. Northwestern University

Location: Evanston, IL

Degree: Master’s Degree in Materials Science and Engineering

Website       

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