10 Best Master in Telecommunications Degrees

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. 

Featured Programs

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.