Top 10 universities in the USA for MS in Electronics

Introduction

The Electronics and Communication industry has been growing rapidly for the past decade and the need for specialists has only increased with time. Pursuing an MS in Electronics in the USA will give you a spectrum of choices to specialize in and open up immense opportunities for your career. Find below a list of the top 10 universities you should consider for an MS in electronics in USA.

What is an MS in Electronics in USA?

MS in Electronics and Communication is a 1-2 year full-time course that is offered by more than 140 universities in the USA. Graduates with a four-year bachelor’s degree in fields like Electronics or Power engineering can pursue an MS in electronics from top universities in the USA.

An MS degree in Electronics encompasses both mathematical and scientific algorithms in the field of communication and is built to provide both theoretical and practical skills. You can also choose to specialize in areas like New Media, Telecommunications, and Wireless and Mobile engineering among other specializations.

Massachusetts Institute of Technology (MIT)

MIT is a research powerhouse and pioneer in the field of engineering and physical sciences. While this top university in the USA has many subject strengths, the faculty of Electrical Engineering and Computer Science (EECS) here is chiefly popular.

• Annual tuition: USD 53,450
• Application fee: USD 75
• Application deadline: N/A
• Average acceptance rate: 8-10%
• Students enrollments: 3,042

Research areas: The graduate research areas at MIT are integrated Electronic and Photonic Systems, and Engineer research associated with System and Control, and Computer Systems.

Aside from its research activities, MIT has also pumped out a fair share of successful entrepreneurs.

Stanford University

Stanford is one of the top universities in the USA for technical education and is especially reputed for its research and academic facilities. The Electrical Engineering faculty at Stanford divides its scope of research into hardware/software systems, Photonics/EM/Quantum, Integrated Electronic Systems Technology, Bio-electrical Engineering, Information Systems, and Energy or Environment.

• Annual tuition: USD 57,861
• Application fee: USD 125
• Application deadline: 1st December
• Average acceptance rate: 19%
• Students enrollments: 3,092

Research areas: The research at the Stanford University engineering school focuses on Information Systems science, Physical Technology Science, and Hardware/Software Systems with sub-disciplines like Societal Networks and Energy-efficient Hardware Systems, Integrated Circuits, and Power Electronics.

Stanford University has celebrated alumni and faculty that include founders of Google, Nike, HP, Yahoo, Sun Microsystems, etc. The Stanford College of Engineering also prides itself on producing 47 of the world’s astronauts and billionaires.

University of California Berkeley (UC Berkeley)

The duration of a Master’s degree course in Engineering at UC Berkeley varies based on the kind of course you choose. The industry-oriented Master’s in Engineering at Berkeley typically takes 1-2 years. However, you can opt for the 1-year accelerated program as well, which is the Berkeley Engineering Professional Master’s Program.

• Annual tuition: USD 26,544
• Application fee: USD 140
• Application deadline: 1st December
• Average acceptance rate: 12.4%
• Students enrollments: 2,055

Research areas: The College of Engineering at UC Berkeley has around 40 research centers and institutes for you to get involved in. Research areas include Micro/Nanoelectromechanical Systems, Physical Electronics, Computer Architecture, and Engineering, Artificial Intelligence, Signal Processing, Intelligent Systems, and Robotics, etc.

The faculty and alumni of the Electrical Engineering and Computer Science departments at UC Berkeley are known to have founded over 100 start-ups.

California Institute of Technology (Caltech)

The multidisciplinary approach to Electronics and Communication engineering at Caltech provides a boost to research and development. You can study and research in fields like Wireless Systems, Modern Optics, Quantum Electronics, Lasers, and Guided Waves, Solid-state Materials and Devices, Signal Processing, Computational Vision and Engineering research, Power and Energy Systems, etc.

• Annual tuition: USD 39,000
• Application fee: USD 100
• Application deadline: 1st December
• Average acceptance rate: 8%
• Students enrollments: 534

Research areas: On-campus research centers such as the Center for Neuromorphic Systems Engineering and the Center for the Science and Engineering of Materials provide valuable exposure to students.

The alumni and faculty members of the Electrical engineering department at Califonia Institute of Technology have about 34 Nobel prizes to their names.

Georgia Institute of Technology (Georgia Tech)

Georgia Tech allows you to pursue a dual program master’s degree with universities abroad. For instance, you can take up a dual program in Electrical and Computer Engineering by attending a partner school such as Germany’s TU-Munich or the Korea Advanced Institute of Science and Technology. The Georgia Institute of Technology is extremely reputed for its MS in Electronics course and is a great option if you’re looking for the best facilities at an affordable cost.

• Annual tuition: USD 29,140
• Application fee: USD 85
• Application deadline: N/A
• Average acceptance rate: 21%
• Students enrollments: 3,830

Research areas: Georgia Tech has research opportunities in areas like VLSI systems, Neuroengineering, Dependable Computing, Multimedia Networking, Photonics and Optoelectronics, Biosensors/bioMEMS, and Digital Design.

The university is highly respected for its research scholars and professors integrated with its programs.

Carnegie Mellon University (CMU)

Carnegie Mellon University provides the best exposure when it comes to MS in Electronics engineering. There are other courses like Control Engineer Researching, Power Systems, and courses on Renewable Energy available for you to specialize in. Through its collaborations with international universities, Carnegie Mellon follows an innovative education style with opportunities to take up study and research programs in Japan, Chile, and Portugal.

• Annual tuition: USD 50,100
• Application fee: USD 75
• Application deadline: 31st January
• Average acceptance rate: 29%
• Students enrollments: 3,600

Research areas: Research at Carnegie Mellon encompasses VLSI, engineering research with a focus on Computer Storage Systems, Wireless Networking, and Communication, Mobile Systems, Smart Infrastructure, Cyber-physical Systems, etc.

Princeton University

Princeton is an Ivy League university and has tie-ups with prestigious research institutes and organizations that enrich your learning experience. It is among the best universities for research and development in the field of Electrical or Electronics and Communications engineering. Princeton offers Master of Science in Engineering, Master of Engineering, and Ph.D. degree programs. Schools like Princeton Research Institute for the Science and Technology of Materials (PRISM), Center for Mid-Infra Red Technologies for Health and the Environment (MIRTHE), and Princeton Center For Complex Materials (PCCM) are all associated with Princeton.

• Annual tuition: USD 39,000
• Application fee: USD 95
• Application deadline: 1st December
• Average acceptance rate: 10%
• Students enrollments: 710

Research areas: Princeton University boasts of research centers like the Environment and the Combustion Energy Frontier Research Center and the Andlinger Center for Energy.

Cornell University

Located in New York, Cornell is one of the top universities in the USA for an MS in Electronics. It offers specializations in Computational Biology, VLSI, Artificial Intelligence, Electrical Power, Power Electronics, Systems, and Networking, etc. The university also has abundant funding avenues like research and teaching assistantships and fellowships.

• Annual tuition: USD 29,500
• Application fee: USD 105
• Application deadline: Rolling
• Average acceptance rate: 28.4%
• Students enrollments: 2,387

Research areas: The research centers at Cornell are led by the engineering faculty and include the Cornell High Energy Synchrotron Source (CHESS), Cornell Center on the Physics of Cancer Metabolism (PSOC), Cornell NanoScale Science and Technology Facility (CNF), Center for Transportation, Environment and Community Health (CTECH), Energy Institute, etc.

University of MichiganAnn Arbor (UMich)

The University of Michigan is the oldest institute in Michigan. The College of Engineering at the University of Michigan emphasizes project-based learning and has a long-standing reputation for innovation. There are about 12 areas of specializations available at the university including Computer Vision, Embedded Systems, Control Systems, Power and Energy, etc.

• Annual tuition: USD 52,098
• Application fee: USD 90
• Application deadline: Rolling
• Average acceptance rate: 25%
• Students enrollments: 3,113

Research areas: Research in areas like Plasma Science and Engineering, Computer Architecture, Signal Processing, and Image Processing, VLSI, Integrated Circuits, Solid-state Devices, Nanotechnology, Quantum Science, and Devices, etc. are available to students at the University of Michigan.

University of Illinois Urbana-Champaign (UIUC)

The Grainger College of Engineering at the University of IllinoisUrbana-Champaign is consistently ranked as one of the top universities in the US for engineering. The programs offered are both research-oriented and thesis-based. In addition to their master’s programs, there are numerous online and on-campus certifications available for students to supplement their learning.

• Annual tuition: USD 36,150
• Application fee: USD 90
• Application deadline: N/A
• Average acceptance rate: 27%
• Students enrollments: 3,353

Research areas: Research areas include Communications and Control, Circuits and Signal Processing, Electromagnetics, Computing Systems Hardware and Software, Optics and Remote Sensing, Renewable Energy, Power Electronics, Nanotechnology, Microelectronics, and Photonics, Networking, Distributed Computing, etc.

Which university should I go to?

The best university for you aligns with what you intend to achieve with an MS in Electronics. Once you know that, choosing a university will be a piece of cake. You can refer to this list of the top 10 universities in USA for MS in Electronics and dig in deep to find what college fits you best.

Once that is done, you need to choose a program that suits your needs. Then it’s time that you prepare for the standard tests and start collating your documents for the application.

Key takeaways

• These universities provide unique specializations, cutting-edge research opportunities, and a diverse environment to cultivate your expertise in electronics. 
• Some top universities for an MS Electronics in USA include MIT, Stanford, UC Berkley, Caltech, and Georgia Tech. 
• Research areas vary but can include topics depending on the university. These include integrated electronic systems, photonics, artificial intelligence, computer architecture, and more!

If, at any point of time, you feel stuck or have any doubts, feel free to reach out to us or drop a comment below. We’d be very happy to help!

FAQs

Q1) What is the duration of an MS in Electronics program?

Answer: The duration of an MS in Electronics program typically ranges from 1 to 2 years. This primarily depends on the university and program structure. 

Q2) What standardized tests do I need to take to be eligible for MS in Electronic program?

Answer: The general criteria for MS is IELTS/TOEFL/PTE and GRE. The score requirements for each university differ.

Q3) What job avenues are open for me after MS in Electronics program?

Answer: After completing a MS in Electrical engineering course, you can pursue various career opportunities such as an electric engineer, telecommunications engineer, instrumentation engineer, power engineer, etc.