Top 10 US Universities for MS in Electrical, Electronics and Communication Engineering
The 19th century ushered in a new era of technology with the introduction of telegraph, radio and telephone. Nothing was the same ever since. In most ways it was WWII that gave birth to electronics engineering as a branch. With inventions like Sonar, Radar and communication systems it became a necessity to study and understand the science behind them.
The term electronics engineering came into prominence after the 1950s. Electrical engineering is still used interchangeably with electronics engineering in some academic circles. This is due to the fact that electronics is a sub-field of the former. There are a plethora of opportunities waiting for you once you’re done with your Master’s in Electrical/Electronics and communication engineering. Let’s have a look at the top 10 universities offering Masters course for the related branches!
10. Cornell University:
With an acceptance rate of 28.4% and abundant funding options like fellowships, Research/Teaching Assistantships, Cornell offers some of the most sought after courses in the electrical/electronics/communication engineering background.
It offers specializations like Artificial Intelligence,Computational Biology,VLSI and Systems and Networking. The tuition fees range around 30,000 USD p.a.
9. Princeton University:
Being an Ivy league university Princeton is synonymous with Research and development in the field of electrical/electronics and communications engineering. Tie ups with prestigious research institutes and organizations enriches the learning experience. Princeton Research Institute for the Science and Technology of Materials (PRISM), Princeton Center For Complex Materials (PCCM) and Center for Mid-InfraRed Technologies for Health and the Environment (MIRTHE) are some of the programs associated with the reputed university. The acceptance rate is around 10% and with average tuition fees in the range of 38-39,000 USD Princeton.
Computing & Networking, Information Sciences & Systems, Integrated Electronic Systems and Photonics are the core research areas.
8. Carnegie Mellon University:
Through international collaborations with other universities, CMU aims at giving an innovative boost to their academics and education style.
SYSU-CMU Joint Institute of Engineering is one such collaboration between Sun Yat-sen University and CMU. Acceptance rate of almost 29% and tuition fees in the range of 39,000 USD, CMU remains to be one of the best choice for anyone fascinated by R&D in the field of electrical/electronics and communication engineering. Apart from VLSI, wireless Networking and communication CMU has multiple research areas with focus on Computer storage systems, Cyber-physical systems, Mobile systems and Smart infrastructure.
7. University of Michigan—Ann Arbor:
University of Michigan simply referred to as UMich is one of the top notch public research universities in US. It is the oldest university in the state of Michigan. With over 40,000 students and close to 7000 academic staff the Ann Arbor campus boasts of 3,177 acres. Starting from computer architecture to Plasma Science & Engineering, from Signal & Image Processing to Integrated Circuits & VLSI, from Solid-State Devices & Nanotechnology to Quantum Science & Devices UMich provides a whole lot of options to choose from in terms of R&D. The acceptance rate varies around 25% and the tuition fees round up to 42,000 USD.
6. Georgia Institute of Technology:
Georgia Institute of technology commonly referred to as Georgia Tech is a public research university with research interest in areas ranging from Biosensors/BioMEMS, Neuroengineering, Dependable Computing, Multimedia Networking, Photonics and optoelectronics, VLSI Systems and Digital Design. With an acceptance rate of about 26% and annual tuition fees in the range of 26-27,000 USD Georgia Tech boasts of a humongous 23,000+ student community.
5.California Institute of Technology:
California Institute of Technology commonly referred to as Caltech prides itself on a combined 34 Nobel prizes achieved by 33 of its alumni and faculty members. That speaks leaps and bounds about the scope and opportunities for research and development. Other extraordinary feats include managing NASA’s Jet Propulsion Laboratory ever since 1936. Another factor that provides a huge boost to R&D at Caltech is the multidisciplinary approach to the field of electrical/electronics and communication engineering. This approach enables the students to study and research in a wide variety of fields ranging from wireless systems to quantum electronics, modern optics, lasers and guided waves, from solid-state materials and devices to power and energy systems, from signal processing to computational vision. With acceptance rate just above 8% Caltech is one of the hardest places to get into. The annual tuition fees come around 39,000 USD.
4. University of Illinois—Urbana-Champaign:
With annual tuition fees of 30,000 USD and acceptance rate of 27% there are plenty of research opportunities in UIUC. Research areas include Circuits and signal processing, Communications and control, Computing systems hardware and software, Electromagnetics, optics and remote sensing, Microelectronics and photonics, Nanotechnology, Networking and distributed computing, Power and energy systems and Reliable and secure computing systems amongst others. More than 130 courses to choose from and 100 experienced faculty members with years of expertise among them, what more can any aspiring graduate student ask for.
3. University of California—Berkeley:
University of California commonly referred to as UC Berkeley offers a variety of high quality courses for masters. The courses are catered to both industry-oriented as well as research-oriented students. The duration of these courses vary depending upon the course chosen, with research-oriented courses spanning a period of upto 7 years while the industry-oriented courses last for 1-2 years. Collaborations with institutes like California Institute for Energy and Environment (CIEE), Center for Optoelectronic Nanostructured SemiconductoR Technologies (CONSRT), Video and Image Processing Lab (VIP Lab), Visual Computing Lab (VCL) and Wireless Embedded Systems (WEBS) gives UC Berkeley that extra edge in terms of research. The main research areas include Artificial Intelligence (AI), Micro/Nano Electro Mechanical Systems (MEMS), Signal Processing (SP), Human-Computer Interaction (HCI) and Integrated Circuits (INC).
With an acceptance rate of 12.4 % and tuition fees of about 27,000 USD this flagship campus of the University of California system is easily one of the best public research universities in the world.
2. Stanford University:
One of the most prestigious and selective colleges in US Stanford remains to be at the pinnacle of research and academics. Apart from association with faculty and alumni who have founded companies like Google, HP, Nike, Sun Microsystems and Yahoo!, Stanford boasts of producing a combined 47 of world’s billionaires and astronauts. The core research areas concentrate on Physical Technology & Science, Information Systems & Science and Hardware/Software Systems with subareas such as Integrated Circuits and Power Electronics,Societal Networks and Energy-Efficient Hardware Systems. There are plenty of multidisciplinary research options too.
With an acceptance rate of almost 19% and tuition fees of about 44,000 USD the cardinals rank number 2 on our list of top 10 universities for electrical/electronics and communications engineering.
1. Massachusetts Institute of Technology:
MIT is the perfect fit for numero uno on our list of top 10 universities for electrical, electronics and communications engineering. Subject of numerous movies, sometimes portraying the life of a 20 year old unrecognized genius and sometimes telling the tale of gifted students who take down a casino by their sheer intellect; this university has been as much a part of pop culture as it has been a standout in the field of academics. Apart from research activities this university has had more than its fair share of successful entrepreneurs. With more than 11,000 students and over 1000 academic staff MIT is a pioneer in the field of physical sciences and engineering. The graduate research areas comprises of Integrated Electronic and Photonic Systems,Computer Systems, Networks, and Architecture and Bioelectrical and Biomedical Engineering.
With an average acceptance rate ranging around 8-10% and annual tuition fees of about 42,000 USD MIT tops our rank of the most prestigious universities for electrical, electronics and communication engineering.
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