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Electrical Engineering

graduate schools

California Institute of Technology's Electrical Engineering acceptance rate is 7.00%.

Caltech's reputation as a leading research university rests significantly on its exceptional graduate students. The Electrical Engineering Department exemplifies this, with its accomplished and motivated students collaborating closely with professors, establishing it as one of the country's top departments. As the competition for admission is fierce, the Admissions Committee meticulously selects applicants who are both highly qualified and suited for the program. Typically, the master's degree in electrical engineering takes one year to complete. Evaluation criteria include applicants' preparedness for the math- and physics-oriented coursework and the Committee's judgment on their ability to excel in the program. Admission to the master's program is not usually granted if the applicant already possesses a master's degree from another U.S. institution.

Carnegie Mellon University's Electrical Engineering acceptance rate is 23.00%.

The Master's of Science (M.S.) in ECE program at Carnegie Mellon University provides students with a comprehensive foundation in electrical or computer engineering. Students have the opportunity to specialize in specific areas of interest with the guidance of academic advisors and faculty mentors. The program offers several concentrations including Cyber-Physical Systems (CPS), Computer Security (CSec), Data and Network Science (DNS), Integrated Systems Design (ISD), and Wireless Systems (WS). While concentrations are optional, students can choose from a wide range of ECE graduate courses to fulfill their requirements and advance towards their desired career goals.

Cornell University's Electrical Engineering acceptance rate is 27.91%.

The Cornell ECE Master of Engineering Degree (M.Eng.) provides comprehensive education in electrical and computer engineering. It is designed for students seeking advanced training in current technology and engineering design. The program is course-focused, emphasizing a design project and a written report rather than a research thesis. Students can tailor their programs to their individual interests and career goals. Cornell offers two M.Eng. programs: one at the Ithaca Campus with a broad focus and interdisciplinary research opportunities, and another at the Cornell Tech Campus in NYC with a digital technology and entrepreneurship focus. Students benefit from renowned faculty, develop leadership skills, and become part of a diverse and collaborative graduate community. The Cornell brand and alumni network offer long-term career advantages, including higher starting salaries compared to the national average.

Georgia Institute of Technology's Electrical Engineering acceptance rate is 21.00%.

The Georgia Institute of Technology's College of Engineering has achieved a top-five ranking in the US News & World Report national rankings for graduate programs. This recognition reflects the College's commitment to providing a high-quality education to a diverse range of students, preparing them for a rapidly changing world and workplace. The College offers a wide range of courses, allowing students to enter various industries such as energy, robotics, manufacturing, defense, and computing. Students also gain hands-on experience in research centers and labs, equipping them to compete in the global and high-tech marketplace. The master's degree program offers specializations in areas like bioengineering, computer systems, and telecommunications. Additionally, the College offers a joint BS/MS degree program, providing undergraduate students with the opportunity to expand their studies and improve their career prospects.

Massachusetts Institute of Technology's Electrical Engineering acceptance rate is 8.00%.

The MIT Department of Electrical Engineering and Computer Science has made significant contributions to the field, including the development of the first computer, advancements in radar technology, pioneering work in artificial intelligence, breakthroughs in semiconductor technology, and innovations in communications and networking. These contributions have revolutionized computing, transformed military and civilian applications of radar, pushed the boundaries of AI research, revolutionized the electronics industry with the invention of the transistor, and shaped modern communication technologies. MIT's impact on Electrical Engineering has been profound, with its research and innovations influencing various industries and everyday life.

Purdue University, West Lafayette's Electrical Engineering acceptance rate is 37%.

Purdue University's School of Electrical and Computer Engineering is a renowned department founded in 1888, known for its large size and excellence in education. Their graduate programs are highly ranked and offer a stimulating learning environment for students. The faculty members are internationally recognized for their research, teaching, and mentoring. The admission rate is competitive at 29%, and 37% of students receive funding. The program duration is typically three years, but the average completion time is 1.9 years. The student-to-faculty ratio is 10.1:1. Purdue ECE provides various Master's tracks and partners with TaskHuman, a mobile app for personal wellness goals, in addition to existing wellness programs.

Stanford University's Electrical Engineering acceptance rate is 15.30%.

The Department of Electrical Engineering at Stanford University is committed to providing academic advising to MS students. The advising process involves collaborative engagement between advisors and students, with a focus on maintaining professionalism and integrity. Upon entering the program, students are assigned a program advisor who helps with course selection and exploring academic and professional opportunities. The same advisor typically stays with the student throughout their master's study. Students can request a change of advisor through the Degree Progress Officer. In addition, the department has a Graduate Teaching Assistant who serves as a peer advisor for course selection. The student services office supports the advising team by providing information on requirements and maintaining records. Graduate students are encouraged to actively seek guidance and be aware of program policies. Furthermore, the department offers scholarships through the Knight-Hennessy Scholars program for high-achieving students pursuing a graduate education in Electrical Engineering at Stanford.

University of California, Berkeley's Electrical Engineering acceptance rate is 3.70%.

The M.Eng. in EECS program at Berkeley is a top-notch graduate program that offers innovative courses in scientific and technical subjects. It recognizes that success in engineering requires skills beyond just scientific knowledge. In today's engineering organizations, teamwork, effective communication (both oral and written), and understanding user needs are crucial. The program prepares students for these real-world challenges by offering a curriculum that covers multidisciplinary development, complex system considerations, and strategic relationships. Students learn from exceptional faculty and interact with a diverse student body. The full-time program spans one academic year, with classes held on the Berkeley campus. Small class sizes promote interaction, and career services support networking and placement opportunities for students. Graduates are well-prepared for rewarding careers in engineering design, development, and management.

University of Illinois, Urbana-Champaign's Electrical Engineering acceptance rate is 27.62%.

The University of Illinois, Urbana-Champaign's Department of Electrical & Computer Engineering offers professional graduate degree program designed for students seeking to enhance their technical knowledge in the field. It is particularly suitable for those who plan to enter the workforce after completing their studies. The program offers graduate studies leading to a Master of Science, Doctor of Philosophy, and Master of Engineering in Electrical & Computer Engineering. The department covers various specialties, including applied computational theory, bioengineering, communications, computer systems, decision and control, optics, power systems, and more. Students can also specialize in biomechanics, cancer nanotechnology, or computational science and engineering. The faculty members have diverse research interests and affiliations with other departments and research institutes, providing ample opportunities for research collaborations. The department also houses interdisciplinary programs, laboratories, and research centers.

University of Michigan, Ann Arbor's Electrical Engineering acceptance rate is 43.00%.

The Master of Engineering (MEng) degree in Electrical and Computer Engineering at UM is a professional, terminal degree aimed at students planning to enter the industry. It offers three concentration areas: Data Science and Machine Learning (DS/ML), Autonomous Systems (AS), and Microelectronics and Integrated Circuits (MI). The program focuses on rigorous theory, practical training, engineering projects, and industrial skills, as well as communication, project management, leadership, and entrepreneurial training. The concentrations in Autonomous Systems, Data Science and Machine Learning, and Microelectronics and Integrated Circuits provide specialized knowledge and skills in their respective fields. The MEng degree requires completion of 26 credits and can be finished in one year or two semesters. The program is known for its esteemed faculty, progressive curriculum, and emphasis on diversity, interdisciplinary collaboration, and innovation.