The Auburn University Department of Electrical and Computer Engineering is one of the leading research universities in the USA and has interests in many areas including focus areas of communication networks, embedded systems, high-performance computing, information security, signal processing and very large scale integration (VLSI) design and test. The faculty continually track the new and advancing technology and adjust their programs to meet these ever-changing needs. The Department has 33 full-time members and maintains a reputation for success by attracting talented students and providing them with a
quality education via a faculty of international standing.

Chitkara University is NAAC A+ accredited university established in a Punjab under UGC Act 1956. From business management programs to programs in nursing and medical laboratory technologies; and from computer science, electronics and mechanical engineering programs, to hotel management and architecture—Chitkara University, Punjab is a veritable cornucopia of educational services. The Curriculum is delivered in spacious, amphitheatre-style classrooms—fitted with modern information and communication technology (ICT) equipment—and in well-equipped, modern laboratories. Additionally, students are encouraged—and provided relevant facilities—to participate in co-curricular and extra-curricular activities through various clubs and societies on the campus.

The Department of Electronics Engineering at Chungnam National University is recognized as one of top electronics engineering departments in South Korea due to its excellence both in undergraduate/graduate education programs and in research activities.

Provision of outstanding education is a top priority. Curriculum are periodically updated to reflect the latest advances in the technology.  Modern pedagogical methods and instruments are consistently employed to enhance the educational effectiveness. Particular emphasis is put on the comprehensive understanding of the basic concepts and applications to practical problems with innovative ideas.

Graduates, armed with sound theoretical and practical knowledge of from fundamental concepts to applications, devices to systems, hardware to software, and baseband to radio frequency, are always in great demand from government, research institutes, academies, and leading industrial companies such as Samsung, LG, SK Telecom, and Hyundai.

The School of Electrical and Computer Engineering at Cornell University provides a broad and exceptional education in electrical and computer engineering built upon a substantial foundation in science, mathematics, computing, and technology. The School has a long, distinguished history at Cornell being one of the largest fields of study offered at the College of Engineering. Electrical and Computer Engineering fields of interest range from electronics for microscopic integrated circuits, biological systems, self-driving cars, drones, robotics, AI, mobile phones and the Internet of Things.

The vision of the University is to become a global destination of repute in Digital Education and Research and to become an academic leader by nurturing futuristic talents capable of developing innovative and sustainable solutions for the industry, Governments, and society at large.

The motto of the University is to ‘Curate a Responsible Digital World.’ The development and application of Digital Technologies for social good is the underlying mission of the University. Towards this, the University shall focus on four themes of action, namely Computing, Intelligence, Sustainability, and Entrepreneurship; the first two themes shall form the focus area of work, and the next two themes act as guiding light for the overall mission while designing programs, developing products and services as well as for providing training and extension activities. The University shall catalyze technical advances that promote the welfare of society.

Electrical Engineering at the Harvard School of Engineering and Applied Sciences covers core areas of interest in Circuits and VLSI, Computer Engineering and Architecture, and Signal Processing.

Heriot-Watt ranked 1st in Scotland and 4th in the UK for Electrical and Electronic Engineering by the Times and Sunday Times 2021. The School of Engineering and Physical Sciences covers Electronic and Computer Engineering. The School of Mathematical and Computer Sciences covers the systems and hardware / software interface.

About Hindustan University

The Department of Electrical & Electronics Engineering established in the year 1992, has a long-standing tradition of excellence. Electrical and Electronics Engineering department offers B.Tech.in Electrical and Electronics Engineering, M.Tech.in EEE with specialization in Smart Grid and Electric Vehicle Technology and PhD programs. The department is multi-disciplinary with faculty expertise ranging from power electronics, power systems, embedded systems, control systems, and applied electronics. The department regularly organizes activities and events to enhance the quality of education and upgrade the skills of faculty and students.The department has well established laboratories as well as good infrastructure to carry out research.

B Tech (EEE) is accredited by National Board of Accreditationfor impartingHighest Quality of Education in India.

The department strives to develop as a centre of excellence in R&D in the field of Electrical and Electronics Engineering. The department has one ongoing International funded project in collaboration with University of Leeds, UK and Royal Academy of Engineering, UK. In addition, the department has 9 Funded Research and consultancy projects worth 2.0 crores from major National funding agencies. Six patents are granted and four patents are published by our faculty. We provide innovative solutions to industries and focus on innovative product development.

In the recent years, the development of new technologies like electric vehicle, smart grid, nanotechnology applications, have opened numerous opportunities to electrical engineers. Electrical and Electronics Engineering is a major contributor in the field of mechatronics, sophisticated smart vehicles and manufacturing sector. Electrical engineers can contribute to the interdisciplinary areas that require blending of mechanical engineering, control engineering, computer engineering, communications and electronics. The future developments in the industry are also predicted to be along the similar lines.

The Department of Electrical and Computer Engineering at Iowa State University of Science and Technology is home to more than 1,000 undergraduate and 365 graduate students. The Department has 67 full-time members and has a strong foundation in computer engineering. The undergraduate program in computer engineering is accredited by the Engineering Accreditation Commission of ABET.

The Department of Electrical Engineering and Computer Science is the largest department at MIT and is widely recognized for its world-class faculty, who provide outstanding education and research. As well as core education in topics for ASIC design and System On Chip it maintains focused research in areas including Computer Architecture, Integrated Circuits and Systems, Mulitcore Processors and Signal Processing.

The School of Electrical and Electronic Engineering is one of the three founding schools of Nanyang Technological University with the first intake of students graduating in 1985. The School has grown rapidly to become one of the world’s largest and highly ranked engineering schools with over 3,000 undergraduate students and 1,000 graduate students. The Centre for Integrated Circuits and Systems​ is developing key technologies required to design integrated circuits and systems for applications in medical technology, clean technology and consumer electronics.

The School of Computer Science and Engineering (SoCSE) focuses on problem-solving, critical thinking, innovation, creativity, communication, entrepreneurship & data science to deal withVUCA (Volatility, Uncertainty, Complexity, and Ambiguity) world. All programmes of the school offer an opportunity to the students to work closely with all stakeholders – industries, government policymakers, researchers, think tanks and global organisations.

USPs:

• Focussed on imparting 21st century skills through experiential, holistic learning rather than exam-oriented rote learning.
• Guide on the Side model of pedagogy to build impressive portfolios.
• Learn and Earn from 2nd Semester onwards – Portfolio Building.
• Advisory Board with eminent academicians, industry leaders and entrepreneurs to drive the vision of the department.
• Curriculum supports interdisciplinary studies with minors from other schools.
• Curriculum includes internships and student exchange programs with foreign universities.

Situated in the energy capital of Europe, with ties to oil and gas and other industries, RGU is the perfect environment for your studies, with renewables, manufacturing and other engineering-related companies right on your doorstep. 

We develop Engineers with the ability to solve problems and to undertake challenging and complex projects in all walks of life. We combine a wide-range of expertise in engineering with purpose-built facilities and strong commercial links to provide well-rounded and practical education; supporting life-long-learning. We work closely with local, national and international companies to ensure that we continue to meets the demands of employers and their changing industries. The result is an impressive suite of flexible course programmes at all levels, as well as professional and innovative services to industry.  

The Department of Electrical and Computer Engineering has a history of Electronics going back to the Deprtment of Electronics Engineering founded in 1947. It is a research led department that takes great pride in nurturing the creative minds of all students, equipping them with the global competences needed to succeed in the fields of electronics, electrical, and computer engineering. It has 65 dedicated faculty members, over 900 graduate students, and nearing 1,000 undergraduate students.

The Unit Computing Sciences and Unit of Electrical Engineering at Tampere University have a strong interest in SoC development and have a dedicated activity called SoC Hub which aims to boost research and education on system-on-chip design in Finland and also create a local ecosystem brings together academic research and business activities to make the first world-class co-developed Finnish System-on-Chip.

Department of Electrical and Computer Engineering at the Technical University of Munich is the leading University in Germany and highly ranked globally for Engineering & Technology. It has 37 chairs and professorships and around 3700 students. It is focused around 9 Centers of Competence. The Center of Competence in Design of Electronic Circuits and Systems develops and provides comprehensive skills, design environments, and solution approaches for education and research in integrated circuits and systems.

The University of São Paulo (USP) is a large Brazilian public university, maintained by the State of São Paulo and affiliated with the State Secretariat of Economic, Scientific and Technological Development. USP is considered one of Latin America most prestigious educational institutions and various world rankings, created to measure the quality of universities according to various criteria, particularly those related to scientific productivity, have widely recognized the talent and dedication of USP professors, students and employees.

Founded in 1934, the University of São Paulo came about through a collaboration of existing schools such as the Faculdade de Direito do Largo de São Francisco (Law), the Polytechnic School (Engineering) and the Escola Superior de Agricultura Luiz de Queiroz (Agriculture). Nowadays, four of its eleven campuses can be found in the city of São Paulo while the remaining campuses are in the cities of Bauru, Lorena, Piracicaba, Pirassununga, Ribeirão Preto and two in São Carlos. USP also houses five affiliated hospitals, 24 museums and galleries – with half a million visitors per year – two theatres, a cinema, and its own TV channel run by students.

The Department of Electronic & Electrical Engineering has a number of groups, the Electronics Materials, Circuits & Systems Research Unit leads on teaching activities around electronics materials, circuits and systems, power electronics and machine drives.

College of Engineering and Computer Science

Develop novel solutions to society’s greatest challenges — from aviation and space travel, to energy and the environment, to healthcare and transportation — at UCF’s College of Engineering and Computer Science. Through dynamic research, real-world experience and guidance from leading experts in your field, you’ll unleash your potential and drive life-changing discoveries.

The James Watt School of Engineering, Electronics and Nanoscale Engineering Division, is one of the leading UK Universities with a history of micro and nanofabrication techniques for over 45 years. The Electronic Systems Design Centre (ESDC) was set up in 2006 to support electronics research.

Electronics and Computer Science at the University of Southampton is a leading academic department in the area of Computer Engineering and Informatics, System On Chip, ASIC design and computing architecture. It is one of the first dedicated departments for electronics in the world dating back to 1947 when Professor Eric Zepler founded the Department of Electronics. It developed the first undergraduate course in Electronics in UK and in 1961 formed a dedicated Microelectronics Research Group studying the new field of solid-state electronic transistor circuits. In the 1960s the department had the first professional standard clean room in any university in the UK and today it is home to one of the premium multidisciplinary cleanrooms in Europe. It is also home to the W3C UK & Ireland Office and the Web Science Trust, an international network of world-class Universities promoting the understanding of the Web, through education and research.

The Paul G. Allen School of Computer Science & Engineering offered their first undergraduate program in Computer Engineering in 1989. It has approximately 80 full-time faculty, 100 technical and administrative staff members, 450 graduate students (300 in the full-time program and 150 in the Professional Masters Program) and 1,500 undergraduate students. 

"We strive to create the best possible educational experience for our students": Ed Lazowska, Professor.

The Department of Electronic Engineering was founded in 1978 with the University of York appointing its first professor of Electronics, Greville Bloodworth, in October 1978. The department has since grown to be a community of over seventy full-time staff and over four hundred students on a variety of undergraduate and postgraduate courses. It is ranked amongst the best electronics departments in the United Kingdom for teaching quality, and has established world-leading research groups.