Electrical and Computer Engineering

Electrical and Computer Engineering

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Electrical and Computer Engineers (ECEs) have made some remarkable contributions to our world; we have pioneered the invention of smart phones, computers, smart grid, digital cameras, MP3-players, GPS systems, medical imaging devices, and computer games, just to name a few among seemingly countless technological innovations. As ECEs, we also play a crucial and indispensable role in the design of cars, airplanes, spacecraft, autonomous and even extraterrestrial vehicles, home appliances, bioinformatics, lifesaving medical equipment and so many other technologies that we have come to rely on.

A Combined Electrical and Computer Engineering Program

Once considered as distinctly different fields, electrical, electronics and computer engineering are now inseparable from each other due to complexity and scope of today’s challenges that rely on these areas. Therefore, at Rowan, we see Electrical and Computer Engineering as one well-integrated discipline. We believe that – to address tomorrow’s challenges – today’s engineers must be well-versed in both areas that were traditionally seen as separate fields. This is why we offer one of the few combined Electrical and Computer Engineering degrees available in the nation. Our ECE program is accredited as a combined program by ABET, indicating that the program meets the accreditation requirements of both electrical and computer engineering.

As a result, the Rowan ECE curriculum combines both electrical engineering topics such as electronics, control systems, digital signal processing, telecommunications, and energy as well as computer engineering topics such as computer hardware & software design, microprocessors and embedded systems.

Innovative, Project-based, Modern Curriculum

Core courses taken by all ECE students include such topics as circuits, electronics, electromagnetics, digital design, microprocessors, control systems, communication systems, digital signal processing, data structures, computer architecture and very large scale integration (microelectronics). Advanced senior-level electives provide opportunities to specialize in areas such as nanotechnology, bioengineering, sustainable design, wireless communications, artificial / computational intelligence and machine learning, digital image processing, bioinformatics, ad-vanced visualization, and embedded systems, among many others. 

The Hallmark of Rowan ECE Education: The Engineering Clinics

All ECE courses have integrated laboratory components, because we believe in hands-on minds-on project-based learning. Eight semesters of Engineering Clinics provide our students with a team-oriented, multidisciplinary design and research experience, which is a unique opportunity to integrate the students' theoretical background into the solution of practical real-world engineering problems. At junior and senior levels, the ECE program alone offers about 20–25 clinic projects every semester. Allowing our students to participate other engineering programs’ clinic projects provide around 100 projects to choose from every semester. And, these are no ordinary projects: each is designed to solve a real world unsolved problem as identified – and funded by - industry, as well as faculty research. Each project, as in real world, has milestones, expectations, and deliverables requiring individual as well as well-coordinated team effort.



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