There is a growing demand for graduates with a Master’s degree in electrical and computer engineering, and the accelerated program will provide you with a pathway to meet this need in fewer semesters.

The master of science in computer engineering program prepares students to become leaders in university and industry settings. Our department offers students a truly interdisciplinary program with ...

Engineering management offers an interdisciplinary approach to address the complexities in today's workplace. This program also provides a diverse academic background, including engineering, business, ...

The Electrical and Computer Engineering Graduate Program (ECEGP) provides graduate instruction and cutting-edge research in a wide spectrum of areas including communications, control, networking, and ...

Become a leader and innovator in computer engineering by immersing yourself in a master's program that allows you to design systems, explore solutions to computing problems, and get experience in ...

The master of science in computer engineering program prepares students to become leaders in university and industry settings. Our department offers students a truly interdisciplinary program with ...

Today, computers are in everything, everywhere. This fact is making computer scientists and software engineers indispensable. They are the ones leading the way in developing the next generation ...

The complete program of study (and any subsequent changes) must be filed with the Engineering Graduate Programs Office and approved by the student’s doctoral committee. Until this approval is obtained ...

All students admitted to the MS in CSE program are expected to have competence in the fundamental subjects listed below, as required from an accredited program for a B.S. in Computer Science, Computer ...

Expand your professional opportunities in Case School of Engineering’s dual Bachelor of Science and Master of Science in Computer Engineering. Once admitted to Case Western Reserve as an undergraduate ...

Writing efficient scientific software that makes best use of the increasing complexity of computer architectures requires bringing together modelling, applied mathematics and computer engineering ...

The third is understanding computer engineering and architecture. This is the part that most never do; it seems to be a big leap. Get an Arduino or something and program it in assembly.