Electrical engineering is a creative profession that involves teamwork and a strong knowledge of science and mathematics when solving practical problems that are affecting society.

Through research, design, and development electrical engineers develop a host of systems that control, monitor, and energize industrial equipment, household products, and transportation systems resulting in virtually every product found in the home and industry today.  Examples range from cell phones and medical diagnostic equipment to manufacturing control systems and hybrid vehicles.

Electrical Engineers Finding Solutions

Through their involvement in alternative energy, improved energy efficiency, and electric vehicles, electrical engineers are actively engaged in finding solutions to the problems of climate change and energy independence.  Our program provides excellent experiential, research and design opportunities for both undergraduates and graduate students.

Accreditation

Our nationally recognized program has been accredited by the Engineering Accreditation Commission of the Accreditation Board for Engineering and Technology (EAC/ABET).  It has prepared students for professional careers that include:

• Mechatronics (Concentration)
• Power and Energy Systems (Concentration)
• Electronics
• Power and Energy Systems (Concentration)
• Control Systems
• Communications and Signal Processing
• Bioinstrumentation (Minor)
• Digital Systems