Electrical engineering has its origins in the study and application of electrical phenomena. However, in recent years the field has grown to embrace a diverse range of problems in applied physics and mathematics. The department currently offers advanced study in four broad areas.

• Computer Engineering concentrates on the architecture and implementation of digital logic and computing systems.
• Electromagnetics explores the theory, physical properties, and applications of electromagnetic radiation and includes emphases in optics, remote sensing, numerical computation, and microwave systems.
• Microelectronics and VLSI focuses on the design and fabrication of micro-electronic circuits for digital and analog applications, including device physics, modeling, processing, and fabrication.
• Signals and Systems studies fundamental and applied issues in information processing and includes emphases in communication theory, linear and nonlinear control systems, digital signal processing, and estimation theory.

The preferred MS degree option within the department is the thesis option. Students pursuing the thesis degree work closely with a faculty adviser and develop the research and design tools necessary to participate in the leading edge developments in the discipline. Students applying for the thesis degree option should indicate their research interests and preferred faculty advisor within the application.The department also offers a MS course work degree which is only an option for students with extenuating circumstances. Students are not generally admitted into the course work option. Program Outcomes:

• Oral and Written Communication

Communicate difficult technical concepts both orally and in writing.

• Understanding of Fundamental Concepts

Understanding of fundamental concepts in a broad range of Electrical and Computer Engineering topics.

• Peer-Reviewed Scholarship

Contribute to peer-reviewed scholarship.

• Mentored Research

Participate in mentored research experiences.