Master of Science in Electrical Engineering - Non-Thesis

University of Toledo

The Master of Science in electrical engineering (M.S. EE) program is open to qualified applicants with a B.S. degree in electrical engineering or a closely related field. Graduate courses and research include topics in communications controls, signal processing machine vision and imaging power systems power electronics electronic materials and devices photovoltaic devices device modeling, laser-based advanced processing renewable energy and smart grid electro-optics and photonics microelectronics fault tolerance and reliability electromagnetics computer aided design and simulation microwave electronics, antennas, and plasma physics and hardware-oriented security and trust. Non-thesis options: The degree requirements for M.S with non-thesis option are available with the approval of the Department Chair or the Department Graduate Program Director: M.S. with project option: Students are required to complete 30 credit hours of an approved graduate study including 6 hours of M.S. Project as specified by individual department guidelines and requirements. Students are required to submit a typed Project Report to the department-approved committee, consisting of the student’s advisor and another faculty member. M.S. with coursework-only option: Students are required to complete a minimum of 30 credit hours of approved graduate-level course work. The program prepares students with advanced and up-to-date knowledge and skills to pursue careers in the various fields of electrical engineering. The M.S. degree provides the foundation needed to become a productive researcher or a developer of innovative solutions to technological problems in the field. Learning Outcomes PLO 1. Apply specialized knowledge and skills gained through the MSEE program to solve complex electrical engineering problems. PLO 2. Demonstrate competency commensurate with the master's education for one or more of the following engineering activities: design, develop, integrate, simulate, prototype, test, verify or validate a component, subsystem, system in hardware or software. PLO 3. Demonstrate effective communication skills. PLO 4. Demonstrate professionalism appropriate to the discipline.

College of Engineering