Electrical engineers design and build systems to tackle problems big and small. They integrate the fields of electronic circuit design, electromagnetics, digital signal processing, control systems, and power systems to analyze and solve problems involving modern electronic systems. Applications of these designs include consumer electronics, power generation and delivery, telecommunications, alternative energy, aviation and aerospace systems, mechatronics, electric vehicles, and electromagnetic compatibility.

A badge is a digital record of achievement that recognizes completion of a coherent and meaningful academic experience. You can link your digital badges to online résumés and portfolios, career websites, or social media. This gives you a way to share experiences, competencies, or knowledge with current and future employers, professional and community organizations, recruiters, and graduate programs.

Engineers are designer, innovators, and practical problem solvers in every sphere of life. The Master of Science in Engineering (M.S.E.) prepares students to innovate and design engineered systems to improve human life in a sustainable world. The M.S.E. program educates engineers to be able technical leaders in industry as well as to pursue higher education in their field of interest.