In a master's degree program in electrical engineering, students research, develop, design and analyze computer and electrical systems, learning through classes and lab experiences. Some programs allow students to specialize in topics such as robotics, communications or network systems. As a way to accommodate working students, some schools offer part-time programs as well as evening and online classes. In order to apply, students will need a bachelor's degree with engineering coursework or major in electrical engineering or computer science (requirements vary), GRE scores, transcripts, and minimum GPA requirements.
Master of Science in Electrical Engineering
The MS degree in this field generally requires 30-45 semester hours of coursework, or about two years. Students must usually write and defend a thesis prior to graduation. Specialized topics might include convex optimization, circuit design, microelectronics and nanotechnology; other courses within the program could include:
- Automatic control
- Image and signal processing
- Computer engineering
- Energy sources and systems
- Fields and optics
Popular Career Options
Graduates are typically qualified for careers in industries such as aerospace, public utilities, automotive or information technology. Some possible job titles could include:
- Electrical engineer
- Project engineer
- Design specialist
- Test engineer
- Information technology consultant
- Field engineer
Employment Outlook and Salary
The U.S. Bureau of Labor Statistics (BLS) predicted that employment of electrical engineers would increase by 5% from 2018-2028. The BLS also reported that these workers made an average salary of $101,600 as of May 2018.
Those interested in academia or research can pursue a Ph.D. in Electrical Engineering. A Ph.D. program can prepare students for opportunities as university professors. Graduates can publish research findings in professional journals or work to develop new technology in the field.
An electrical engineering master's program will provide students with essential education and hands-on training needed to pursue an electrical engineering career. Many different specializations are available in specific programs, based on the particular interests of individual students.