Now Taking Applications for Fall 2026!
The strength of the Electrical Engineering (EE) Master of Science degree lies in the depth and breadth of its core electrical engineering courses, which promote innovative research and development of new technologies. The goals of the program are to train graduates with a focus on: Semiconductor development, power, advanced computing and communication technologies that include Machine Learning (ML), Artificial Intelligence (AI), Advanced Wireless (6G and beyond), Internet of things (IoT), Power Systems, and Semiconductor Materials and Devices.
The program at Texas State aims to address the need for highly qualified electrical engineers to lead innovative research and development activities. It will equip students with the essential skills in innovation, technology development and communication in several targeted and important fields of electrical engineering (EE). A focused emphasis on advancements in semiconductor development, smart power and advanced computing and communications technologies. Critical contributing technologies include machine learning (ML), artificial intelligence (AI), advanced wireless communications, novel semiconductor materials and continued miniaturization of key functions.
Why choose MSEE at Texas State University?
Kickstart your career
Degree Program Paths
MS Electrical Engineering Thesis Option (31 hours):
- 25 hours of “Engineering Core” courses
- 6 hours of “Thesis” courses
MS Electrical Engineering Non-Thesis Option (31 hours):
- 25 hours of “Engineering Core” courses
- 6 hours of “ Multidisciplinary Elective” courses
- Comprehensive Examination
Electrical Engineering MS students will complete core courses tailored to their specific research areas. Together, these courses establish a solid foundation for conducting research, applying findings in practical setting leading to impactful industrial applications within the field.
Scholarly work represents the culmination of the student’s learning and research, under the close supervision of a thesis advisor to ensure academic rigor and relevance.
A non-thesis option is available for those who are interested in an MS degree while working full time.
Career Opportunities
Courses and research will prepare electrical engineering MS students for careers in industry, government agencies and national laboratories.
The program will also prepare students for continuation towards a doctoral degree. Our Master of Science in Electrical Engineering has these positions in mind for you as a graduate:
- Amazon
- Intel
- NXP Semiconductors
- Tesla
- AMD
- Lockheed Martin
- Raytheon Technologies
- Samsung
Types of funding
Additional Information
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Master of Science in Electrical Engineering Brochure! Take the information with you!