COURSE CURRICULUM

The Master of Science in Electrical Engineering at Texas State University is a 31-credit-hour graduate program designed to provide advanced technical training and interdisciplinary expertise in engineering and applied sciences. The curriculum begins with required core courses that build a strong analytical and theoretical foundation, including a seminar in engineering, probability and stochastic processes for engineers, advanced computer architecture and arithmetic, and advanced electronic circuit design. These courses ensure that students develop a deep understanding of both mathematical principles and modern electrical engineering systems. Beyond the core, students complete 9 to 15 credit hours of engineering electives that allow specialization in areas such as semiconductor technology, nanofabrication, machine learning for engineering applications, embedded and real-time computing, power systems, smart grids, wireless communication, advanced networking, signal processing, and sustainable energy systems. The program also offers flexibility through multidisciplinary electives, allowing up to 6 credit hours from related fields such as computer science, mathematics, industrial engineering, business, geography, physics, and materials science, enabling students to tailor their studies toward emerging interdisciplinary fields. A variety of advanced topics are available across these supporting disciplines, including artificial intelligence, optimization methods, statistical analysis, manufacturing systems, environmental engineering, and data analytics. In addition to coursework, students complete a project component that integrates theoretical knowledge with practical engineering applications, providing hands-on experience in solving real-world problems under faculty supervision. This project-based requirement ensures that graduates are prepared for both industrial and research-oriented careers. Overall, the program emphasizes technical depth, interdisciplinary flexibility, and applied learning, preparing students for leadership roles in advanced engineering sectors such as electronics, energy systems, telecommunications, manufacturing, and emerging technologies.