COURSE CURRICULUM

The Engineering Physics degree at the University of North Texas offers students a strong combination of scientific theory, advanced research experience, and practical technological applications, preparing them for careers in both physics and engineering-related industries. One of the program’s major strengths is its experienced faculty, who are actively engaged in innovative and pathfinding research across multiple areas of physics and applied science. Undergraduate students often have the opportunity to participate directly in these research projects, gaining hands-on experience in state-of-the-art laboratories and facilities while contributing to groundbreaking scientific work. The program’s low student-to-faculty ratio in upper-level courses allows students to receive individualized guidance and mentorship from faculty members while also encouraging close collaboration with peers. Students can further expand their academic and professional network through participation in the Society of Physics Students, which organizes field trips, guest lectures, and activities that connect students with professionals and developments in the field. The department also hosts a weekly Physics Colloquium where leading scientists and researchers present overviews of current research and technological advancements, giving students exposure to emerging discoveries and career possibilities. Physics students at UNT also have access to a variety of employment opportunities while completing their undergraduate studies, helping them gain practical experience before graduation. Career opportunities for graduates are broad because physicists apply mathematical reasoning, analytical thinking, and problem-solving skills to understand how matter and energy interact and how systems function. These skills are valuable in fields such as renewable energy research, including the development of advanced batteries and solar technologies, medical diagnostics and therapy, semiconductor and photonics technology, atmospheric and space sciences, education, law, journalism, and technology business. Graduates may pursue careers in research laboratories, government agencies, national laboratories, the armed forces, private industry, or organizations such as NASA, while others continue into graduate school, medical school, or advanced research programs. Courses such as Signals and Systems, Computer Organization, Digital Logic Design, Experimental Physics I, Advanced Photonics for Microscopy and Spectroscopy, and Modern Physics provide students with both theoretical foundations and applied technical skills needed for success in advanced scientific and engineering careers.