Bachelor of Science [B.S] [Physics - Applied Physics] From University of Utah

Applied Physics substitutes some advanced theoretical coursework for practical training in optics and electronics. Most students in this track go on to a variety of careers in industry, ranging from computer hardware and software development, to aerospace, to general engineering.

Our program is one of the most rigorous at the University and our students and faculty are exhilarated by the difficult challenge of figuring out how the world works! Studying Physics, Astronomy, and Mathematics is a very effective way to develop imagination, as well as critical and abstract thinking, whether or not you aspire to a career in science or technology. In addition, it is important to develop a solid understanding of principles that govern science and technology, so that as a society of well-informed citizens, we can make rational decisions on important issues, even as the pace of scientific and technological development continues to increase dramatically.

The applied physics track is designed to provide broad foundational exposure to physics principles in the context of technological applications. The applied track exchanges some depth in advanced classical and quantum physics for some coursework with more practical application. For example, in the applied track, advanced theoretical classical and quantum physics are covered in only two semesters (5010/5020), compared to four semesters in the pre-professional track. On the other hand, the applied track requires electronics and optics, which are recommended electives in the pre-professional track. Although the applied track is not specifically designed to prepare students for graduate school in Physics, many strong students in this program have been accepted to graduate programs in Physics and related disciplines. In addition, the applied track is a good launching point for a variety of technical professions and graduate programs such as law, business, technical writing, medicine, teaching, applications engineering, military service, and national security.