The program emphasizes interdisciplinary experience through challenging coursework that blends a rigorous physics core curriculum with engineering electives. Upon completion of the core coursework, students select one of three research concentrations: Applied Physics, Engineering Physics or Materials Science and Engineering. 

Graduates of the program become more desirable candidates for commercial research and development roles, positions in government and industry laboratories, or applicants for doctoral programs in physics and allied science/engineering fields.

Offered in the traditional, on-campus format, the program is designed to prepare students with the education and professional skills for the 21st century science, technology, engineering and mathematics (STEM) workforce. The program consists of 30 credits and takes two years to complete.

The demand for professionals with applied physics and engineering backgrounds continues to grow across industries from technology, aerospace, energy, healthcare and many others. The program blends advanced applied physics coursework with engineering fields such as nanoscience, quantum engineering, renewal energy research, condensed matter physics, material science, biophysics and bioengineering and more – helping young researchers and scientists meet the demands of the modern industry,

Students begin the program by taking foundational coursework in physics (20 credits), covering topics such as Quantum Mechanics, Electricity and Magnetism, Statistical Physics, and Advanced Mechanics. Following, students select a research concentration area, in which they complete 8 credits of research and 10 credits of elective courses.

The three research concentration options are Applied Physics; Engineering Physics; or Materials Science and Engineering. Upon selection, students can further explore areas including Biophysics and Physics of Living Systems; Plasma Engineering; Nanoscience / Quantum Computing and Information Sciences; Bioengineering; and many more.