Engineering Physics
Connect Scientific Discovery with Engineering Innovation
About the Program
Where Physics Meets Engineering
The Engineering Physics program at the University of St. Thomas combines a rigorous study of physics with a strong foundation in engineering. Students learn to use scientific principles, mathematical analysis, and engineering methods to understand complex systems and develop practical solutions.
This interdisciplinary degree prepares students to work across scientific and technical fields or pursue graduate study in engineering, physics, or applied physics.
Coursework
Explore Physics Through an Engineering Lens
Students complete coursework in areas including:
- Engineering design and computer-aided design
- University and modern physics
- Electrical circuits
- Thermodynamics
- Statics and dynamics
- Mathematical and computational methods
- Optics and electromagnetism
- Quantum mechanics
- Nanotechnology
- Engineering communication
The program also includes laboratory courses, engineering and physics electives, and an engineering capstone. Students may select a capstone concentration in mechanical, electrical, or chemical engineering based on their academic interests.
Student Experience
Learn Through Research, Design and Experimentation
Engineering Physics students gain practical experience through laboratory investigations, computational analysis, engineering design projects and undergraduate research.
Small classes encourage close interaction with faculty, while UST’s engineering laboratories and Student Success Center provide access to academic support, peer mentoring and collaborative learning. Students develop the technical, analytical, and communication skills needed to approach complex problems from multiple perspectives.
Careers
Where Can an Engineering Physics Degree Take You?
A degree in Engineering Physics provides broad preparation for technical careers that combine scientific analysis with engineering applications. Graduates may pursue opportunities in areas such as:
- Engineering and technical consulting
- Research and development
- Aerospace and defense
- Energy and power systems
- Electronics and semiconductor technology
- Optics and photonics
- Nanotechnology
- Materials science
- Computational modeling
- Laboratory and technical research
- Graduate study in physics or engineering
Because the program crosses traditional academic disciplines, graduates can apply their skills in industries where advanced technology, scientific research, and engineering problem-solving intersect.
Performing Study
Engineering Leadership
Vahid Taghikhani
The UST Physics and Engineering departments operate under the leadership of Vahid Taghikhani. His leadership reflects a commitment to interdisciplinary learning, academic excellence, and the development of students as thoughtful, ethical, and engaged individuals.