Bachelor of Science
Engineering Physics Major
Samford's Engineering Physics Major equips students with a broad range of knowledge in physics, mathematics and computer science.
Is This Program for Me?
Are you fascinated by the laws that govern the universe? Do you enjoy solving complex problems and applying science to real-world innovation? Are you driven to build a career at the intersection of physics, engineering, and technology? Do you thrive in environments that challenge you to think creatively, work precisely, and push the boundaries of what’s scientifically possible?
This program is a great fit for students who are:
- Passionate about science, mathematics, and hands-on experimentation
- Preparing for graduate school, engineering careers, or applied research
- Eager to combine liberal arts values with rigorous STEM training
- Interested in understanding the physical principles behind technology and design
What Makes Us Different?
Samford’s Physics Department offers a distinctive blend of small class sizes, personal mentorship, and advanced research opportunities, all housed in state-of-the-art facilities like Propst Hall and the Christenberry Planetarium. You can pursue a traditional four-year B.S. in Engineering Physics or a dual-degree path in partnership with Auburn University, UAB, or Mercer University.
Dual-Degree Options
Earn a B.S. from Samford and an engineering degree from a partner institution.
Hands-On Research
Engage in faculty-led research projects or secure summer research placements at top-tier universities.
Personalized Learning
Small class sizes ensure you receive one-on-one attention from experienced faculty.
Modern Facilities
Learn in a technologically advanced lab setting and explore astronomy in the 40-foot Christenberry Planetarium dome.Shape Your Academic Journey
The Engineering Physics curriculum provides a solid foundation in classical and modern physics while integrating skills in mathematics, computer science, and laboratory research. Students are encouraged to explore, question, and create across multiple scientific disciplines.
Students Will Learn
- Understand and apply core physical principles across mechanics, thermodynamics, quantum theory, and more
- Conduct experiments, analyze data, and present findings with scientific rigor
- Solve real-world engineering problems using critical thinking and quantitative reasoning
- Collaborate on research projects and internships with universities and national labs
Key Courses
- General Physics
- Mechanics
- Quantum Mechanics
- Modern Physics
- Electricity and Magnetism
- Optics
- Electronics
- Nuclear Physics
Prepare to Succeed
Whether continuing to graduate school, entering an engineering program, or launching a career in industry, Samford Engineering Physics graduates are well-prepared to meet the demands of a rapidly evolving STEM landscape.
Professional Memberships
Students participate in the Society of Physics Students, part of the American Institute of Physics, giving access to research, teaching assistantships, and job networks.
Graduate Fellowships
- Vanderbilt University
- Georgia Tech
- University of Colorado at Boulder
- Washington University in St. Louis
Internships & Research
- University of Alabama at Birmingham
- NASA Goddard Space Flight Center
“We design this program not just to teach formulas or theories—but to challenge students to explore, discover, and contribute meaningfully to the future of science and engineering.”
— Don Olive, Chair, Department of Physics
