Why Study Physics?
Explore the frontiers of science through hands-on research and advanced laboratory experiences. Work closely with faculty, build strong analytical skills, and prepare for careers in science, technology, and beyond.
Personalized Mentorship
Work directly with professors, gain a deeper understanding of subjects, and land strong recommendation letters for jobs or graduate school.
Early Research Opportunities.
Early Research Opportunities
Get involved in research as early as your first year, and build practical skills that lead to conference presentations and publication as an undergraduate.
Flexible, Interdisciplinary Paths
Pair physics with other interests like computer science, business, or the arts, and tailor your degree towards specific career goals.
It’s a good fit for you if you:
- Are fascinated by how the universe works, from the smallest particles to the largest cosmic structures
- Enjoy using mathematics and analytical reasoning to solve complex problems
- Like asking fundamental questions and exploring the laws that govern nature
- Are interested in hands-on experimentation, research, and scientific discovery
- Are considering careers in physics, engineering, data science, technology, research, or other STEM fields
Physics pairs well with:
- Computer Science
- Mathematics
- Engineering
- Mathematics Finance
- Neuroscience
The Physics Major (B.A.)
The Physics B.A. is designed for students who want to double major or pursue cross-cutting disciplinary studies.
In-Demand Skills
You’ll gain skills in:
- Analytical reasoning and problem-solving
- Scientific communication
- Data analysis and quantitative problem-solving
Curriculum:
You’ll complete courses in the areas of foundational physics, mathematics, and advanced electives in topics like quantum mechanics or astrophysics.
The Physics Major (B.S.)
The Physics B.S. is designed for students wanting to pursue graduate studies or a career in physics, engineering, or other closely aligned fields.
In-Demand Skills
You’ll gain skills in:
- Computational modeling and programming
- Experimental design and instrumentation
- Data analysis and quantitative problem-solving
Curriculum:
You’ll complete courses in the areas of classical and modern physics, computational methods and programming, and engineering analysis and design.
The Physics Minor
18 Credit Hours | 1 to 1.5 semesters
Bolster the foundation of your primary major while gaining valuable problem-solving skills.
The Physics minor offers rigorous courses rooted in the liberal arts that prepare students for a variety of paths after graduation.
The minor also gives students the chance to work in hands-on laboratories.
Recent Graduate Careers
Tigers with backgrounds in physics have excelled at positions in teaching, academia, finance, industrial positions, and beyond. While graduates’ technical abilities get them in the door, their writing experience and interdisciplinary skills give them an edge for promotions.
Career Areas:
- Finance
- Industrial Physics
- Law
- Research
- Teaching
Notable Companies who have Hired Trinity Graduates:
- BJN Technologies
- Capgemini
- H-E-B
- IBM
- Rackspace
- Research and teaching positions at schools and universities
- Southwest Research Institute
Graduate Schools or Programs:
- Stanford University
- Rice University
- Cornell University
- Astrophysics
- Physics
- Material Physics
- Optical Engineering
- Nanotechnology
Get Your Questions Answered
Students interested in the Physics major or minor should:
Meet with an academic adviser to explore introductory courses in Physics, review degree requirements in the course catalog, and contact the Department of Physics and Astronomy with any advising questions.