Bachelor of Arts in Physics

4 Years On Campus Bachelors Program

University of Texas Dallas

Program Overview

The Bachelor of Arts in Physics at UT Dallas provides a strong foundation in the fundamental principles of matter, energy and the physical universe, combining core physics courses with mathematics, laboratory work and a senior research project. Its broader science-elective structure makes it particularly suitable for students planning postgraduate study in fields such as business, economics, finance, oceanography or patent law, as well as careers in industry, government, computer technology or physics education.

Curriculum Structure

First Year: Students build their foundation in mathematics and physical science through courses such as Calculus I (MATH 2417), Mechanics (PHYS 2325) and Electromagnetism and Waves (PHYS 2326), alongside introductory chemistry and laboratory courses. These subjects develop quantitative reasoning, scientific observation and an understanding of the basic laws governing physical systems.

Second Year: Students strengthen their mathematical and scientific preparation through Calculus of Several Variables (MATH 2415), Linear Algebra (MATH 2418), Differential Equations with Applications (MATH 2420) and Contemporary Physics (PHYS 2303). Students also complete the introductory physics laboratory sequence, preparing them for upper-level theory, experimental measurements and computational work.

Third Year: Students progress into advanced physics through Classical Mechanics (PHYS 3312), Electronics with Laboratory (PHYS 3427), Numerical Methods in Physics and Computational Techniques (PHYS 3330) and Theoretical Physics (PHYS 3411). They also study Electricity and Magnetism (PHYS 3416), developing the mathematical, computational and experimental skills needed to investigate more complex physical phenomena.

Fourth Year: Students complete Thermodynamics and Statistical Mechanics (PHYS 4311) and Physical Measurements Laboratory (PHYS 4373), alongside Senior Research Project for BA Degree (PHYS 4398). They select an upper-level physics elective, such as Astronomy (PHYS 3380), Quantum Mechanics I (PHYS 4301) or Introduction to Quantum Information (PHYS 4340), and complete upper-division science electives that broaden their academic preparation beyond the physics core.

Focus Areas

Classical mechanics, theoretical physics, electricity and magnetism, electronics, computational physics, thermodynamics, statistical mechanics, physical measurement, astronomy, quantum information and interdisciplinary science.

Learning Outcomes

Scientific Knowledge: Explain and apply fundamental physical principles to understand matter, energy and natural phenomena.
Mathematical Reasoning: Use calculus, linear algebra and differential equations to analyse scientific problems.
Experimental Skills: Conduct measurements, interpret experimental data and apply laboratory techniques.
Computational Skills: Use numerical methods and computational techniques to investigate physical systems.
Research and Communication: Complete a senior research project, analyse scientific questions and communicate findings effectively.

Professional Alignment (Accreditation)

The program builds transferable skills in scientific reasoning, quantitative analysis, computational methods and research. The official degree information does not identify a separate professional accreditation for the BA in Physics.

Reputation (Employability Rankings)

UT Dallas provides undergraduate research opportunities through faculty mentorship and competitive Undergraduate Research Scholar Awards. The Physics Department also offers a UTeach option that allows students to combine the physics degree with coursework for middle- or high-school teacher certification. A specific employability ranking or degree-specific graduate employment rate is not stated in the official catalog.

Experiential Learning (Research, Projects, Internships etc.)

UT Dallas combines physics theory with laboratory experimentation, computational techniques and faculty-guided research. Students develop practical skills in scientific measurement, electronics, numerical analysis and independent investigation, culminating in a senior research project specifically required for the BA. The university also offers research funding opportunities and a teacher-certification pathway for students interested in science education.

Key experiential learning opportunities include:

Electronics with Laboratory (PHYS 3427): Explore electronic systems and develop practical skills through laboratory-based coursework.
Numerical Methods in Physics and Computational Techniques (PHYS 3330): Apply numerical and computational approaches to physics problems.
Physical Measurements Laboratory (PHYS 4373): Develop experimental measurement, data analysis and scientific investigation skills.
Senior Research Project for BA Degree (PHYS 4398): Complete a required research project that develops independent investigation and scientific communication skills.
Undergraduate Research Scholar Awards: Apply for competitive university funding to conduct research under the guidance of a faculty mentor.
Summer Research Programs: Explore research opportunities that allow undergraduates to work on scientific projects with faculty and research groups.
Society of Physics Students: Participate in a student organisation that supports engagement with physics, departmental activities and the wider scientific community.
UTeach Dallas Option: Combine the physics degree with coursework leading toward middle- or high-school teacher certification, typically within four years.
Student Success Center: Access peer-led study sessions, individual tutoring and academic support to strengthen understanding of challenging physics and mathematics concepts.

Progression & Future Opportunities

The BA in Physics at UT Dallas prepares graduates for careers and further study that benefit from scientific reasoning, quantitative analysis and problem-solving skills. Potential roles include research assistant, laboratory technician, computational analyst and technical support specialist, depending on the student's experience and additional qualifications.

Students can strengthen their career preparation through the following opportunities:

Career Services: UT Dallas's Career Center provides career planning, resume and interview support, employment resources and opportunities to connect with employers.
Research Experience: Faculty-supervised research and the required senior project help students develop analytical skills, practical experience and evidence of independent investigation.
Industry and Government Careers: The university identifies industry, government service and computer technology as potential employment directions for BA physics graduates.
Teaching Opportunities: Students who complete the UTeach option can prepare for middle- or high-school physics teaching, subject to certification requirements.
Employment Statistics and Salaries: The Physics Department publishes indicative salary ranges of $64,000–$110,000 for physicists, $63,000–$108,000 for astrophysicists and $87,000–$155,000 for medical physicists, citing PayScale. These are general occupational estimates, not verified salaries for UT Dallas BA graduates.
Professional Accreditation: The degree offers broad scientific preparation, but the official catalog does not specify a separate professional accreditation for the BA in Physics.
Graduation Outcomes: Graduates can pursue employment in technical and scientific fields or continue into postgraduate study. Their options depend on their elective choices, research experience and additional qualifications.

Further Academic Progression: Graduates can pursue master's degrees in physics, applied mathematics, data science, computational science or other related disciplines, subject to each program's admission requirements. UT Dallas offers an accelerated BA/MS Fast Track for eligible students, allowing up to 15 semester credit hours of approved graduate coursework to count toward both degrees. Students interested in teaching can follow the UTeach pathway, while those considering business, finance, law or other professional fields can explore relevant postgraduate programs and prerequisites.