Undergraduate Programs

• Customize your degree with concentrations in applied physics, chemistry, or computer science.
• Conduct hands-on research with opportunities at Southwest Research Institute and the McDonald Observatory.
• Build interdisciplinary STEM skills in physics, programming, engineering, and technical communication.

• Gain hands-on experience through an approved archaeology fieldwork experience or anthropology internship.
• Build skills in data analysis and processing, as well as grant writing and fundraising.
• Through courses like "Digging for the Truth: Archaeology, Bibles, and Popular Media," students learn about the past and how it continues to influence today's societies.

• Conduct hands-on observations using research-grade telescopes at Trinity’s Marrs McLean Observatory.
• Pursue faculty-mentored research with opportunities at Southwest Research Institute and the McDonald Observatory.
• Study the universe through astronomy, physics, and mathematics while building quantitative, programming, and scientific analysis skills.

• Master modern laboratory techniques using professional instrumentation and analytical methods.
• Conduct research with faculty whose expertise spans biochemistry, molecular biology, analytical chemistry, and biotechnology.
• Earn an ACS-certified degree that provides a strong foundation for medical school, Ph.D. programs, and scientific careers.

• Gain hands-on laboratory experience using professional scientific equipment from the start of the program.
• Apply chemistry across disciplines including biology, physics, environmental science, and the health professions.
• Work closely with faculty mentors across analytical, biochemical, inorganic, organic, and physical chemistry.

Students study software development, algorithms, systems, mathematics, programming, computational problem-solving, and digital systems

Faculty research spans theory, ethics, security, artificial intelligence, machine learning, bioinformatics, educational game design, mobile systems, and simulation

The B.A., B.S., and minor offer flexible pathways for technical careers, graduate study, interdisciplinary computing, and technology-driven problem solving

Students study the processes that shape landscapes, water resources, climate systems, ecosystems, and environmental change

Fieldwork, laboratory methods, spatial technologies, quantitative analysis, and research design build applied scientific skills

Graduates pursue sustainability, public policy, education, business, public health, environmental management, research, and graduate study

ABET-accredited program with eight semesters of design sequence

Small classes and faculty mentorship support research, internships, graduate school planning, and career goals

Graduates pursue aerospace, technology, energy, manufacturing, research, product design, systems engineering, defense, infrastructure, innovation, and advanced study

Students study calculus, linear algebra, probability, statistics, financial mathematics, derivatives pricing, stochastic processes, and portfolio theory

Hands-on modeling projects and computational analysis build skills in quantitative finance, programming, risk assessment, and data analysis

Graduates pursue actuarial science, commercial banking, corporate finance, financial planning, investment banking, money management, real estate, and financial technology

• The major is tailored to suit their personal interests and professional aspirations.
• The minor offers cutting-edge interdisciplinary options in bio and financial mathematics.
• Recent Trinity mathematics graduates have been hired by big companies such as Dell, Google, JP Morgan, and the NBA.

Students study brain function and behavior through biology, chemistry, psychology, and cognitive science

Faculty-led research begins early, helping students contribute to ongoing discoveries in neuroscience

Graduates pursue medicine, health professions, biomedical research, biotechnology, pharmaceutical sciences, public health, psychology, and graduate study

Students study classical and modern physics, computational methods, programming, engineering analysis, and design

Hands-on labs and faculty mentorship build skills in experimental design, instrumentation, data analysis, and modeling

Graduates pursue physics, engineering, technology, research, graduate study, and other science-driven careers

Students build a strong foundation in natural sciences, communication, social sciences, and humanities

90% medical school acceptance rate for students with a 3.6 GPA

Advising begins during orientation through the Health Professions Advisory Committee

Students apply computational tools to problems in physics, biology, mathematics, engineering, and related disciplines

Coursework builds skills in modeling, visualization, quantitative analysis, software development, and large-scale data analysis

Prepares students for research, technical development, graduate study, and applied STEM fields such as data science, engineering, computational biology, and computer science