Biochemistry, B.S.

4 Years On Campus Bachelors Program

Texas Tech University

Program Overview

The B.S. in Biochemistry at Texas Tech University combines biology, chemistry, physics, and mathematics to help students understand the molecular basis of life while developing strong laboratory and research skills. It is particularly suited to students interested in graduate research, medicine or dentistry, biotechnology, or scientific careers in industrial and governmental laboratories.

Curriculum Structure

Year 1: Students establish a strong foundation in chemistry, biology, mathematics, and laboratory practice. Courses such as Prin. of Chem I, Prin. of Chem II, Biology I, and Biology II introduce core scientific concepts, while Exp. Prin. of Chem. I and Exp. Prin. of Chem. II provide practical laboratory experience. Calculus I and Calculus II strengthen the quantitative skills needed for advanced science courses.

Year 2: The curriculum moves into more specialized scientific study through Org. Chem. I, Org. Chem II, Analytical Chem., and Genetics. Students also complete Prin. of Physics I and Prin. of Physics II, building the chemistry, physics, and biological knowledge needed to understand biochemical systems.

Year 3: Students begin intensive biochemistry study with Biol. Chem. I, Biol. Chem. II, and Biol. Chem. III, alongside Exp. Biol. Chem., which develops practical skills for working with biological molecules. Prin. of Micro. adds an understanding of microorganisms, while advanced coursework connects chemistry and biology at the molecular level.

Year 4: The final year focuses on advanced biochemical and physical concepts through Phys. Chem. Biol. Sci. and Physical Biochemistry, supported by advanced electives and further general education requirements. These courses allow students to consolidate their knowledge of biochemical systems and prepare for graduate study, professional schools, or laboratory-based careers.

Focus areas: Biochemistry, biological chemistry, molecular biology, chemistry, genetics, microbiology, physics, analytical chemistry, organic chemistry, physical biochemistry, laboratory research

Learning outcomes: Students develop knowledge of the chemical aspects of biological systems, laboratory techniques, biomolecular analysis, scientific problem-solving, quantitative reasoning, and research methods through integrated coursework in chemistry, biology, physics, and mathematics.

Professional alignment (accreditation): Both the B.S. and B.A. Biochemistry programs at Texas Tech are accredited by the American Society for Biochemistry and Molecular Biology (ASBMB). The university also encourages biochemistry students to undertake individual research projects under faculty supervision, giving them experience with research methods, instrumentation, and techniques.

Reputation (employability rankings): Texas Tech was ranked No. 562 worldwide and No. 123 among U.S. universities in the 2026–27 U.S. News & World Report Best Global Universities rankings. In the 2026 CWUR rankings, Texas Tech was ranked No. 503 globally, with a separate No. 562 ranking for alumni employment.

Experiential Learning (Research, Projects, Internships etc.)

The B.S. in Biochemistry gives students substantial opportunities to connect classroom concepts with practical laboratory and research work. First-year chemistry laboratories specifically bridge lecture theory with practical application and data analysis, while advanced biochemistry coursework includes laboratory work involving the isolation, purification, and characterization of biomolecular species. Students can also pursue individual research with faculty and access Texas Tech's specialized research infrastructure, including mass spectrometry, NMR spectroscopy, and X-ray diffraction facilities.

Students can build practical experience through several department and university opportunities:

General Chemistry Laboratories: CHEM 1107 and CHEM 1108 introduce measurements, laboratory techniques, data analysis, and laboratory safety, preparing students for later research and advanced laboratory courses.
Biological Chemistry Laboratory: CHEM 3313, Exp. Biol. Chem., develops techniques for the isolation, purification, and characterization of biomolecular species.
Undergraduate Research: Highly motivated biochemistry majors are encouraged to complete an individual research project under faculty supervision and gain experience with research methods, instrumentation, and specialized techniques.
CASURA: The College of Arts & Sciences Undergraduate Research Academy provides multidisciplinary undergraduate research opportunities and connects students with research centers and initiatives.
Research Centers: Students can explore research through the Center for the Integration of STEM Education & Research (CISER) and Center for Transformative Undergraduate Experiences (TrUE).
NMR Spectroscopy Facility: Texas Tech provides access to specialized NMR infrastructure, including JEOL 400 MHz instruments; students can receive training to operate designated instruments after completing the required user process.
Mass Spectrometry Facility: The Department of Chemistry and Biochemistry maintains a dedicated Mass Spectrometry Facility as part of its departmental research infrastructure.
X-ray Diffraction Facility: Students involved in appropriate research can benefit from the department's X-ray Diffraction Facility and associated analytical infrastructure.
ChemDraw: The department provides students with access to ChemDraw Pro software through its undergraduate resources.
TTUHSC Research Facilities: Texas Tech's connection with Texas Tech University Health Sciences Center gives the biochemistry program access to medical and biomedical research resources, including imaging, membrane protein, molecular biology, and cancer research facilities.
Academic Advising: Dedicated Chemistry & Biochemistry advisors assist students with degree planning, registration, and progression through the program.

Progression & Future Opportunities

The B.S. in Biochemistry is structured for several different post-graduation directions. Texas Tech specifically identifies graduate study in biochemistry and related disciplines, medical or dental school, and employment in industrial or governmental laboratories as progression routes for B.S. graduates.

Typical career directions include Biochemist, Laboratory Scientist, Biomedical Research Scientist, Industrial Laboratory Scientist.

Students can strengthen their transition into employment or further study through these opportunities:

University Career Center: Texas Tech's University Career Center provides career exploration, job-search support, resume and cover-letter reviews, mock interviews, salary negotiation assistance, and career events for students and alumni.
College of Arts & Sciences support: The college provides academic and career coaching through its Office of Student Success and encourages internships, research, mentoring, networking, career fairs, and other professional-development opportunities.
Employment and salary data: Texas Tech's Red Raider GradStats reports an estimated average salary of $67,380 for College of Arts & Sciences alumni, based on 12,023 alumni records. This is a college-wide figure rather than a biochemistry-specific salary, so it should not be treated as the expected salary for B.S. Biochemistry graduates.
Alumni employment: The 2026 CWUR ranking placed Texas Tech No. 562 globally for alumni employment, providing an external measure of graduates' employment outcomes.
Research and industry preparation: Texas Tech's R1 research environment and specialized chemistry, biochemistry, and health-science facilities give students opportunities to develop laboratory and research experience relevant to scientific and biotechnology careers.
Professional accreditation: ASBMB accreditation provides a professional framework specifically aligned with biochemistry and molecular biology education.
Graduation preparation: The B.S. requires 120 credit hours, combining advanced biochemistry with chemistry, biology, physics, mathematics, laboratory work, and electives.

Further Academic Progression: The B.S. can lead directly into graduate study in biochemistry and related disciplines. Students interested in health professions can also use the degree as preparation for medical or dental school; Texas Tech additionally offers graduate-level opportunities in areas such as biomedical sciences, pharmaceutical sciences, biotechnology, and biochemistry-related research through the university and Texas Tech University Health Sciences Center.