BA/BS in Biochemistry

4 Years On Campus Bachelors Program

Baylor University

Program Overview

The B.S. in Biochemistry at Baylor University is designed for students who want a strong scientific foundation for graduate study in biochemistry, medical research, biotechnology, or health-related professional pathways such as pre-medicine, pre-dentistry, pre-pharmacy and pre-veterinary science. Students combine chemistry and biology with mathematics and physics while developing advanced laboratory, biochemical analysis and research skills.

Curriculum structure

First Year: Students begin with the fundamentals of chemistry and biological science through CHE 1301/1101 Basic Principles of Modern Chemistry I and General Chemistry Laboratory I, CHE 1302/1102 Basic Principles of Modern Chemistry II and General Chemistry Laboratory II, and BIO 1305/1105 Modern Concepts of Bioscience and its Laboratory. Calculus and physics are also introduced, giving students the mathematical and physical-science foundation needed for advanced biochemical study.

Second Year: The curriculum develops stronger laboratory and molecular-science skills through CHE 2416 Laboratory Measurements and Techniques, CHE 3331 Organic Chemistry I, CHE 3332 Organic Chemistry II, and CHE 3238 Organic Chemistry Laboratory. Students continue with biology, calculus and physics while learning how chemical structures, reactions and laboratory measurements relate to biological systems.

Third Year: Students move deeper into biochemical science through CHE 4327 Physical Chemistry for the Life Sciences, CHE 4341 General Biochemistry, and CHE 4225 Biophysical Chemistry Laboratory. The curriculum also introduces CHE 4141 Modern Biochemistry Laboratory and advanced biology coursework, allowing students to connect molecular principles with experimental laboratory work.

Fourth Year: Advanced study includes CHE 4342 Topics in Human Biochemistry, CHE 4142 Advanced Biochemistry Laboratory, and CHE 4151 Undergraduate Seminar I, together with 4000-level chemistry electives. Students can also pursue CHE 4316 Instrumental Analysis as a recommended advanced course and may receive credit for undergraduate research, providing an opportunity to deepen their specialization before graduation.

Focus areas

Biochemistry, molecular biology, organic chemistry, physical chemistry, biophysical chemistry, human biochemistry, laboratory measurements, instrumental analysis, genetics and genomics, biotechnology, medical research and biochemical research.

Learning outcomes

Students develop an integrated understanding of chemistry and biology, laboratory measurement and experimentation skills, biochemical analysis abilities, scientific communication and research preparation, with particular emphasis on applying chemical principles to biological systems and human health.

Professional alignment (accreditation)

Baylor's Chemistry and Biochemistry Department is fully accredited by the American Chemical Society (ACS), but the university specifically identifies the ACS-certified bachelor's degree as its Chemistry B.S.; the B.S. in Biochemistry should therefore not be recorded as an ACS-certified degree. The Biochemistry B.S. is instead positioned for graduate study, medical research, biotechnology and health-related professional pathways.

Reputation (employability/research)

No separate QS or Guardian employability ranking is identified for Baylor's B.S. in Biochemistry on the official program pages. Baylor is classified as an R1 research institution, and the Chemistry and Biochemistry Department reports research programs spanning analytical, inorganic, physical, organic and biochemical chemistry, as well as chemical biology and biomedical research.

Experiential Learning (Research, Projects, Internships etc.)

Baylor's Biochemistry students gain practical experience through dedicated laboratory courses, undergraduate research and access to modern scientific instrumentation. The Chemistry and Biochemistry Department reports state-of-the-art facilities where students can perform experiments and make measurements using modern chemical instrumentation, while undergraduate research can lead to course credit, thesis presentations and recognition through the Certificate of Excellence in Undergraduate Research.

Key opportunities include:

Dedicated biochemistry laboratories: Students complete CHE 4141 Modern Biochemistry Laboratory, CHE 4142 Advanced Biochemistry Laboratory and CHE 4225 Biophysical Chemistry Laboratory, developing practical skills in biochemical and biophysical experimentation.
Laboratory measurement training: CHE 2416 Laboratory Measurements and Techniques provides dedicated training in laboratory methods and measurement.
Instrumental analysis: CHE 4316 Instrumental Analysis is specifically recommended as part of the upper-level chemistry coursework, providing additional preparation in modern analytical techniques.
Undergraduate research: Students can participate in faculty research, receive course credit and potentially complete a thesis presentation; undergraduate research is strongly encouraged within the degree.
CUSP industry experience: The Chemistry Undergraduate Summer Program (CUSP) is a competitive, paid summer internship conducted in collaboration with local businesses and gives students exposure to the chemical and biochemical industry.
BTRUE research experience: The Baylor Transdisciplinary Research Undergraduate Experience (BTRUE) provides summer research opportunities for undergraduate fellows, including projects within Chemistry/Biochemistry.
Pre-health research: Baylor provides biomedical research internship opportunities for students interested in gaining first-hand research experience relevant to medical professions.
Research funding: Competitive undergraduate research can be supported through URSA Small Grants, helping students develop their own research experience.
Advanced instrumentation: Department facilities include NMR, mass spectrometry, X-ray, LC-MS and microscopy, as well as more specialized technologies such as TLC-MS, in-situ IR reaction monitoring and robotics for reaction optimization.
Baylor Sciences Building: The department is housed in the Baylor Sciences Building, which provides extensive laboratory and research space for science students.
Science & Health Living-Learning Center: Students interested in medicine and the sciences can collaborate with other students, science faculty and medical researchers through Baylor's Science & Health Living-Learning Center.

Progression & Future Opportunities

The B.S. in Biochemistry provides preparation for research-oriented careers in biotechnology, medical research and related scientific fields, while also supporting students planning graduate or professional education. Baylor specifically describes the B.S. as suitable for students seeking graduate work in biochemistry or research-related careers, while the broader major also supports pre-medicine, pre-dentistry, pre-pharmacy and pre-veterinary pathways.

Typical career roles include: Biochemist, Medical Researcher, Biotechnology Researcher, Laboratory Scientist.

Students can strengthen their progression through:

Research and career preparation: Undergraduate research can provide course credit, thesis experience and eligibility for Baylor's Certificate of Excellence in Undergraduate Research, helping students build a stronger research profile for employment or graduate study.
Industry experience: The CUSP summer program connects Baylor Chemistry and Biochemistry students with local businesses and provides paid exposure to chemical and biochemical industry environments.
Research opportunities: BTRUE, pre-health research internships and external REU opportunities give students additional routes into biomedical, biochemical and interdisciplinary research.
Industry and research environment: Baylor's department conducts research in biochemistry, chemical biology and biomedical research, supported by advanced instrumentation and specialized research facilities.
Employment statistics and salary: I did not find a current Biochemistry B.S.-specific employment rate or graduate salary figure on the official Baylor program or department pages, so no programme-specific figure is stated.
Accreditation value: The department's ACS accreditation is an important departmental quality marker, but the B.S. in Biochemistry itself should not be described as an ACS-certified degree; Baylor identifies its separate Chemistry B.S. as the certified bachelor's program.
Health-professional progression: The program is explicitly suitable for students preparing for medicine, dentistry, pharmacy and veterinary science, making it possible to use the undergraduate degree as a scientific foundation for subsequent professional education.

Further Academic Progression: Graduates can continue into M.S. or Ph.D. study in Chemistry and Biochemistry or related scientific fields. Baylor's graduate Chemistry and Biochemistry department offers both M.S. and Ph.D. programs, while an accelerated B.S. in Biochemistry/M.A. in Teaching pathway is also available for eligible students interested in teaching.