Biochemistry (BS)

4 Years On Campus Bachelors Program

California Polytechnic State University San Luis Obispo

Program Overview

The Biochemistry, BS at Cal Poly, San Luis Obispo combines chemistry, biology, mathematics and physical sciences to help students understand the molecular processes that make life possible. It is especially suited to students interested in biotechnology, health professions, environmental analysis, pharmacology, toxicology, food science or scientific research, with Cal Poly's Learn by Doing approach providing substantial laboratory, research and project-based experience.

Curriculum Structure

First Year: Students establish their scientific foundation through CHEM 1120 Fundamentals of Chemical Structure and Properties, BIO 1151 Life: Molecules and Cells, and MATH 1261 Calculus I. They continue with CHEM 1122 Fundamentals of Chemical Reactivity, MATH 1262 Calculus II, PHYS 1141 General Physics I, and CHEM 1103 Research Methods I, beginning their exposure to experimental methods and scientific research.

Second Year: Students move into more specialised laboratory and molecular science through CHEM 2242 Organic Chemistry I, MCRO 2224 General Microbiology I, and PHYS 1143 General Physics II. They also take CHEM 3330 Foundations of Chemical Analysis and CHEM 3352 Biochemistry, while CHEM 2201 Undergraduate Research or CHEM 2203 Research Methods II provides an opportunity to develop research skills.

Third Year: The programme becomes more advanced with CHEM 3356 Genetic Information Processing, CHEM 3390 Physical Chemistry for Life Sciences, and CHEM 3391 Physical Chemistry for Life Sciences Laboratory. Students then study CHEM 3354 Metabolism and choose between CHEM 4453 Molecular Biology Techniques and CHEM 4454 Protein Techniques, building practical knowledge of molecular and biochemical processes.

Fourth Year: Students complete their degree through advanced electives and a substantial research component consisting of CHEM 4461 Senior Project I and CHEM 4462 Senior Project II. Depending on their interests, advanced study can include CHEM 4450 Nutritional Biochemistry, CHEM 4452 Physical Biochemistry Methods and Applications, CHEM 4456 Chemical Biology, CHEM 4457 Chemistry of Drugs and Poisons, CHEM 4458 Neurochemistry, or advanced biology subjects such as Bioinformatics Applications, Cell Biology and Immunology.

Focus areas

Biochemistry, molecular biology, genetic information processing, metabolism, protein chemistry, nucleic acid chemistry, organic chemistry, analytical chemistry, physical chemistry, microbiology, bioinformatics, chemical biology, nutritional biochemistry, neurochemistry and biochemical research.

Learning outcomes

Students learn to apply fundamental chemical concepts, use modern tools and techniques to design and interpret experiments, communicate scientific information effectively, apply mathematics and biological and physical sciences to chemical problems, and evaluate the broader global, environmental, economic and societal impact of chemistry and technology.

Professional alignment (accreditation)

The Biochemistry BS meets requirements for certification by the American Society for Biochemistry and Molecular Biology (ASBMB). Cal Poly's curriculum also provides extensive laboratory and research preparation in nucleic acid and protein chemistry.

Reputation (employability rankings)

Cal Poly does not publish a programme-specific QS or Guardian employability ranking for the Biochemistry BS. The university's official programme information reports that graduates pursue careers in environmental analysis, health professions, biotechnology, industrial research and production, pharmacology, toxicology, food science, wine and viticulture, fermentation and related fields, while many continue into doctoral programmes.

Experiential Learning (Research, Projects, Internships etc.)

Cal Poly's Biochemistry BS follows its Learn by Doing philosophy, giving students opportunities to practise science rather than learning only through lectures. Students work with modern instrumentation, participate in faculty-led research, complete laboratory-intensive courses and undertake a required senior project, while the cooperative education programme can place students in paid full-time industry or government positions for academic credit. The department's facilities include specialised laboratories for biochemistry, spectroscopy, chromatography, computational chemistry, molecular imaging, NMR and protein techniques.

Students can develop practical and research skills through:

Research Methods I: CHEM 1103 Research Methods I introduces experimental and computational methods for laboratory research, including experimental design, procedure optimisation, data evaluation and presentation of results.
Undergraduate research: CHEM 2201 Undergraduate Research or CHEM 2203 Research Methods II allows students to gain direct research experience, while CHEM 4401 Advanced Undergraduate Research provides an opportunity for more advanced faculty-guided research.
Senior research project: CHEM 4461 Senior Project I and CHEM 4462 Senior Project II provide the programme's required capstone research experience.
Biochemistry laboratory: Students can develop hands-on biochemical skills through laboratory work involving the fundamental methods used in nucleic acid and protein chemistry.
Molecular biology and protein techniques: Students can choose CHEM 4453 Molecular Biology Techniques or CHEM 4454 Protein Techniques to gain more specialised practical experience.
Biochemistry Lab: Cal Poly provides a dedicated Biochemistry Lab for laboratory-based study.
Protein Techniques Lab: Students can undertake practical work focused on protein analysis and biochemical methods.
Advanced Spectroscopy Lab: Students gain exposure to spectroscopy-based analytical methods used in modern chemical and biochemical investigation.
Nuclear Magnetic Resonance (NMR) Spectrometer Lab: Cal Poly provides an NMR facility as part of its advanced chemistry and biochemistry laboratory environment.
Chromatography Lab: Students can gain practical experience with chromatographic approaches used to separate and analyse chemical and biochemical samples.
Computational Chemistry Lab: The department provides computational chemistry facilities supporting the use of computational approaches in chemical research.
Nanoscale Imaging and Materials Characterization Lab: Students have access to specialised facilities for imaging and characterising materials at the nanoscale.
Studio laboratory learning: Cal Poly's integrated studio classrooms combine lecture and laboratory activities, supporting collaborative, hands-on scientific learning.
Cooperative education: Students may work full-time in industry or government for one or two semesters, receiving both pay and academic credit.
Industry-funded research: Faculty research includes projects funded by organisations such as the National Science Foundation, the U.S. military and private industry, creating opportunities for students to participate in real-world research.

Progression & Future Opportunities

The Biochemistry BS provides a broad scientific foundation that can lead to careers in biotechnology, environmental analysis, health professions, industrial research and production, pharmacology, toxicology, food science and related scientific fields. Cal Poly also reports that many biochemistry graduates continue to doctoral programmes, while the programme's research, laboratory and cooperative education opportunities help students build experience before entering employment or advanced study.

Typical career directions include Biochemist, Biotechnology Researcher, Pharmaceutical Scientist and Laboratory Scientist:

Career Services: Cal Poly Career Services provides career counselling, major and career exploration resources, professional development and access to the Graduate Status Report, which contains graduate first-job, employer and starting-salary information.
Cal Poly Career Connections: Students can connect with Cal Poly alumni for career advice, explore alumni career paths and build professional connections through the university's online networking platform.
Cooperative education: The Chemistry and Biochemistry Department allows bachelor's students to work full-time in industry or government for one or two semesters while receiving academic credit and pay.
Industry preparation: The department states that biochemistry graduates enter areas including environmental analysis, health professions, industrial research and production, pharmacology, polymers, coatings technology, toxicology and patent law.
Employer connections: Faculty research is supported by organisations including the National Science Foundation, U.S. military and private industry, while the department reports that graduates work in science and technology sectors including biotechnology, pharmaceuticals and medical technology.
Employment statistics and salary: Cal Poly's official Graduate Status Report provides employment, graduate-school and starting-salary information, but the publicly accessible programme information does not state a specific Biochemistry BS employment rate or average salary. Therefore, no programme-specific salary figure is estimated here.
Professional value: The programme's ASBMB certification eligibility, advanced laboratory training, research experience and senior project provide a strong foundation for scientific employment and further professional education.
Graduation outcomes: Cal Poly reports that many Biochemistry graduates continue into doctoral programmes, while others enter environmental analysis, health professions, biotechnology, industrial research and production, pharmacology, toxicology, food science, wine and viticulture and fermentation.
Professional and graduate pathways: The programme can support preparation for professional specialties and advanced study, particularly for students interested in health-related or research-oriented careers.

Further Academic Progression: Graduates can continue into doctoral programmes in biochemistry and related scientific disciplines, as well as professional programmes in areas such as medicine and other health professions. At Cal Poly, students can also explore the M.S. in Polymers and Coatings Science, which is closely connected with industry and includes an industrial internship or industry-sponsored research; the university also offers graduate study in Biological Sciences for students seeking advanced training in biological research and related fields.