Bachelors in Biochemistry and Molecular Biology - Biotechnology

4 Years On Campus Bachelors Program

Michigan State University

Program Overview

The Biochemistry and Molecular Biology/Biotechnology B.S. at Michigan State University combines a strong foundation in biology, chemistry, physics and mathematics with specialised biotechnology training, making it particularly suitable for students interested in biotechnology, pharmaceutical and health-related industries, veterinary medicine or advanced study. Students build their understanding of biomolecules and molecular processes while adding coursework in chemical engineering, microbiology and approved biotechnology subjects that allow them to tailor their studies toward their career interests.

Curriculum Structure

First Year

Students begin by developing the scientific and mathematical foundation needed for biochemistry and biotechnology, with introductory work in biology, chemistry, mathematics and physics. Courses such as BMB 101 – Frontiers in Biochemistry, CEM 251 – Organic Chemistry I and introductory biology help students understand the scientific landscape of the major while beginning the chemistry and molecular-science preparation required for advanced study.

Second Year

The second year moves students deeper into chemistry, biology and quantitative science while introducing practical biochemical techniques. BMB 370 – Introductory Biochemistry Laboratory provides hands-on experience studying proteins and nucleic acids using quantitative methods and data analysis, while students continue with the organic chemistry, biology and physics sequences needed for upper-level biotechnology coursework.

Third Year

Students then move into advanced biochemical and molecular concepts through BMB 461 – Advanced Biochemistry I and BMB 462 – Advanced Biochemistry II, covering biomolecular structure and function, enzyme catalysis, metabolic pathways, membranes, signaling and gene expression. The biotechnology pathway also adds specialist study in areas such as CHE 481 – Biochemical Engineering, MGI 301 – Introductory Microbiology and approved advanced biotechnology courses, connecting molecular science with industrial and microbiological applications.

Fourth Year

The final year emphasises advanced laboratory and biotechnology preparation, including BMB 470 – Advanced Molecular Biology Laboratory and BMB 471 – Advanced Biochemistry Laboratory, where students develop practical skills in molecular biology and biochemical methods. Students can further specialise through approved 300- and 400-level biotechnology electives, while BMB 495 – Undergraduate Seminar (W) or an approved capstone option can help them integrate scientific knowledge, communication and professional preparation.

Focus Areas

Biochemistry, molecular biology, biotechnology, biochemical engineering, microbiology, molecular genetics, protein science, nucleic acids, metabolism, biotechnology applications, bioinformatics, genomics, pharmaceutical science, laboratory science, biomedical science

Learning Outcomes

Students develop a strong understanding of the chemical and molecular basis of life, learn to apply biochemical and molecular-biology methods in laboratory settings, develop quantitative and analytical skills for interpreting biological data, gain knowledge of biotechnology and its industrial applications, and build scientific communication and professional skills relevant to research, industry and advanced study.

Professional Alignment (Accreditation)

The official Michigan State University programme information does not identify a separate external professional accreditation specifically for the Biochemistry and Molecular Biology/Biotechnology B.S. Instead, the programme is structured as a 120-credit Bachelor of Science degree with substantial preparation in biology, chemistry, physics, mathematics, biochemistry, molecular biology and biotechnology, supporting industry, health-related and graduate-school pathways.

Reputation (Employability / Official Statistics)

Michigan State University reports a 93% placement rate for recent graduates across the university, with Career Services supporting students with career advising, internships and full-time employment. The Biochemistry and Molecular Biology department also reports graduates progressing to organisations and programmes including Pfizer, the National Institutes of Health, Harvard Graduate School, the University of Michigan pharmacy and dentistry programmes, MSU veterinary medicine and MSU's D.O./Ph.D. programme; these are programme alumni examples rather than a programme-specific employment-rate statistic.

Experiential Learning (Research, Projects, Internships etc.)

Practical training is a major part of the B.S. in Biochemistry and Molecular Biology/Biotechnology, with dedicated laboratory courses, faculty-mentored research and a formal internship option. Students can work with biochemical and molecular-biology methods through BMB 370, BMB 470 and BMB 471, undertake research through BMB 490 – Biochemistry Research, or gain supervised professional experience through BMB 491 – Internship in Biochemistry and Molecular Biology, which can cover industry, medicine, pharmacy, science policy, science communication, research and patent law.

The department also connects undergraduate learning with specialised research infrastructure, including computing, bioinformatics, genomics, imaging, mass spectrometry, proteomics, NMR, X-ray crystallography and cryo-electron microscopy. Students interested in research can work with BMB faculty, and the department's Professorial Assistant Program provides selected Honors College students with faculty-mentored research or innovative teaching experience.

Key opportunities include:

BMB 370 – Introductory Biochemistry Laboratory: Students study proteins and nucleic acids using basic quantitative biochemical methods and data analysis.
BMB 470 – Advanced Molecular Biology Laboratory: Students learn molecular-biology methods and the principles behind those techniques.
BMB 471 – Advanced Biochemistry Laboratory: Students develop advanced practical skills involving biochemical methods.
BMB 490 – Biochemistry Research: Students can participate in laboratory or library research projects arranged with BMB faculty.
BMB 491 – Internship in Biochemistry and Molecular Biology: Provides supervised professional experience in industry, medicine, pharmacy, science policy, science communication, research or patent law.
Biotechnology coursework: Students can take approved advanced biotechnology courses, including options such as BMB 469 – Special Topics in Biochemistry, which may cover biological computing, bioinformatics, biotechnology and genomics.
Macromolecular Computer Facility: The department's facility supports scientific computing for BMB researchers and the wider MSU scientific community.
Bioinformatics and genomics: Associated Research Technology Support Facilities provide access to bioinformatics, genomics, imaging, mass spectrometry and metabolomics, proteomics and flow cytometry resources.
900 MHz NMR Facility: Students involved in suitable research can benefit from access to MSU's high-field nuclear magnetic resonance facility.
X-ray crystallography: The department lists X-ray crystallography among its associated research facilities for molecular and structural studies.
Cryo-EM Facility: MSU's facility includes a Thermo Scientific Arctica 200kV FEG transmission electron microscope for high-resolution three-dimensional characterisation of biological samples.
Faculty-mentored research: Undergraduate students can join ongoing faculty research projects, gaining experience alongside graduate students and postdoctoral researchers.
Professorial Assistant Program: Selected Honors College students can work with faculty mentors on scholarly research or innovative teaching.

Progression & Future Opportunities

The BMB/Biotechnology B.S. is designed around pathways into biotechnology, pharmaceutical, clinical, laboratory and other science-based industries, while also supporting progression into veterinary medicine, health professions and advanced study in biotechnology and molecular biology. MSU's official alumni information records graduates working as biochemists, chemists, laboratory technicians, quality-control technicians, bioinformatics scientists/technicians and regulatory-affairs specialists, with alumni represented in biotechnology, pharmaceutical, clinical-reference, government and food-processing organisations.

Typical job roles include Biochemist, Biotechnologist, Quality Control Analyst, Bioinformatics Scientist.

Career preparation: MSU Career Services Network provides career advising, major-selection support, internship assistance and help finding full-time employment after graduation.
Department career resources: BMB directs students to Handshake and AAAS Science Careers and provides dedicated resources for careers and graduate-school preparation.
Industry opportunities: The department's official career information identifies biotechnology companies, pharmaceutical firms, genetic-engineering companies, biochemical manufacturers, agricultural biotechnology firms and research-and-development laboratories as relevant employer sectors.
Professional experience: BMB 491 allows students to gain supervised experience in industry, medicine, pharmacy, science policy, science communication, research and patent law.
Research preparation: BMB 490 provides direct participation in laboratory or library research with a BMB faculty member.
Graduate and professional outcomes: Department alumni have progressed to Harvard Graduate School, University of Michigan pharmacy and dentistry, MSU veterinary medicine, MSU's D.O./Ph.D. programme and research at the National Institutes of Health; others have joined organisations such as Pfizer and Sigma-Aldrich.
University-wide employment outcome: MSU reports a 93% placement rate for recent graduates, but this figure is university-wide rather than specific to the BMB/Biotechnology major.
Salary information: The official MSU sources reviewed do not provide a programme-specific undergraduate graduate salary figure, so no salary figure is inserted here rather than using an external estimate.
Long-term academic value: The B.S. provides the chemistry, biology, mathematics, molecular biology and biotechnology preparation required for progression into graduate and professional education in related fields.

Further Academic Progression: Graduates can continue into master's or doctoral study in biochemistry, molecular biology, biotechnology and related life-science disciplines. The degree can also support professional-school pathways such as veterinary medicine and other health-related programmes, with MSU's alumni records showing progression into veterinary medicine, pharmacy, dentistry and D.O./Ph.D. education.