Biochemistry, B.S.

4 Years On Campus Bachelors Program

Louisiana State University Baton Rouge

Program Overview

The Biochemistry B.S. at Louisiana State University explores the chemistry behind life, giving students a strong foundation in proteins, DNA, enzymes, cell biology, genetics, medicine, molecular science and biochemical research. It is particularly suited to students who enjoy laboratory science and want to prepare for careers in biotechnology, pharmaceutical research, scientific research or healthcare, while also building a foundation for graduate and professional study.

Curriculum Structure

First Year: Students establish their foundation in biology, chemistry and mathematics, with LSU’s biochemistry pathway requiring core subjects such as BIOL 1201 Biology for Science Major I, BIOL 1202 Biology for Science Major II, CHEM 1201 General Chemistry I, and MATH 1550 Calculus I. The early curriculum develops the scientific and quantitative knowledge needed for more advanced molecular and biochemical study.

Second Year: Students progress into more advanced chemistry, biology and molecular science, building on their introductory laboratory and quantitative work. LSU’s science curriculum includes subjects such as CHEM 2261 Organic Chemistry I, CHEM 2262 Organic Chemistry II, and BIOL 2153 Principles of Genetics, strengthening students’ understanding of chemical reactions, heredity and biological systems.

Third Year: The program moves deeper into biochemical and analytical concepts, with coursework such as BIOL 4087 Basic Biochemistry, supported by advanced chemistry and laboratory study. Students develop a more detailed understanding of molecular processes while gaining the analytical and experimental foundation needed for research-oriented work.

Fourth Year: Advanced study focuses on applying biochemical knowledge through laboratory and research experiences, with LSU providing opportunities to work with faculty researchers and participate in original scientific investigation. Students can build specialized expertise around molecular biology, biochemical research and related areas while preparing for employment or postgraduate study.

Focus areas

Biochemistry, molecular biology, proteins, DNA, enzymes, cell biology, genetics, medicine, molecular science, laboratory science, biochemical data analysis and experimental research.

Learning outcomes

Students develop laboratory and research techniques, biochemical data-analysis skills, experimental-design abilities, scientific problem-solving, molecular-analysis skills, and the ability to communicate scientific findings through reports and presentations.

Professional alignment (accreditation)

LSU’s Biochemistry B.S. is offered by the College of Science and the university is institutionally accredited by the Southern Association of Colleges and Schools Commission on Colleges (SACSCOC). I did not find a separate program-specific biochemistry accreditation stated on LSU’s official biochemistry major page, so no specialized accreditation is claimed here.

Reputation (employability rankings)

LSU does not state a specific QS or Guardian ranking for the Biochemistry B.S. on the official program page. Instead, the university highlights undergraduate research, access to specialized scientific facilities, faculty-mentored research and career pathways spanning biotechnology, pharmaceutical companies, healthcare, research laboratories, government and public-health agencies.

Experiential Learning (Research, Projects, Internships etc.)

LSU gives biochemistry students opportunities to move beyond classroom learning and work directly with scientific research. Students can participate in faculty-mentored research, develop laboratory and molecular-analysis skills, and gain experience with research facilities supporting genomics, instrumentation, mass spectrometry and other areas of modern science. The program page also highlights access to the Louisiana Agricultural Experiment Station, Louisiana Sea Grant facilities and Louisiana Universities Marine Consortium vessels and field stations, giving students exposure to biological systems and scientific challenges beyond a traditional classroom setting.

Students can strengthen their practical experience through:

Faculty-mentored research: LSU College of Science students can conduct original research under faculty supervision during the academic year or summer, with opportunities to receive course credit or funding.
Biochemistry research: LSU’s Biochemistry and Molecular Biology division conducts research involving proteins, nucleic acids, enzymes, metabolism, nutritional biochemistry, molecular biology, DNA repair, genetic engineering and tumor immunology.
Genomics Facility: Students and faculty have access to LSU’s Genomics Facility, supporting biological research and molecular analysis.
Shared Instrumentation Facility: LSU identifies a Shared Instrumentation Facility within Biological Sciences as a research resource used by students and faculty.
Mass Spectrometry Facility: The College of Science provides access to a dedicated Mass Spectrometry Facility, supporting advanced molecular and chemical analysis.
Nuclear Magnetic Resonance Facility: LSU’s Nuclear Magnetic Resonance Facility provides another specialized research resource relevant to molecular and chemical investigations.
Louisiana Agricultural Experiment Station: The biochemistry major specifically highlights access to Louisiana Agricultural Experiment Station facilities for faculty-mentored research.
Louisiana Sea Grant: Students may gain exposure to research through Louisiana Sea Grant facilities and the scientific activities connected with them.
Louisiana Universities Marine Consortium: The program highlights access to LUMCON vessels and field stations, providing opportunities connected with biological and environmental research.
Museum of Natural Science and Herbarium: LSU’s Museum of Natural Science and Herbarium contain extensive scientific collections that support interdisciplinary research involving biochemistry, biology, ecology and environmental science.
LSU Discover: The university’s undergraduate research program helps students find faculty mentors and provides research funding, workshops, awards and opportunities to present research at an annual symposium.
Research presentations: LSU College of Science students can present research through events such as Discover Day and the Summer Undergraduate Research Forum (SURF).
Science Residential College: Students can live and learn in a smaller academic community within LSU, with academic enhancement activities and corporate-sponsored events that introduce students to internship and cooperative-education opportunities.
Career technology: LSU’s Olinde Career Center provides digital resources including Handshake, Quinncia, Interstride and Forage, supporting job searches, interview preparation, international career exploration and virtual company projects.

Progression & Future Opportunities

The Biochemistry B.S. can lead into laboratory and research-based careers across biotechnology, pharmaceuticals, healthcare, diagnostics, government and scientific research. LSU specifically identifies career possibilities including biochemist/laboratory scientist, biotechnologist, pharmaceutical researcher, geneticist/molecular scientist, healthcare professional, research analyst, laboratory technician and professor.

Typical career directions include biotechnologist, pharmaceutical researcher, molecular scientist and research analyst:

Career services: The LSU Olinde Career Center provides career coaching, major and career exploration, job-search assistance, résumé support, interview preparation, employer events and digital career resources.
Employer connections: More than 700 employers connect with LSU students across majors through recruiting events, programs, workshops and job postings each year. LSU’s Career Expo also brings nearly 2,000 students and alumni together with more than 200 employers.
Internship opportunities: LSU reported more than 35,000 internship opportunities posted through Handshake during the previous year, alongside extensive employer recruitment activity.
Industry engagement: LSU’s Science Residential College offers corporate-sponsored events that introduce students to internship and cooperative-education opportunities. The university also operates an employer Corporate Partner Program through the Olinde Career Center.
Biochemistry research environment: Students can work alongside researchers studying areas including molecular biology, enzymes, metabolism, DNA repair, genetic engineering, tumor immunology and molecular mechanisms of disease.
Employment settings: LSU identifies research and academic laboratories, biotechnology and pharmaceutical companies, hospitals and healthcare systems, government and public-health agencies, agricultural and environmental research facilities, medical and diagnostic laboratories, universities and research institutions, and marine/environmental research centers as relevant workplace settings.
Salary information: A current, program-specific graduate salary figure was not published on the official LSU Biochemistry major page, so salary is NA rather than substituting a general occupation-wide figure.
Graduation outcomes: LSU's official major information emphasizes progression into professional opportunities and postgraduate pathways, while the university's undergraduate research programs specifically support preparation for graduate and professional school as well as employment.
Professional value: The degree builds transferable skills in laboratory techniques, biochemical data analysis, experimental design, scientific communication, collaboration and molecular science that can be applied across research, biotechnology and healthcare environments.

Further Academic Progression: Graduates can continue into research-oriented M.S. and Ph.D. programs in Biochemistry at LSU, with the Ph.D. involving advanced coursework, seminars, examinations, original research, publications and a dissertation. The B.S. also provides a foundation for professional-school pathways, including healthcare-related postgraduate education.