Biochemistry and Molecular Biology, B.S.

4 Years On Campus Bachelors Program

University of South Carolina

Program Overview

The Biochemistry and Molecular Biology, B.S. at the University of South Carolina combines biology, chemistry and biochemistry for students who want to understand how life works at the molecular and cellular level. It is particularly suited to students interested in pre-health pathways, scientific research, biotechnology or graduate study, with extensive laboratory training and opportunities to begin research as early as the freshman year.

Curriculum Structure

First Year: Students build their scientific foundation through BIOL 101 Biological Principles I, BIOL 101L Biological Principles I Laboratory, and CHEM 141 Principles of Chemistry I, supported by MATH 141 Calculus I. The combination introduces fundamental biological concepts, laboratory investigation, chemistry and quantitative reasoning.

Second Year: Students progress into more specialized science through BIOL 302 Cell and Molecular Biology, BIOL 302L Cell and Molecular Biology Laboratory, and CHEM 333 Organic Chemistry I, alongside analytical chemistry and physics. This stage develops a stronger understanding of cellular mechanisms, molecular processes, organic reactions and laboratory analysis.

Third Year: The curriculum moves deeply into biochemical and molecular concepts through CHEM 555 Protein Biochemistry and Metabolism, CHEM 545 Physical Biochemistry, and CHEM 556 Molecular Biochemistry of the Cell. Students also study BIOL 303 Fundamental Genetics, statistics and undergraduate research, connecting biochemical theory with genetics, experimentation and data analysis.

Fourth Year: Students consolidate their advanced knowledge through BIOL 550 Bacteriology, CHEM 511 Inorganic Chemistry, and CHEM 621 Instrumental Analysis, with a dedicated instrumental-analysis laboratory and further undergraduate research. The curriculum also includes CSCE 102 Web Design and Development using AI Tools, giving students an additional digital skill alongside their advanced scientific training.

Focus Areas

Biochemistry, molecular biology, cell biology, genetics, protein biochemistry, metabolism, physical biochemistry, analytical chemistry, organic chemistry, bacteriology, instrumental analysis, scientific research and computational/digital skills.

Learning Outcomes

Students learn to explain and apply fundamental and advanced concepts in biology, chemistry and biochemistry, solve scientific problems, apply computer applications and information-retrieval skills to experiments and data analysis, conduct laboratory research, communicate scientific findings, work collaboratively and think critically.

Professional Alignment (Accreditation)

The program offers an optional American Chemical Society (ACS) Certification Concentration. Students pursuing the certification complete additional coursework including CHEM 511 Inorganic Chemistry, CHEM 621 Instrumental Analysis, CHEM 621L Instrumental Analysis Lab and six credits of undergraduate research through CHEM 496–499.

Reputation & Employability

The University of South Carolina's official program page reports that more than 75% of USC biochemistry majors continue to graduate or professional school. The department also identifies alumni employers including Nephron Pharmaceuticals, Thermo Fisher Scientific, Baxter International Inc., Greenville Health System and the Medical University of South Carolina, demonstrating pathways across pharmaceutical, biotechnology, healthcare and research settings.

Experiential Learning (Research, Projects, Internships etc.)

The program places a strong emphasis on laboratory research and practical scientific training, with the university specifically highlighting opportunities to conduct research as early as the freshman year. Students work with modern laboratory equipment and can develop skills in experimental design, data analysis, scientific writing and presentation, while the Department of Chemistry and Biochemistry provides access to specialized research infrastructure across biochemistry, molecular biology, analytical chemistry and related fields.

Students can also earn academic credit through undergraduate research and participate in long-term research projects, including approved extramural opportunities such as Research Experiences for Undergraduates (REUs). The department's research environment includes advanced instrumentation and computational resources that allow students to encounter techniques used in contemporary biochemical and molecular research:

Undergraduate Research: CHEM 496–499 provides structured undergraduate research opportunities, with students conducting research under faculty direction and producing a written report of their work.
Early Research Experience: Students are encouraged to begin undergraduate research as early as possible so they can participate in longer-term projects.
Biochemistry & Molecular Biology Research: Faculty research includes cell and molecular biology, enzymology, spectroscopy, protein crystallography and bio-inorganic chemistry.
Mass Spectrometry Center: Students are part of a research environment with access to centralized high-performance mass spectrometry resources.
Nuclear Magnetic Resonance: The department provides access to NMR research infrastructure for chemical and biochemical investigation.
Computational Research: The Linux Cluster "Pople" provides substantial computing capacity for research, with 204 cores, 408 GB of memory and 8 TB of shared disk space.
Magnetic Measurement Facility: The department's research infrastructure includes a magnetometer capable of magnetic measurements at fields up to 7 Tesla.
Analytical Research Tools: Departmental research uses tools including mass spectrometry, spectroscopy, kinetics, voltammetry, chromatography and multivariate spectroscopy.
ACS Certification Research: Students pursuing the optional ACS certification can complete six credits of undergraduate research through CHEM 496–499.
Industry Connections: The university highlights partnerships with leading companies that can provide students with access to internships, equipment and job opportunities.

Progression & Future Opportunities

Graduates can move into scientific, healthcare, pharmaceutical, biotechnology, agricultural and laboratory careers, while the program also provides a strong foundation for graduate and professional education. The university specifically lists career possibilities such as medical/pharmaceutical researcher, patent lawyer, FDA policy maker/researcher, agricultural researcher, fermentation scientist and cosmetics developer, alongside alumni roles such as research assistant, research associate, scientist, analytical chemist and laboratory technician.

Typical job roles include Research Scientist, Analytical Chemist, Laboratory Technician and Medical/Pharmaceutical Researcher.

Students can build their career and further-study opportunities through:

Career preparation: The program develops laboratory research, scientific writing, presentation, communication, teamwork and critical-thinking skills that the university identifies as valuable for successful careers.
Research experience: Undergraduate research through CHEM 496–499 allows students to gain practical research experience, with the department encouraging students to start early and participate in long-term projects.
Industry connections: The university identifies partnerships with leading companies as a source of internship, equipment and employment opportunities. Alumni employers listed by USC include Nephron Pharmaceuticals, Thermo Fisher Scientific and Baxter International.
Research ecosystem: Students benefit from a department with specialized facilities including mass spectrometry, NMR, microscopy-related capabilities and computational research infrastructure.
Graduation outcomes: USC reports that more than 75% of its biochemistry majors continue to graduate or professional school. This is a program-level progression figure rather than a general university employment rate.
Salary information: The official program and department pages reviewed do not publish a specific graduate salary figure for this B.S., so no salary figure has been added.

Further Academic Progression: Graduates can continue into master's and doctoral programs in biochemistry, molecular biology, chemistry, biology, biotechnology and related life-science fields. The degree is also designed to support professional-school pathways, particularly medicine and other health sciences, while its combination of biology, chemistry, research and laboratory training can support applications to advanced scientific programs.