Biochemistry (BS)

4 Years On Campus Bachelors Program

University of Louisville

Program Overview

The University of Louisville’s B.S. in Biochemistry combines chemistry and biology in a 121-credit interdisciplinary curriculum designed for students interested in biochemistry, biotechnology, medicine and scientific research. Students build a strong foundation through chemistry, molecular and cellular biology, biostatistics and laboratory work, then apply their knowledge through electives and a culminating undergraduate research or internship experience.

Curriculum Structure

Year 1: Students establish their scientific foundation through CHEM 201 General Chemistry I, CHEM 207/208 Introduction to Chemical Analysis I/II, and BIOL 240 Unity of Life. The second semester progresses to CHEM 202 General Chemistry II, CHEM 209/210 Introduction to Chemical Analysis III/IV, BIOL 242 Diversity of Life, and MATH 205 Calculus I, combining chemistry, biology and quantitative skills.

Year 2: The curriculum becomes more advanced, with CHEM 341 Organic Chemistry I and CHEM 343 Organic Chemistry Laboratory I introducing organic reactions and laboratory techniques, alongside BIOL 329 Cellular and Molecular Biology. Students continue with CHEM 342 Organic Chemistry II, CHEM 344 Organic Chemistry Laboratory II, BIOL 330 Genetics and Molecular Biology, and BIOL 331 Genetics and Molecular Biology: Laboratory, while physics and calculus strengthen their scientific background.

Year 3: Students move into the core of the degree with CHEM 545 Biochemistry I, CHEM 546 Biochemistry Laboratory, and CHEM 441 Elements of Physical Chemistry, developing a deeper understanding of biochemical and physical processes. The spring semester continues with CHEM 547 Biochemistry II and CHEM 470 Physical Chemistry Laboratory, complemented by BIOL 350 Biostatistics and coursework in ethics and general education.

Year 4: The final year focuses on analytical techniques, professional preparation and independent application of knowledge. Students take CHEM 425 Instrumental and Statistical Analysis, complete an Undergraduate Research or Cooperative Internship, and select CHEM/BIOL electives such as CHEM 527 Spectroscopic Identification of Organic Compounds, CHEM 528 Contemporary Methods of Organic Synthesis and Analysis, CHEM 555 Theory and Application of Computational Chemistry, or BIOL 542 Gene Structure and Function.

Focus Areas

Biochemistry, biotechnology, general chemistry, organic chemistry, physical chemistry, molecular and cellular biology, genetics and molecular biology, biostatistics, instrumental analysis, scientific research, laboratory science and computational chemistry.

Learning Outcomes

Students develop analytical, experimental and problem-solving skills through integrated chemistry and biology coursework, laboratory experiences, research or internship opportunities, and advanced scientific study. The programme also requires work to be submitted for the Department of Chemistry’s Learning Outcomes Measurement.

Professional Alignment (Accreditation)

The official programme information does not identify a separate professional accreditation for the B.S. in Biochemistry. The degree instead provides interdisciplinary preparation for biochemistry, biotechnology, scientific research and further professional or postgraduate education.

Reputation (Employability Rankings)

The University of Louisville reports a 65% six-year undergraduate graduation rate and 83% first-to-second-year retention rate among its student-achievement indicators. These are university-wide figures rather than programme-specific employment rankings, and the official Biochemistry page does not state a separate QS or Guardian ranking for this degree.

Experiential Learning (Research, Projects, Internships etc.)

Experiential learning is built directly into the B.S. in Biochemistry through laboratory-intensive coursework and a required culminating experience. Students can undertake undergraduate research or a cooperative internship, working with faculty on original scientific projects and developing practical skills relevant to biotechnology, research and health-related careers. The Chemistry Department also provides access to advanced analytical and research instrumentation, giving students exposure to techniques used in modern chemical and biochemical research.

Specific opportunities and resources include:

Undergraduate Research: Students can join faculty-led research projects involving analytical, biochemistry, inorganic, organic and physical chemistry, with dedicated faculty mentorship.
Cooperative Internship in Chemistry (CHEM 420): The programme allows students to complete a cooperative internship combining practical work experience with related academic work.
Advanced Chemistry Laboratories: The department's instructional laboratories provide equipment for UV, IR, NMR and laser spectroscopy, mass spectrometry and advanced computational chemistry.
Biochemistry-focused techniques: Facilities highlighted for Biochemistry students include fluorescence, chromatography, enzyme activity assays, restriction-enzyme analysis, protein and DNA electrophoresis, electrochemistry and laser spectroscopy.
NMR facilities: Students working in research can access sophisticated NMR capabilities, including 500 MHz systems and higher-field instrumentation used for studying molecular structures and larger proteins and complexes.
Mass spectrometry: The department operates advanced systems including MALDI-TOF, FT-ICR-MS, ICP-MS and a Q Exactive HF Hybrid Orbitrap mass spectrometer with liquid chromatography capabilities.
X-ray crystallography: The department's research facilities include small-molecule diffractometers and a macromolecular crystallography system.
Brown Cancer Center research interaction: The Chemistry Department reports extensive research interactions with the Brown Cancer Center, particularly in structural biology and metabolomics.
Culminating research options: Students can fulfil the graduation requirement through courses including CHEM 390/391/392 Undergraduate Research, CHEM 420 Cooperative Internship in Chemistry, CHEM 491 Undergraduate Research, BIOL 405/406 Undergraduate Research, or BIOL 541 Medicinal Plant Biochemistry.

Progression & Future Opportunities

The B.S. in Biochemistry is designed to prepare students for careers in biochemistry and biotechnology, while also supporting progression into medicine, dentistry, pharmacy, graduate school and other health- and bio-related fields. The programme combines laboratory training, research/internship experience and interdisciplinary chemistry-biology knowledge, giving graduates a foundation for both employment and further study.

Typical career directions include: Biochemist, Biotechnology Researcher, Research Associate, Laboratory Scientist. UofL's Chemistry career information also identifies pathways across pharmaceutical research, forensic laboratories, industrial manufacturing, environmental agencies, clinical settings, education and public service.

Students can strengthen their transition from university to employment through:

University Career Center: UofL's Career Center provides career planning, career assessments, résumé/CV support, cover-letter assistance, interview preparation and career coaching. It serves approximately 16,000 graduate and undergraduate students across 50+ academic units.
Jobs and internships: Cardinal Careers connects employers with UofL students and provides listings for internships, co-ops, part-time employment and full-time entry-level positions.
Employer engagement: The University Career Center works directly with employers on recruitment, career fairs, information sessions and internship/professional opportunities.
Chemistry experiential learning: The Chemistry Department specifically identifies CHEM 420 as a way to gain hands-on, real-job experience and add practical experience to a student's résumé.
Industry connections: The Chemistry Department's NMR facility reports collaborations with industrial partners in the Louisville area, while UofL maintains broader employer-engagement activities connecting employers with students.
Graduation outcomes: UofL tracks six-year undergraduate graduation and first-to-second-year retention as institutional student-achievement measures; its Career Center also conducts a First Destination Survey covering employment, continued education, military/volunteer work, entrepreneurship, employer/program information and salary.
Salary data: UofL's published 2021–22 university-wide bachelor's-level outcomes report includes salary information, but it is not specific to Biochemistry, so it should not be presented as a Biochemistry graduate salary.
Long-term professional value: The degree's combination of chemistry, biology, laboratory methods, research and internship experience can support progression into graduate and professional education, including medical, dental and pharmacy programmes.

Further Academic Progression: After completing the B.S. in Biochemistry, students can pursue medical school, dental school, pharmacy school, graduate school and other health- and bio-related postgraduate pathways. UofL's Chemistry Department offers M.S. and Ph.D. study in Chemistry, providing an additional research-oriented route for students interested in advanced scientific training.