Biochemistry B.S.

4 Years On Campus Bachelors Program

University of Minnesota Duluth

Program Overview

The Biochemistry B.S. at the University of Minnesota Duluth (UMD) explores life at the molecular level, combining chemical and biological sciences to understand the processes occurring inside living cells and organisms. Students can choose between Applied Biochemistry, with an emphasis on upper-division laboratory work, and Biochemistry for the Health Sciences, which incorporates prerequisites for many health-professional schools alongside advanced biochemistry laboratories.

Curriculum Structure

Year 1: Students establish their foundation in chemistry, biology and mathematics through courses such as General Biology I, General Chemistry I for Majors and Calculus I, followed by General Biology II, General Chemistry II and Calculus II. This combination develops the biological, chemical and quantitative knowledge needed for more advanced biochemistry study.

Year 2: The curriculum becomes more laboratory- and chemistry-intensive through Quantitative Analysis, Organic Chemistry I and Organic Chemistry II, supported by laboratory courses and General Physics. Students also study Genetics, giving them a stronger understanding of how biological information is inherited and expressed.

Year 3: Students move into the core of the discipline with Biochemistry I, Biochemistry Laboratory, Cell Biology, Molecular Biology and Biochemistry II. The programme also includes Undergraduate Seminar I and Molecular Biology Laboratory, strengthening students' ability to connect biochemical theory with experimental investigation.

Year 4: The Applied Biochemistry plan develops advanced chemical understanding through Thermodynamics and Kinetics, Thermodynamics and Kinetics Lab and Descriptive Inorganic Chemistry, alongside an advanced chemistry elective and Undergraduate Seminar II. Students following the Health Sciences plan instead add subjects such as Human Anatomy and advanced BIOL/CHEM electives, supporting preparation for health-professional pathways.

Focus areas: Molecular biochemistry, biological chemistry, organic chemistry, quantitative analysis, genetics, molecular biology, cell biology, physical chemistry, thermodynamics and kinetics, laboratory science and health sciences.

Learning outcomes: Students develop fundamental chemical and biochemical knowledge, laboratory skills, quantitative and critical-thinking abilities, scientific communication skills, and the ability to safely design, conduct and analyze experiments involving chemical and biochemical systems.

Professional alignment (accreditation): The Swenson College Chemistry and Biochemistry program is approved by the American Chemical Society (ACS). UMD states that students earning a B.S. who want ACS certification must complete at least 130 additional hours of laboratory work through undergraduate research.

Reputation (employability): UMD's Biochemistry B.S. page reports an average starting salary of $48K+ through the UMD Career Center. The university's 2023–24 graduate-outcomes data gives a more precise average first-year salary of $48,881 for Biochemistry graduates, based on 49 of 73 employed graduates who responded.

Experiential Learning (Research, Projects, Internships etc.)

UMD's Biochemistry B.S. combines classroom study with laboratory learning, undergraduate research and professional experiences. Students can pursue summer research fellowships, participate in the Departmental Honors Program, work through the University's Undergraduate Research Opportunities Program, and undertake internships with organizations including Essentia Health and Mayo Clinic. The department also provides access to substantial analytical and research instrumentation, allowing students to develop practical experience with techniques used in modern chemical and biochemical research.

Students can build practical experience through:

Undergraduate research: The department offers research opportunities with close faculty-student interaction across biochemistry, drug discovery, computational chemistry, analytical chemistry and biomedical science.
Summer research fellowships: Fellowships are awarded each year to support full-time summer research, while UROP provides additional student research fellowship opportunities.
Departmental Honors Program: Students design a multi-semester research project, establish a hypothesis and milestones, use appropriate instrumentation, reagents and software, and collect and analyze experimental data.
Research internships: Officially listed internship locations include Essentia Health, Mayo Clinic, UMD Department of Chemistry & Biochemistry and UMD's Undergraduate Research Opportunities Program.
Mass spectrometry: Departmental facilities include high-resolution LC-QTOF and GC-MS instruments for advanced chemical analysis.
NMR spectroscopy: Students working in research have access to 400 MHz Bruker, 60 MHz benchtop NMR and 500 MHz Varian NMR instrumentation.
Chromatography and spectroscopy: Facilities include GC, HPLC, UV-Visible, circular dichroism, fluorescence, near-infrared, FTIR and Raman instrumentation.
Biochemical and molecular tools: Research facilities include a BioRad MJ Mini Personal Thermal Cycler, BioRad Gel Doc imaging platforms, cell-culture incubator shakers, -80°C freezers and centrifuges.
Interdisciplinary research facilities: The department shares resources with the Large Lakes Observatory, Natural Resources Research Institute, School of Medicine and College of Pharmacy, as well as the University of Minnesota Twin Cities.
Research vessel: UMD's Blue Heron research vessel on Lake Superior is another university research resource used by faculty and students.

Progression & Future Opportunities

The Biochemistry B.S. prepares students for laboratory and scientific careers as well as graduate and professional education. UMD's published career list includes roles such as chemist, laboratory technician, analytical chemist, forensic scientist, clinical research associate and microbiologist, while its Health Sciences plan is specifically structured to support students pursuing professional health-school pathways.

Typical career directions include Biochemist, Analytical Chemist, Laboratory Technician and Clinical Research Associate.

Students can strengthen their transition from university to employment or further study through:

Career services: UMD's Career Center supports major and career exploration, internships and job searches, Handshake, career events, resume and cover-letter preparation, interviewing, career fairs, and graduate/professional-school planning.
Employment outcomes: For Biochemistry graduates from 2021–22 through 2023–24, UMD reports 130 responses from 157 graduates; among employed respondents who supplied salary information, the average first-year salary was $48,881.
Employer connections: Recent Biochemistry graduates have worked for Essentia Health, Mayo Clinic, Walgreens, Bio-Techne, Boston Scientific, Abbott and Beckman Coulter.
Internship connections: Recent internship destinations include Essentia Health, Mayo Clinic, UMD Department of Chemistry & Biochemistry and UROP.
Professional development: The department promotes networking and teamwork and encourages students to participate in university, community and professional organizations.
Accreditation value: The Chemistry and Biochemistry program is ACS-approved, and eligible B.S. students can pursue ACS certification by completing the additional undergraduate research laboratory requirement.
Graduate outcomes: Recent graduates have continued into Pharmacy School, Chemistry, Patent Law, Biomedical Sciences, Medical School and Nursing, with continuing education at institutions including the University of Minnesota College of Pharmacy and University of Minnesota campuses.

Further Academic Progression: After the B.S., students can progress into graduate study in biochemistry, chemistry, biomedical sciences and related fields, or pursue professional education such as medical, pharmacy and other health-science programmes. The Health Sciences sub-plan is particularly suited to students completing prerequisites for health-professional schools, while the Applied Biochemistry route provides extensive upper-division laboratory preparation for scientific research and graduate study.