BS in Biochemistry and Molecular Biology

Students in the BS in Biochemistry and Molecular Biology at Michigan Technological University gain practical experience by combining biology and chemistry through laboratory investigations, research projects and hands-on work with modern scientific instrumentation. Students can work directly with faculty researchers, conduct independent research, present findings at research symposia and gain experience relevant to biotechnology, pharmaceuticals, healthcare and scientific research. Michigan Tech also provides opportunities for paid undergraduate research, research internships and interdisciplinary team projects through its Enterprise Program.

Program-specific experiential opportunities include:

• Undergraduate research: Students can join a faculty-led research project and earn research credit toward the degree, gaining hands-on experience with state-of-the-art research instrumentation.
• Paid research opportunities: The Summer Undergraduate Research Fellowship (SURF) supports approximately 10 weeks of paid undergraduate research with a faculty mentor, with awards of up to $4,000.
• Research internships: The Undergraduate Research Internship Program (URIP) allows students to conduct a research project in a Michigan Tech faculty laboratory during the academic year and present their findings at the Undergraduate Research Symposium.
• Laboratory-based learning: Students work in state-of-the-art laboratories on research, projects and laboratory assignments, developing practical skills alongside faculty members who also serve as research mentors.
• Biochemistry and molecular biology research: Michigan Tech research in Biological Sciences specifically includes biochemistry and molecular biology, with research facilities in the Dow Environmental Sciences and Engineering Building and Great Lakes Research Center supporting student and faculty research.
• Modern research instrumentation: University research facilities provide access to specialized tools including confocal imaging, electron microscopy, mass spectrometry, aquatic analysis, scanning probe and optical microscopy, surface analysis and X-ray analysis through the Materials Characterization and Fabrication Facility.
• Genomics and molecular analysis: Michigan Tech's research infrastructure includes a Genomics Sequencing Laboratory supporting genetic and transcriptomic analysis and digital PCR, providing relevant resources for molecular biology research.
• Team-based projects: Students can participate in the Enterprise Program, where undergraduate teams work on real-world products and research for industry. The H-STEM Enterprise Team also brings together students from biology, biochemistry, biomedical engineering and other disciplines to work collaboratively on healthcare, rehabilitation engineering and public-health projects.
• Genetics research projects: The program specifically highlights opportunities to research fruit-fly genetics to investigate potential causes of human conditions, giving students experience applying molecular and genetic concepts to biological questions.
• Scientific communication: Students involved in research can present their findings at Michigan Tech's Undergraduate Research and Scholarship Symposium and national conferences, with opportunities in some cases to contribute to peer-reviewed publications before graduation.
• Industry-relevant experience: Michigan Tech's program page identifies experiential opportunities involving organizations such as Pfizer, Neogen Corporation, Pace Analytical Services, Prevention Genetics and Weill Cornell Medicine, alongside other research and professional organizations.
• Learning support through specialized centers: Students can work as peer coaches in the Chemistry Learning Center and help other students strengthen their understanding of chemistry while reinforcing their own subject knowledge.

Michigan Tech’s BS in Biochemistry and Molecular Biology combines biology and chemistry to prepare graduates for careers in research, healthcare, pharmaceuticals, biotechnology, environmental science and related life-science fields. Students can build professional experience through undergraduate research, internships, co-ops and interdisciplinary projects, while also using the degree as preparation for advanced study in biochemistry, molecular biology, medicine and related fields.

Career opportunities: Biochemist, Research Associate, R&D Scientist, Clinical Lab Technician.

Career support and progression:

• Career preparation: Michigan Tech's program connects students with faculty who can serve as research advisors and mentors, helping students identify research opportunities suited to their interests and career goals.
• Research experience: Students can participate in paid undergraduate research, earn research credits, or apply for summer undergraduate research fellowships and research internships, giving them experience relevant to graduate study and scientific employment.
• Industry experience: Michigan Tech's Chemistry department reports connections with employers such as Los Alamos National Laboratory, which offers co-op and internship opportunities.
• Employer connections: Michigan Tech identifies graduates of the Biochemistry and Molecular Biology program as having been hired by organizations including Pfizer, Neogen Corporation, Pace Analytical Services, Prevention Genetics, Pathnostics, Health Department of Northwest Michigan, AmeriCorps, Cambium Analytica and Weill Cornell Medicine.
• Employment statistics: Michigan Tech does not publish a program-specific employment rate for the BS in Biochemistry and Molecular Biology on its official program pages. The university's Biological Sciences department does report 70% acceptance into professional health programs among its pre-professional health career graduates, while noting this is higher than the national average; this figure is not presented as a BMB-specific employment rate.
• Salary information: Michigan Tech's official biochemistry information reports a mean entry-level salary of $60,116 from Payscale and a mean annual salary of $129,840 from the U.S. Bureau of Labor Statistics, with a top-10% salary of $201,110; these figures describe biochemist occupations rather than Michigan Tech graduates specifically.
• Enterprise experience: Students can participate in Michigan Tech's Enterprise Program, where interdisciplinary teams work on real-world products and research for industry, providing experience in applying scientific knowledge to practical problems.
• Long-term accreditation value: Michigan Technological University is institutionally accredited by the Higher Learning Commission (HLC) and has been continuously accredited since 1928; its most recent reaffirmation was in 2021, with the next reaffirmation scheduled for 2031–32. The HLC accreditation applies to the university as a whole rather than specifically to the BMB program.
• Graduation outcomes: The program prepares graduates for careers in life-science research and industry as well as advanced study. Michigan Tech specifically identifies pathways into healthcare, pharmaceuticals, product development, research and graduate study in biology, biochemistry and medicine.

Further Academic Progression: Graduates can continue into graduate study in Biochemistry and Molecular Biology, biology, chemistry or related life-science fields, including Michigan Tech's interdisciplinary PhD in Biochemistry and Molecular Biology. The degree also provides preparation for medical, dental and other pre-professional health programs, while eligible Michigan Tech students can pursue an accelerated master's pathway in chemistry, with Biochemistry and Molecular Biology listed among the eligible undergraduate majors.