BS in Biochemistry and Molecular Biology

4 Years On Campus Bachelors Program

Michigan Technological University

Program Overview

The BS in Biochemistry and Molecular Biology at Michigan Technological University combines biology and chemistry to help students understand the molecular and genetic foundations of life and the chemical processes that allow living systems to function. It is a strong fit for students interested in biotechnology, pharmaceuticals, healthcare, research, environmental applications, or advanced study in biochemistry, biology, medicine, and related fields.

Curriculum Structure

Year 1: Students begin by establishing a strong foundation in biology, chemistry, mathematics, and scientific communication. Courses include BL 1100 General Biology I, BL 1200 General Biology II, CH 1150 University Chemistry I, and CH 1160 University Chemistry II, supported by laboratory courses and MA 1160/1161 Calculus I and MA 2160 Calculus II.

Year 2: The curriculum moves into more specialized scientific concepts, combining organic chemistry, genetics, computation, and physics. Students study BL 2700 Principles of Computational Biology, BL 2200 Genetics, CH 2430 Mechanistic Organic Chemistry, and CH 2440 Synthetic Organic Chemistry, while also developing their physics foundation.

Year 3: Students progress into the molecular and biochemical sciences, studying areas such as genomics, microbiology, cellular biology, and biochemistry. Key courses include BL 3300 Genomics, BL 3020 Biochemistry, BL 3012 Essential Cell Biology, BL 4020 Biochemistry II, and BL 3820 Biochemistry Techniques, with MA 3715 Biostatistics adding quantitative skills.

Year 4: The final year focuses on advanced molecular science, professional preparation, and experiential learning. Students take BL 4030 Molecular Biology, BL 4840 Molecular Biology Techniques, CH 3540 Biophysical Chemistry, CH 3510 Physical Chemistry, and complete BL 4600 Professional Development Capstone for Biological Sciences alongside their experiential-learning requirement.

Focus Areas

Biochemistry, molecular biology, biological chemistry, genetics, genomics, cell biology, computational biology, microbiology, biophysical chemistry, physical chemistry, biotechnology, healthcare, environmental science, pharmaceuticals and research.

Learning Outcomes

Students develop theoretical and experimental knowledge in biochemistry and biophysical chemistry, quantitative and instrumental analytical methods, laboratory safety and experimental data analysis, scientific literature research, scientific communication, and ethical awareness of the societal and environmental implications of their work.

Professional Alignment (Accreditation)

Michigan Tech's assessment schedule identifies Biochemistry and Molecular Biology (BMB) as an undergraduate program subject to university program review. The official Michigan Tech source does not identify a separate professional accreditation for the BS in Biochemistry and Molecular Biology; therefore, no specific external accreditation should be claimed for this program.

Reputation (Employability / Official Statistics)

Michigan Tech reports an 8.6:1 student-to-faculty ratio, undergraduate research opportunities beginning in the first semester, and a 71% graduation rate based on U.S. Department of Education data. Its biochemistry page also reports that graduates have been hired by organizations including Cargill, Cayman Chemical, Eurofins, Neogen Corporation, Pathnostics, Prevention Genetics, and the U.S. Army CCDC Ground Vehicle Systems Center.

Experiential Learning (Research, Projects, Internships etc.)

Michigan Tech places strong emphasis on learning by doing, with the program combining laboratory coursework, undergraduate research, computational work, and advanced scientific instrumentation. Biology-focused students can complete at least five credits of experiential learning through options such as Research in Biochemistry and Applied Genome Editing, while faculty research opportunities allow students to work on empirical, theoretical, or computational projects.

Students can build practical experience through:

Undergraduate Research: Students can conduct empirical, theoretical, or computational research in biochemistry under the direction of a faculty member through BL 4995 Research in Biochemistry, culminating in a written report, product, or presentation.
Applied Genome Editing: BL 4153 Applied Genome Editing provides training in genome-editing design and implementation, giving students exposure to modern molecular biology techniques.
Molecular Biology Techniques: BL 4840 Molecular Biology Techniques provides advanced practical preparation alongside the program's molecular biology coursework.
Biochemistry Techniques: BL 3820 Biochemistry Techniques gives students practical experience with biochemical methods and laboratory work.
Research Instrumentation: Michigan Tech provides access to state-of-the-art research instrumentation, including facilities for confocal imaging, electron microscopy, mass spectrometry, environmental analysis, scanning probe and optical microscopy, and X-ray analysis.
Research Facilities: Biological Sciences research is supported by facilities in the Dow Environmental Sciences and Engineering Building and the Great Lakes Research Center, alongside collaborative research groups and research centers.
Laboratory-Based Learning: Michigan Tech describes the program as combining research opportunities and lab-based learning, including work with DNA, RNA and protein analysis, gene cloning and transformation, and chromatography.
Co-ops and Internships: Students can use Michigan Tech's Career Services to pursue internships and co-ops; co-ops last at least one academic semester and provide academic credit.
Professional Development: The senior BL 4600 Professional Development Capstone for Biological Sciences assesses experiential learning and prepares students for postgraduate work, professional training, or graduate school.

Progression & Future Opportunities

The degree prepares students for careers across biotechnology, pharmaceuticals, product development, environmental consulting, quality assurance, research, and academia, while also providing preparation for advanced education. Michigan Tech specifically lists career possibilities including analytical chemist, biochemist, clinical lab technician, geneticist, research associate, R&D scientist, pharmacologist, forensic scientist, toxicologist, and science writer.

Typical career directions include: Biochemist, Analytical Chemist, Research Associate, R&D Scientist

Students can further develop their career prospects through:

Career Services: Michigan Tech provides one-on-one career advising, peer career coaching, workshops, industry events, career fairs, resume support, interview preparation, and job-search resources through Career Services and Handshake.
Employer Connections: Career Services reports 50+ corporate partners, 1,200+ recruiters at the Fall Career Fair 2024, and 3,700+ on-campus interviews on Interview Day.
Industry Experience: Michigan Tech reports that more than 415 companies visit annually to recruit students for internships, co-ops, and full-time employment across 28 industry sectors. Over the previous three years, students secured co-op experiences in 33 states, with an average reported co-op salary of more than $22 per hour.
Program Employer Network: Michigan Tech lists organizations that have hired biochemistry and molecular biology graduates, including Cargill, Cayman Chemical, Eurofins, Neogen Corporation, Pathnostics, Prevention Genetics, and the U.S. Army CCDC Ground Vehicle Systems Center.
Further Professional Development: The curriculum includes a senior professional development capstone and experiential learning, helping students connect their academic preparation with postgraduate study, professional training, or employment.
Graduate Outcomes: The program specifically prepares students for advanced study in biochemistry, biology, medicine and related fields, while Michigan Tech also provides an Accelerated Master's program that can allow eligible students to earn a master's degree with one additional year of study.

Further Academic Progression: Students can continue into master's or PhD study in biochemistry, molecular biology, biology, or related disciplines, or pursue medical, dental and other professional health programs. Michigan Tech also offers an Accelerated Master's pathway that can allow students to complete a master's degree in one additional year, providing a direct route from undergraduate study into advanced education.