Biomedical Sciences—BS

4 Years On Campus Bachelors Program

Western Michigan University

Program Overview

The Biomedical Sciences B.S. at Western Michigan University is designed for students interested in human biology, healthcare, medical research, or professional health programs, combining study of human, molecular and cellular biology with chemistry, physics and mathematics. Students explore areas such as cell biology, genetics, microbiology, molecular biology, neurobiology and physiology while developing the analytical, quantitative, communication, teamwork and problem-solving skills valued across biomedical careers.

Curriculum Structure:

Year 1:

Students establish their scientific foundation through courses in biology, chemistry, mathematics and other core requirements. BIOS 1610: Molecular & Cellular Biology, CHEM 1100/1110: General Chemistry I & Lab I, and MATH 1220: Calculus I introduce students to cellular processes, fundamental chemistry and quantitative methods that support later biomedical study.

Year 2:

Students move deeper into human biology while continuing their chemistry and science preparation. Courses such as BIOS 2110: Human Anatomy, BIOS 2300: Cell Biology, and CHEM 3750/3760: Organic Chemistry I & Lab I develop an understanding of human structure, cellular function and the chemical principles underlying biological systems.

Year 3:

The program progresses toward more specialized biomedical subjects, building knowledge of how biological systems function and how disease can affect them. Students can study BIOS 2400: Human Physiology, BIOS 2500: Genetics, and BIOS 2320: Microbiology and Infectious Diseases, strengthening their understanding of physiological processes, heredity and microorganisms associated with human disease.

Year 4:

Students bring their knowledge together through advanced study and a capstone experience. WMU's Biomedical Sciences program allows the capstone to take the form of a senior seminar in a specialized area or independent research with a WMU professor, giving students an opportunity to apply their scientific knowledge to a focused biomedical topic.

Focus Areas:

Human biology, molecular biology, cellular biology, genetics, microbiology, physiology, anatomy, neurobiology, health sciences, medical research, disease diagnosis and treatment, quantitative science, professional health preparation

Learning Outcomes:

Critical and creative thinking, inquiry and analysis, quantitative literacy, teamwork and problem solving, written and oral communication, understanding of human and molecular biology, application of biological principles to health and disease, and preparation for biomedical research and professional healthcare education.

Professional Alignment (Accreditation):

The Biomedical Sciences B.S. is an academic degree designed to prepare students for medical, dental and other professional schools, as well as careers in health and medical research, clinics, industrial laboratories, and government agencies. WMU does not identify a separate professional accreditation for the Biomedical Sciences B.S.; instead, the program provides academic preparation for professional programs including medicine, dentistry, pharmacy, optometry, physical therapy, physician assistant, podiatry and veterinary medicine.

Reputation (Employability):

Western Michigan University reports that 97% of Biological/Biomedical Sciences graduates are working or continuing their education, while 95% of Biological/Biomedical Sciences graduates are working in a field directly related to their degrees, based on the university's 2024–25 Career Outcomes Report. WMU also reports that 93% of graduates participated in experience-driven learning, highlighting the university's emphasis on practical preparation alongside academic study.

WMU's Biomedical Sciences program also reports that more than one-third of its biomedical graduates progress directly to professional medical, dental or veterinary medicine programs, and the university states a 90% acceptance rate among WMU students who apply to medical school. These figures are university-reported outcomes rather than rankings such as QS or Guardian.

Experiential Learning (Research, Projects, Internships etc.)

The Biomedical Sciences B.S. at Western Michigan University gives students opportunities to connect classroom learning with biomedical research, clinical environments and professional practice. The program includes a capstone experience, which can be a specialized senior seminar or independent research conducted with a WMU professor, while the Department of Biological Sciences provides hands-on research opportunities across biological and biomedical sciences. WMU also identifies paid and unpaid internship opportunities with organizations including Bronson Hospital, Borgess Hospital and MPI Research, giving students opportunities to gain experience in healthcare, pharmaceutical and biotechnology-related settings.

Students can build practical experience through these program-related opportunities:

Capstone experience: Students complete either a specialized senior seminar or independent research with a WMU professor, allowing them to apply their biomedical knowledge to a focused area.
Internships: WMU lists paid and unpaid internship opportunities with Bronson Hospital, Borgess Hospital and MPI Research.
Research opportunities: The Department of Biological Sciences offers undergraduate opportunities to participate in faculty-led research, with areas spanning biological and biomedical sciences. Students can also develop teamwork, critical-thinking, problem-solving and written, oral and digital communication skills through experiential learning.
Research laboratories: Biological Sciences has research laboratories equipped with scanning and transmission electron microscopes, scintillation counters, ultracentrifuges and spectrophotometers.
Teaching laboratories: Student teaching laboratories contain up-to-date equipment used for studying biological organisms and microorganisms.
Field experience: The department provides field-based learning opportunities, and its laboratory classes frequently take field trips to lakes, streams, ponds, forests, wetlands and prairies in Kalamazoo and surrounding counties.
Professional exposure: WMU's American Medical Student Association chapter connects students with doctors, nurses, physician assistants and advisors and provides guidance on medical-school applications, volunteering and research opportunities.
Digital tools/software: WMU's official Biomedical Sciences program and Biological Sciences experiential-learning pages emphasize digital communication skills, but they do not identify specific required commercial software for the Biomedical Sciences B.S.; therefore, no specific software is claimed here.
Group projects: The department identifies teamwork as an experiential-learning skill, but the official Biomedical Sciences pages do not specify a particular mandatory group project, so no specific project is claimed.

Facilities & Resources:Biomedical Sciences students benefit from the Department of Biological Sciences' teaching and research laboratories, including facilities with advanced microscopy and laboratory equipment. The department also has the C.R. Hanes Herbarium, Finch Greenhouse, and biological collections, while nearby university properties and natural areas provide opportunities for field-based learning. The broader WMU research environment also supports mentored undergraduate research and creative activity.

Progression & Future Opportunities

The Biomedical Sciences B.S. at Western Michigan University prepares graduates for entry-level opportunities in healthcare, research, pharmaceutical and biotechnology settings, while also providing a strong foundation for professional and graduate education. WMU reports that biomedical sciences graduates work in clinics, research and industrial laboratories, pharmacies, and state and federal agencies; more than one-third continue directly into medical, dental or veterinary programs.

Typical career roles: Biomedical Researcher, Clinical Research Coordinator, Laboratory Technician, Medical Sales/Marketing Associate.

Career support: WMU's Career and Student Employment Services provides career coaching, resume support, interview practice, career workshops, job fairs and access to Handshake, where students can search for internships and full-time jobs.
Employment outcomes: For 2024–25, WMU reports 97% of Biological/Biomedical Sciences graduates were employed or continuing their education, while 95% were working in a field directly related to their degrees. These figures are department-level outcomes rather than exclusively Biomedical Sciences B.S. outcomes.
Salary: WMU's 2024–25 university-wide career report gives a $50,000–$60,000 median salary range for bachelor's-level respondents. WMU notes that salary data are based on respondents who reported salaries and should not be treated as a prediction for individual graduates.
University–industry connections: Biomedical Sciences students can access internship opportunities with organizations such as Bronson Hospital, Borgess Hospital, MPI Research, Charles River Laboratories, Pfizer and Zoetis through WMU's internship resources.
Professional-school progression: WMU reports a 90% acceptance rate among WMU students who apply to medical school, and more than one-third of Biomedical Sciences graduates progress directly to medical, dental or veterinary programs. This is an institutional/program-reported outcome, not a guarantee for individual applicants.
Long-term professional value: The B.S. itself is an academic degree rather than a separately licensed clinical qualification. Its value for long-term progression comes from preparing students for professional programs such as medicine, dentistry, pharmacy, optometry, physical therapy, physician assistant, podiatry and veterinary medicine, as well as graduate study.
Graduation outcomes: WMU's 2024–25 university-wide data show 94% of participating graduates were employed or continuing their education, and 94% of those working full time reported jobs related to their field of study.

Further Academic Progression: After completing the B.S., students can pursue professional degrees in medicine, dentistry, optometry, pharmacy, physical therapy, physician assistant, podiatry or veterinary medicine. Other pathways include graduate study in biology, biomedical engineering, chemistry, community medicine, forensic science or public health, depending on the student's career goals and admission prerequisites.