Saginaw Valley State University

What you'll study

The Biology bachelor's degree combines core biological science courses with hands-on laboratory and field experiences. You will study foundational topics such as cellular and molecular biology, genetics, ecology, evolution and physiology alongside quantitative skills like biostatistics and data analysis.

• Core lecture and lab courses: General Biology, Cell Biology, Molecular Biology, Genetics, Microbiology, Ecology and Animal/Plant Physiology.
• Methods and quantitative courses: Biostatistics, Experimental Design, Molecular Techniques and Bioinformatics introductions.
• Fieldwork and applied classes: Ecology and Field Methods, Conservation Biology, Aquatic Biology, and courses using local ecosystems for practical learning.
• Senior-level experience: Capstone seminar, senior research project or a practicum that culminates your laboratory/field training.
• Electives and concentrations: Options to tailor the degree with electives in environmental science, cell and molecular specialisms, microbiology, or preparatory courses for medical and allied health professional schools.
• Research and experiential learning: Opportunities for mentored undergraduate research with faculty, summer research projects, and credit-bearing internships with local hospitals, environmental agencies and industry partners.

Entry requirements

Applicants should have completed secondary-level education with a strong emphasis on science and mathematics. Typical preparation includes courses in biology, chemistry and algebra or calculus. Selection considers academic coursework, grades and any relevant laboratory or volunteer experience.

• Freshman applicants: secondary-school diploma with solid performance in science and maths; preparatory coursework in biology and chemistry is strongly recommended.
• Transfer applicants: college transcripts showing successful completion of introductory biology, chemistry and mathematics courses; an associate degree in a related field can support transfer into the programme.
• International applicants: academic credentials equivalent to U.S. secondary or post-secondary qualifications and evidence of English language proficiency where required (accepted tests and minimum levels are set by the university).
• Additional considerations: some tracks or placements may recommend or require immunisations, background checks or health clearances for clinical or field-based experiences.

Career prospects

Graduates are prepared for a range of careers across the public, private and non-profit sectors or for further academic and professional study. Many go on to roles that use laboratory and analytical skills, environmental expertise or biological knowledge.

• Entry-level laboratory positions: research technician or laboratory assistant in academic, government or commercial labs.
• Environmental and conservation roles: field technician, environmental consultant, natural resource manager or roles with conservation organisations and regulatory agencies.
• Healthcare pathways: graduates often pursue further training to enter medicine, dentistry, physician assistant, nursing or clinical laboratory science programmes.
• Biotechnology and industry: roles in quality control, product development, sales and regulatory affairs within biotech and pharmaceutical companies.
• Education and outreach: secondary school teaching (with appropriate certification), museum or nature-centre education and science communication.
• Further study: many students continue to graduate programmes (MSc/PhD) or professional schools (MD, DO, DVM) to specialise in research or clinical careers.

Why study at Saginaw Valley State University

Saginaw Valley State University emphasises undergraduate-focused teaching combined with accessible research opportunities. Biology students benefit from small class sizes, direct mentorship from faculty and a strong emphasis on experiential learning in both laboratory and field settings.

• Undergraduate research: faculty-led projects provide hands-on experience and mentorship that prepare students for professional lab work or graduate study.
• Regional field resources: proximity to diverse freshwater and terrestrial habitats, including nearby river and bay systems, supports applied ecology and aquatic biology training.
• Laboratory facilities and instrumentation: teaching and research labs equipped for molecular, cellular and ecological investigations support student learning.
• Internships and local partnerships: connections with regional hospitals, environmental agencies, and industry provide practical work placements and networking opportunities.
• Support services: academic advising, career services and pre-professional guidance help students plan coursework, internships and post-graduate pathways.