Davenport University

What you'll study

The programme combines core biological sciences with specialised biotechnology courses and extensive laboratory experience. Typical modules include cell and molecular biology, genetics, microbiology, biochemistry, recombinant DNA techniques, protein purification, and bioinformatics. Courses emphasise practical laboratory methods such as aseptic technique, PCR, gel electrophoresis, spectrophotometry, chromatography and basic bioanalytical assays.

Students also study applied topics relevant to industry: bioprocessing and fermentation, quality assurance and regulatory considerations, laboratory safety and biosafety, and ethical issues in biotechnology. The curriculum is structured around a mix of lectures, laboratory sessions, project-based learning and a capstone or senior research project. Many students complete an internship or cooperative education placement with local biotech, clinical or industrial partners to gain workplace experience.

Entry requirements

Applicants should hold a recognised secondary school diploma or equivalent with a strong background in the sciences. Preparatory subjects typically include biology, chemistry and mathematics; college-preparatory coursework in physics is highly recommended. Davenport seeks students who demonstrate academic readiness for a rigorous STEM programme and practical laboratory work.

Applicants educated outside the United States must provide equivalent academic credentials and proof of English language proficiency where required. Transfer students with prior college-level coursework in biology or chemistry may receive credit after transcript evaluation. Admissions may also consider personal statements, recommendations and any relevant laboratory or research experience.

Career prospects

Graduates are prepared for entry-level technical and research roles in biotechnology, pharmaceuticals, clinical laboratories, environmental testing and biomanufacturing. Typical job titles include research technician, laboratory analyst, quality control/quality assurance technician, bioprocessing operator, and microbiology technician. With further training or postgraduate study, graduates may move into specialised roles in molecular diagnostics, regulatory affairs, product development or academic research.

The degree also provides a foundation for advanced study (master’s or professional degrees) in fields such as molecular biology, biomedical sciences, genetic counselling and public health.

Why study at Davenport University

Davenport offers a practical, career-oriented approach with small class sizes and significant laboratory time so students build hands-on skills sought by employers. The university maintains relationships with regional healthcare, industrial and research organisations that support internships and applied projects. Faculty often bring industry experience to teaching, helping connect classroom learning to real-world biotechnology applications.

Students benefit from access to modern lab facilities and career services focused on placement and professional development. The programme’s focus on applied techniques and workplace readiness is intended to make graduates immediately productive in laboratory and biomanufacturing settings or well-prepared for postgraduate study.