Tennessee State University

What you'll study

The certificate focuses on core biotechnology concepts and hands‑on laboratory skills. Typical modules include molecular and cellular biology techniques, recombinant DNA technology, analytical methods in biochemistry, bioprocessing and fermentation principles, bioinformatics fundamentals, and laboratory safety and quality assurance. Coursework emphasises practical training in DNA/RNA manipulation, protein expression and purification, PCR and sequencing workflows, data analysis, and interpretation of experimental results.

The programme is usually structured as a short sequence of graduate‑level courses (commonly covering 9–15 graduate credit hours) that can be completed alongside work or as a bridge into a full master’s programme. Delivery formats may include evening or hybrid classes and supervised laboratory sessions in TSU’s research and teaching facilities.

Entry requirements

• Bachelor’s degree from an accredited institution, typically in biology, biochemistry, microbiology, molecular biology, or a closely related field.
• Academic transcripts demonstrating satisfactory undergraduate performance; many applicants present a minimum cumulative GPA at the undergraduate level (check the university for the current threshold).
• Prerequisite coursework in biology and general chemistry; applicants lacking key prerequisites may be admitted conditionally and asked to complete foundation courses.
• A current CV or résumé and a personal statement outlining academic and professional goals are normally required. Letters of recommendation may be requested depending on the department’s admissions procedures.
• International applicants must meet the university’s English language proficiency requirements and provide equivalent credential documentation.

Career prospects

Graduates of the certificate can move into laboratory and technical positions within biotechnology, pharmaceutical, agricultural, environmental and clinical laboratories. Common roles include research technician, laboratory analyst, quality control/assurance associate, process technician in biomanufacturing, and regulatory support staff. The certificate also provides professional development for healthcare or industry professionals seeking to incorporate molecular and biotechnological methods into their work.

Additionally, the programme is frequently used by students preparing to apply for master’s programmes in related fields, or by employed professionals aiming to pivot to R&D or supervisory laboratory roles. Proximity to regional life‑sciences employers enhances opportunities for internships and industry collaboration.

Why study at Tennessee State University

• Tennessee State University is an accredited, research‑active institution with teaching and research laboratories that support hands‑on biotechnology training.
• As a Historically Black College and University (HBCU), TSU offers a diverse, supportive academic environment and mentorship opportunities to a broad student population.
• Faculty with active research programmes provide exposure to contemporary techniques and potential opportunities to participate in research projects or laboratory internships.
• The university’s location provides access to a regional network of biotechnology, pharmaceutical and healthcare organisations, facilitating industry partnerships, internships and employment pathways.
• The certificate’s flexible delivery options make it suitable for working professionals seeking targeted skill development without committing to a full degree.