Kettering University

What you'll study

This interdisciplinary degree covers the chemical and physical principles that govern biological systems, together with the molecular and cellular techniques used in modern bioscience. You will take foundation courses in general chemistry, organic chemistry, physics and calculus before progressing to core subjects such as cell biology, genetics, molecular biology and biochemistry.

• Introductory and advanced biochemistry (protein structure and function, metabolism, enzymology)
• Molecular biology and genetics (DNA/RNA structure, gene expression, recombinant DNA techniques)
• Biophysics and quantitative methods (thermodynamics, kinetics, spectroscopy, single-molecule methods)
• Laboratory techniques and instrumentation (cell and tissue culture, chromatography, mass spectrometry, electrophoresis, microscopy)
• Computational and data-science skills for biology (bioinformatics, statistical analysis, modelling)
• Analytical chemistry and lab safety, plus electives in areas such as proteomics, structural biology and synthetic biology
• Capstone research project or senior design experience that emphasises experimental design, data analysis and scientific communication

The programme emphasises practical, hands-on experience in well-equipped teaching and research laboratories, and small-class instruction to develop both technical and professional skills.

Entry requirements

Applicants should have a strong background in the natural sciences and mathematics from their secondary education. Typical academic preparation includes:

• High-school level chemistry and biology; chemistry at an advanced level is highly recommended
• Solid competency in mathematics — algebra and precalculus or calculus; prior exposure to statistics is helpful
• Physics is recommended but not always mandatory

For international applicants, an equivalent secondary-school qualification is required together with evidence of English language proficiency. Kettering assesses applicants holistically, considering grades, recommendation letters, personal statements and any relevant laboratory or research experience. Transfer applicants should present college transcripts showing success in foundational science and mathematics courses.

Career prospects

Graduates from this programme are prepared for a broad range of careers in biotechnology, pharmaceutical companies, academic and government research laboratories, clinical and diagnostic laboratories, and industries requiring molecular- and biochemical expertise. Common entry-level roles include:

• Research technician or laboratory scientist in industry or academia
• Quality control/quality assurance and analytical laboratory roles
• Clinical laboratory technologist or diagnostics specialist
• Process development and biomanufacturing roles in biotech and pharmaceuticals
• Regulatory affairs, clinical research coordination and product development support

Many graduates also progress to postgraduate study (MSc/PhD) in molecular biology, biochemistry, biophysics or related disciplines, or to professional programmes such as medicine, dentistry or pharmacy.

Why study at Kettering University

Kettering is known for its integrated cooperative education model that combines classroom learning with paid, supervised work placements. Students in the biochemistry, biophysics and molecular biology programme benefit from industry-aligned laboratory training, regular co-op placements with research or commercial laboratories, and close mentorship from faculty engaged in applied research.

• Co-op programme that builds practical experience and professional networks alongside academic study
• Access to modern teaching and research facilities, with emphasis on instrumentation and hands-on technique
• Small class sizes and direct faculty supervision that support independent research and strong technical skill development
• Strong career services and industry partnerships that help with job placement and transition to postgraduate study

Together, these features make Kettering a suitable choice for students seeking an applied, career-focused education in molecular life sciences that balances rigorous theory with practical laboratory experience.