University of Hartford

What you'll study

The programme integrates core principles from biochemistry, molecular biology and biophysics to provide a broad but rigorous foundation in the molecular life sciences. You will take sequential courses in chemistry, biology and mathematics and then progress to specialised modules that emphasise structure–function relationships, quantitative methods and hands-on laboratory skills.

• Foundations: General chemistry, introductory biology, calculus and physics to build the quantitative and chemical background needed for advanced work.
• Core biochemical and molecular courses: Organic chemistry, physical chemistry or thermodynamics for the life sciences, cell biology, genetics and molecular biology, and introductory and advanced biochemistry.
• Biophysics and quantitative methods: Courses that cover spectroscopic and imaging methods, protein structure and dynamics, principles of bioenergetics, and mathematical/physical approaches to biological problems.
• Laboratory and technical skills: Progressive, hands-on lab courses in analytical techniques, molecular biology methods (PCR, cloning, electrophoresis), protein purification and characterisation, and instrumentation commonly used in research and clinical labs.
• Computational and statistical training: Bioinformatics, data analysis and biostatistics to handle sequence, structural and experimental data.
• Research and capstone: A senior capstone experience, independent research project or honours thesis under faculty supervision, with opportunities to present findings and develop scientific communication skills.
• Electives and interdisciplinary options: Electives may include neuroscience, pharmacology, environmental molecular biology, or courses in ethics and regulation of biotechnology to broaden career-relevant perspectives.

Entry requirements

Admission to the programme requires a secondary school qualification equivalent to a high-school diploma. Successful applicants typically have strong preparation in chemistry, biology and mathematics. Recommended background includes high‑level coursework in chemistry and algebra/trigonometry or calculus, and laboratory experience where available.

The university reviews applications holistically; typical considerations include academic transcripts, teacher references and any relevant extracurricular activities or laboratory experience. Applicants whose first language is not English will need to meet the university's English proficiency requirements.

Career prospects

Graduates are prepared for a range of careers in the life sciences, industry and beyond. The degree provides a strong foundation for both immediate employment and for graduate or professional study.

• Research and technical roles: Laboratory technician, research assistant or quality control analyst in academic, pharmaceutical or biotechnology settings.
• Healthcare and clinical laboratories: Work in clinical diagnostics, clinical research coordination or roles supporting translational medicine (additional certification may be required for some clinical positions).
• Biotech and industry: Positions in process development, regulatory affairs, product development and technical support.
• Further study: Preparation for graduate programmes (MSc, PhD) in molecular biology, biochemistry, biophysics or allied disciplines, and professional schools such as medicine, dentistry or physician associate programmes.
• Other paths: Science communication, patent and regulatory careers (often with further qualification), education and policy roles that benefit from a molecular life‑science background.

Why study at University of Hartford

The University of Hartford offers a personalised undergraduate experience with relatively small class sizes and close interaction with faculty, which supports hands‑on laboratory training and mentored research. The programme emphasises practical skills and undergraduate research, enabling students to work with modern instrumentation and to complete independent projects under faculty supervision.

Students benefit from the university's connections within the Hartford region, including local hospitals, research institutes and industry partners, for internships and experiential learning. In addition, campus resources such as career services, academic advising and facilities for interdisciplinary collaboration help prepare graduates for careers or further study in the molecular life sciences.