Capital University

What you'll study

This programme blends core topics from biochemistry, molecular biology and biophysics with practical laboratory training and quantitative methods. Early years focus on foundation subjects such as cell biology, organic and physical chemistry, genetics and introductory molecular biology. You will also take modules in mathematics and statistics to support data analysis.

• Core molecular sciences: biochemistry of macromolecules, gene expression and regulation, recombinant DNA techniques, cellular signalling and metabolism.
• Biophysics and structural biology: protein structure and folding, spectroscopy, thermodynamics of biomolecules, principles of microscopy and imaging.
• Laboratory and practical skills: molecular cloning, PCR and sequencing methods, electrophoresis, cell culture, biochemical assays and instrument handling.
• Computational and quantitative modules: bioinformatics, data analysis, modelling of biological systems and statistics for the life sciences.
• Project work: laboratory rotations in earlier years with a substantive independent research project or capstone in the final year, supervised by faculty with expertise across molecular biology, biochemistry and biophysics.

The programme typically progresses from structured taught modules to greater emphasis on independent research and specialised elective options in areas such as structural biology, enzymology, neurobiology, synthetic biology or biotechnology applications.

Entry requirements

Applicants are expected to demonstrate strong achievement in science subjects and numeracy. Typical entry is via completion of a secondary qualification with high grades in relevant sciences.

• Required subjects: chemistry is normally required; biology and mathematics or physics are highly recommended.
• Qualifications: applicants with A‑level, IB, high‑school diploma or equivalent qualifications are considered. The department also accepts applicants with strong performance in relevant foundation or access programmes.
• Other evidence: personal statements, references, and where applicable relevant laboratory experience or extracurricular science activities strengthen an application. International students must satisfy English language requirements.

Career prospects

Graduates are prepared for a range of scientific and professional careers. The degree provides a strong platform for employment in the life sciences sector, as well as for further study.

• Laboratory and research roles: junior research scientist, laboratory technician, or research associate in academic, industrial or clinical settings.
• Biotechnology and pharmaceutical industries: roles in assay development, quality control, regulatory affairs, and process development.
• Data and computational roles: bioinformatics analyst or roles combining laboratory and data analysis skills.
• Healthcare and allied professions: preparation for postgraduate conversion to medicine, dentistry, clinical laboratory science or related health professions.
• Further study and careers in policy or commercialisation: many graduates progress to MSc/PhD research degrees, patent or technology transfer roles, scientific publishing, or consultancy.

Why study at Capital University

Capital University offers an interdisciplinary programme that emphasises hands‑on laboratory training alongside quantitative and theoretical tuition. Small class sizes support close interaction with teaching staff and opportunities to join active research groups for final‑year projects.

Students benefit from access to modern teaching laboratories and core instrumentation for molecular biology, spectroscopy and microscopy, as well as structured support for placements and internships with local research organisations and industry partners. The curriculum is designed to be flexible, allowing students to tailor their studies with electives and research focus areas that match career goals or postgraduate ambitions.