Norwich University

What you'll study

The programme provides a balanced mix of foundational science and specialised modules across biochemistry, molecular biology and biophysics. Early study builds core knowledge in general chemistry, organic chemistry, cell biology, genetics and calculus or statistics. Later years focus on molecular mechanisms, protein structure and function, enzymology, membrane biophysics, nucleic acid chemistry and cellular signalling.

• Introductory and organic chemistry; laboratory safety and techniques
• Cell and molecular biology: DNA replication, transcription and translation
• Biochemistry of proteins, enzymes and metabolism
• Biophysics: thermodynamics, kinetics, spectroscopy and structural methods (e.g. X‑ray crystallography basics, NMR principles, cryo-EM introduction)
• Molecular techniques: PCR, gel electrophoresis, cloning, expression and purification of proteins
• Bioinformatics and computational biology: sequence analysis, structural modelling and basic scripting for data analysis
• Laboratory-focused modules with regular practical sessions and data analysis
• Research project or senior thesis in an area such as structural biology, enzymology, molecular genetics or biophysical modelling
• Professional skills: scientific communication, ethics in research and experimental design

The degree emphasises hands-on laboratory training, quantitative analysis and an independent research project or capstone, allowing students to apply techniques learned in class to authentic problems.

Entry requirements

Typical entrants hold a secondary school diploma or equivalent with strong performance in science subjects. Required or strongly recommended subjects include chemistry and biology; mathematics (or statistics) is highly recommended because of the quantitative nature of the course. Applicants are normally expected to demonstrate:

• Good grades in chemistry and biology (or equivalent pre-university qualifications)
• Competence in mathematics; calculus or statistics at secondary level is preferred
• A personal statement outlining interest in molecular life sciences and laboratory work
• Academic reference(s) from a teacher or mentor

The university considers the whole application and may invite candidates for interview or ask for evidence of laboratory experience. International applicants should meet the university's English language requirements.

Career prospects

Graduates are well placed for a variety of scientific and technical careers. Common destinations include:

• Research technician or laboratory scientist roles in academic, industrial or government laboratories
• Positions in biotechnology and pharmaceutical companies (assay development, quality control, process development)
• Clinical laboratory work, with appropriate additional certification where required
• Further study: MPhil/MSc or PhD in molecular biology, biochemistry, biophysics or related disciplines; professional courses such as medicine or dentistry with additional qualifications as necessary
• Careers in bioinformatics, scientific publishing, regulatory affairs, patent work or science communication
• Teaching and education roles following relevant teacher training

The programme’s practical focus, research project and industry links help build laboratory skills and professional contacts valued by employers and graduate programmes.

Why study at Norwich University

Norwich University's undergraduate environment offers close faculty mentoring and small class sizes that support intensive laboratory learning and personalised research supervision. The institution places emphasis on experiential learning, giving students regular access to teaching laboratories and opportunities to join faculty-led research or internships. Interdisciplinary teaching draws on chemistry, physics and computational tools so students develop strong quantitative and practical skills applicable to modern molecular science.

Students benefit from career support services, collaborations with regional employers and opportunities to present research at conferences or through campus symposia. These features help prepare graduates for both immediate employment and competitive applications to postgraduate programmes.