University of Nottingham

What you'll study

The PhD is an individual, research-focused programme that centres on an independent laboratory or interdisciplinary project supervised by one or more academic staff. Projects span molecular mechanisms of cellular processes, protein structure and function, gene regulation, signalling pathways, synthetic biology, microbiology, structural biology, and molecular approaches to human disease, plants or environmental biology.

While there are no taught modules as part of the thesis component, students take a tailored programme of training that typically includes:

• Advanced laboratory techniques in molecular cloning, protein expression and purification, mass spectrometry, next-generation sequencing, microscopy and imaging methods.
• Statistical analysis, bioinformatics and computational biology skills relevant to experimental data interpretation.
• Research design, experimental planning and reproducible research practices.
• Professional and transferable skills such as scientific communication, grant writing, teaching practice and project management.

Students can expect regular supervisory meetings, attendance at research group meetings, and participation in departmental seminars and journal clubs. Many students also present work at national and international conferences and contribute to collaborative programmes within the university's research institutes and facilities, such as core sequencing, proteomics and imaging platforms.

Programme structure

The doctorate is assessed primarily on the submitted thesis and viva voce examination. Progress is monitored through formal reviews, research training records and milestone assessments. Opportunities exist for collaboration with industry partners, placement projects and interdisciplinary co-supervision depending on the chosen topic.

Entry requirements

Applicants are normally expected to hold a UK first-class or upper second-class honours degree (1st or 2:1) in a relevant discipline such as biochemistry, molecular biology, biology, biomedical science or a closely related subject. A relevant taught MSc or integrated master's (for example MSci or MRes) with a substantial research component is typically required or strongly preferred, particularly for candidates with a second-class undergraduate degree.

Selection is based on academic record, research experience, and the match between the applicant's interests and available supervisory expertise. Practical laboratory experience and evidence of research potential, such as a dissertation, publications or presentations, strengthen an application. Non-native English speakers must meet the university's English language requirements for postgraduate research students.

Applicants normally apply for a specific advertised project or propose an independent research proposal and should contact potential supervisors to discuss fit and project feasibility before submission.

Career prospects

Graduates of PhD programmes in molecular biology and biochemistry pursue a wide range of careers. Many continue in academic research as postdoctoral researchers and progress to independent academic roles or research leadership. Others move into roles in the biopharmaceutical and biotechnology industries, including research and development, process development, quality control, regulatory affairs and clinical research.

Transferable skills developed during the PhD — experimental design, data analysis, problem-solving, scientific communication and project management — are also valued in science policy, patent law, science publishing, consulting and education. The university's careers service and departmental networks support students in preparing for both academic and non-academic career paths.

Why study at University of Nottingham

The University of Nottingham provides a research-intensive environment with established research groups in molecular and biochemical sciences, access to shared core facilities and collaborative links across life sciences disciplines. Students benefit from supervision by internationally active researchers and from being part of a vibrant postgraduate community with regular seminars, workshops and training opportunities.

The university emphasises interdisciplinary research and provides strong support structures for doctoral training, including professional development, ethics and integrity training, and opportunities for industry engagement. Its campus laboratories and research infrastructure support cutting-edge experimental approaches, enabling students to develop the technical and intellectual skills required for a successful scientific career.