University of Hull

What you'll study

This Masters covers the principles and practice of pharmacology alongside the contemporary processes involved in drug discovery and development. Teaching mixes lecture-based modules with hands-on laboratory practicals, data analysis workshops and a substantial independent research project. Typical topics include:

• Core pharmacology: receptor pharmacology, signal transduction, mechanisms of drug action and dose–response relationships.
• Drug discovery and design: target identification, lead discovery, medicinal chemistry concepts and hit-to-lead optimisation.
• Pharmacokinetics and pharmacodynamics (PK/PD): absorption, distribution, metabolism, excretion, and modelling drug–response relationships.
• Toxicology and safety assessment: in vitro and in vivo approaches to identify adverse effects and preclinical safety testing strategies.
• Regulatory science and drug development pathways: clinical trial phases, regulatory submissions, quality assurance, and good laboratory/clinical practice (GLP/GCP).
• Advanced laboratory techniques: cell culture, molecular biology, bioassays, high-throughput screening principles and contemporary analytical methods.
• Statistics and research methods: experimental design, biostatistics, and data interpretation relevant to pharmacological studies.
• Independent research project / dissertation: a major research project carried out under academic supervision, delivering practical experience in experimental planning, execution and scientific communication.

Modules are delivered through a combination of lectures, seminars, practical laboratory sessions and tutorials. Assessment typically includes written assignments, practical reports, exams and the dissertation.

Entry requirements

Applicants are normally expected to hold a good honours degree in a relevant discipline such as pharmacology, biomedical science, pharmacy, chemistry, biochemistry or a related biological science. Relevant professional experience in pharmaceutical or laboratory settings may be considered where academic qualifications differ.

International applicants should hold an equivalent qualification from a recognised institution. Applicants whose first language is not English will need to demonstrate proficiency in English; typical evidence would be a recognised test score at the level required for postgraduate study (for example, an IELTS score consistent with postgraduate entry standards).

Selection may also consider references, a personal statement describing motivation and relevant experience, and, where applicable, evidence of practical laboratory skills. Applicants may be invited to interview or to submit a short research proposal in support of their application for the project component.

Career prospects

Graduates of this MSc are equipped for roles across the pharmaceutical, biotechnology and healthcare sectors. Common career destinations include:

• Research scientist positions in drug discovery and development laboratories.
• Preclinical pharmacology and toxicology roles in industry or contract research organisations (CROs).
• Clinical research support roles, including clinical trial coordination and data management.
• Regulatory affairs, quality assurance and drug safety/vigilance positions.
• Technical and specialist roles in analytical services, formulation development and biomanufacturing.
• Further academic research such as PhD study in pharmacology, medicinal chemistry or related fields.

The programme emphasises transferable skills—experimental design, critical appraisal of literature, data analysis and scientific communication—that are valued across industry, healthcare and research sectors.

Why study at University of Hull

The University of Hull offers research-informed teaching delivered by staff active in biomedical and life-science research. Students benefit from modern laboratory facilities and practical training that reflect current industry practice. The university maintains collaborative links with local NHS partners, the Hull York Medical School and regional life-science employers, supporting work placements, project supervision and industry-relevant learning.

Small-group teaching and research supervision support close interaction with academic staff, while the programme’s practical emphasis prepares students for immediate employment or for continuation to doctoral study. The department’s focus on applied pharmacology and translational research helps students develop the technical and professional skills sought by employers within the drug development pipeline.