Sheffield Hallam University
Pharmacology and Biotechnology
Overview
Pharmacology and Biotechnology (MSc) at Sheffield Hallam University is designed for students who want to connect molecular science with real-world drug development and healthcare applications. You’ll build practical laboratory capability while studying how biotechnology supports pharmacology, including biopharmaceuticals, drug discovery, and the molecular basis of disease. Key facts Develop advanced laboratory and research skills through applied, project-based learning. Study molecular pharmacology, biotechnology methods, and how they translate into therapies. Learn to design experiments, analyse data, and interpret results in a scientific context. Explore drug discovery and biopharmaceutical production, including approaches using genetically modified systems. Strengthen independent learning, critical reflection, and professional scientific practice. Careers and opportunities Graduates are prepared for roles in: pharmaceutical and biopharmaceutical research and development industrial biotechnology and health biotechnology academic research and postgraduate study drug discovery and translational science teams quality, compliance, and laboratory-based scientific support (where relevant) Get more details Visit the programme website for the latest module options, start dates, and entry guidance.
About this programme
Overview
The Pharmacology and Biotechnology (MSc) program at Sheffield Hallam University is tailored for individuals keen on merging molecular science with practical applications in drug development and healthcare. This course emphasizes the integration of biotechnology with pharmacology, focusing on areas such as biopharmaceuticals, drug discovery, and the molecular underpinnings of diseases.
What you'll study
Throughout the course, you will:
- Enhance your laboratory and research skills through hands-on, project-based learning.
- Examine molecular pharmacology and biotechnology methods and their applications in developing therapies.
- Learn to design experiments, analyze data, and interpret scientific results effectively.
- Investigate drug discovery processes and biopharmaceutical production, including the use of genetically modified systems.
- Develop skills in independent learning, critical thinking, and professional scientific practice.
Programme Structure
- Courses may include:
- Advanced Laboratory and Research Practice
- Biotechnological Approaches to Pharmacology
- Cell Biology
- Molecular Biology and Biotechnology
- Biopharmaceuticals and Drug Discovery
- Cellular and Molecular Basis of Cancer
- Genomics and Proteomics
How you’ll learn
- Participate in laboratory sessions to refine experimental techniques and research abilities.
- Engage in applied learning that connects molecular mechanisms to therapeutic advancements.
- Take part in research-focused activities that bolster independent study and enhance scientific communication skills.
Assessment
- Assessment methods typically include a combination of coursework, laboratory evaluations, and research outputs.
Entry requirements
Applicants should generally possess a 2:1 in a relevant Honours degree. However, those with a 2:2 may also apply and will be considered on a case-by-case basis. Additionally, candidates with alternative qualifications or relevant skills may be taken into account.
Career prospects
Upon graduation, you will be well-equipped for a variety of roles in:
- Pharmaceutical and biopharmaceutical research and development
- Industrial and health biotechnology
- Academic research and further postgraduate studies
- Drug discovery and translational science teams
- Quality assurance, compliance, and laboratory-based scientific support roles
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