The course combines a strong scientific foundation with practical laboratory experience, professional development and real-world healthcare applications. Students develop essential knowledge in biology, chemistry, physiology, microbiology, immunology and public health, while building the laboratory and analytical skills sought by employers.
Level 4 – Semester 1 - Fundamentals of Life Sciences (40 Credits)
Provides the scientific foundations required for further study in bioscience and healthcare.Key topics include:
- Biochemistry and biomolecules
- DNA, RNA and genetics
- Cell biology
- Human anatomy and physiology
- Organic, inorganic and physical chemistry
- Pathophysiology and biological chemistry
Introducing Professional Skills for Scientists (20 Credits)
Develop essential academic, practical and professional skills, including:
- Digital literacy
- Scientific mathematics
- Information searching
- Laboratory techniques
- Scientific communication
- Data handling
- Professional ethics and sustainability
- Understanding the UN Sustainable Development Goals
Level 4 – Semester 2 - Demonstrating Professional Skills for Scientists (20 Credits)
Build confidence through independent practical work and project-based learning. Topics include:
- Investigation design
- Problem solving
- Scientific literature evaluation
- Data interpretation
- Practical laboratory competence
Epidemiology & Public Health (20 Credits)
Explore how diseases affect populations and how public health interventions improve outcomes. Key areas include:
- Disease detection
- Screening programmes
- Health inequalities
- Population health
- Public health policy and interventions
Human Reproduction & Endocrinology (20 Credits)
Study the science of human reproduction and hormonal control. Topics include:
- Reproductive physiology
- Endocrine regulation
- Embryology
- Assisted reproductive technologies (IVF)
- Reproductive ethics
Level 5 – Semester 1 - Molecular & Cellular Biochemistry (40 Credits)
Develop a deeper understanding of the molecular mechanisms behind health and disease. Key topics include:
- Biomolecular structure and function
- Metabolism and energy production
- Gene expression and regulation
- Cell signalling pathways
- Disease mechanisms
- Biotechnology ethics
- Animal models in scientific research
Developing Professional Skills for Scientists (20 Credits)
Advance your professional and employability skills through laboratory-based learning. Topics include:
- Experimental design
- Project management
- Autonomous laboratory practice
- Statistical and mathematical data analysis
- Scientific integrity
- Professional development and CPD
- Scientific communication
Level 5 – Semester 2 - Immunology & Microbiology (20 Credits)
Investigate the relationship between microorganisms, disease and the immune system. Key topics include:
- Innate and adaptive immunity
- Vaccination and immunotherapy
- Bacterial and viral pathogens
- Infection control
- Antimicrobial resistance
- Environmental microbiology
Physiology of Health & Disease (20 Credits)
Examine how physiological systems function in health and change through disease and ageing. Additional topics include:
- Cognitive function and performance
- Environmental adaptation
- Pharmacological interventions
- Systems-based approaches to disease
- Scientific presentation and case-study analysis