Program Overview
The BSc Biomedicine provides a comprehensive education in the biological and medical sciences, focusing on the mechanisms of human health and disease. It combines theoretical knowledge with practical laboratory training, preparing students for careers in science, healthcare, or further study.
Curriculum Structure
Year 1
Students begin with an introduction to cell biology, genetics, biochemistry, and human physiology. The year focuses on understanding the structure and function of cells and tissues, supported by laboratory training in microscopy, biochemical assays, and genetic techniques.
Year 2
The second year develops more advanced biomedical knowledge in molecular genetics, immunology, microbiology, and pharmacology. Laboratory sessions introduce applied biomedical methods such as microbial culture, immunological testing, and pharmacological experiments.
Year 3
The final year brings together advanced study in neuroscience, infectious disease, and molecular medicine. Students design and complete a final-year research project, developing independence in experimental design, data collection, and presentation of results to scientific standards.
Focus Areas
Human biology, genetics, molecular medicine, immunology, microbiology, neuroscience, and pharmacology.
Learning Outcomes
Graduates acquire knowledge of biomedical science principles, laboratory expertise, and independent research skills, equipping them for scientific careers or postgraduate study.
Professional Alignment
The degree is aligned with research and clinical laboratory standards, enabling students to pursue scientific and healthcare-related employment.
Reputation (Employability & Graduate Outcomes)
Birkbeck biomedicine graduates progress into roles in research labs, clinical diagnostics, biotechnology, pharmaceuticals, and healthcare innovation. The program also provides a strong foundation for MSc or PhD study.
The BSc Biomedicine at Birkbeck provides a comprehensive education in human biology, physiology, genetics, and the molecular basis of disease. The programme blends theoretical learning with practical laboratory training, ensuring that students graduate with both scientific knowledge and employable skills. Evening teaching allows flexibility for students balancing study with work or other commitments.
Experiential Learning Highlights:
Why This Programme Stands Out:
This programme combines flexibility with academic rigour, offering a strong grounding in biomedical sciences while catering to diverse student needs. Graduates leave with practical skills and knowledge relevant to healthcare, research, and further study.
Graduates gain strong expertise in human anatomy, molecular biology, pathophysiology, and pharmacology, leading to careers in healthcare science, medical diagnostics, pharmaceutical industries, and academic research. Roles include Biomedical Scientist, Clinical Research Officer, Healthcare Data Analyst, and Forensic Scientist.
Further Academic Progression
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