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Discover courses across every level โ from primary school to professional development.
604 courses available
Biotechnology
Pharmaceutical and Medical Biotechnology
How biotechnology is applied to develop medicines โ biopharmaceuticals, monoclonal antibodies, and vaccine technology, connecting molecular biotechnology to real-world therapeutic products.
Biotechnology
Environmental and Agricultural Biotechnology
Applying biotechnology beyond medicine โ genetically improved crops, biofuels, and bioremediation approaches using biological systems to address environmental and agricultural challenges.
Biotechnology
Biotechnology Capstone Project I: Proposal and Design
The first half of your capstone research and development experience โ identifying a genuine biotechnology problem, researching existing approaches, and developing a rigorous project proposal.
Biotechnology
Biotechnology Capstone Project II: Implementation and Presentation
The culmination of your Biotechnology degree โ executing your project, analysing your results, and presenting your findings as a complete, independent piece of applied biotechnology work.
Biological Sciences
Molecular Biology and Biochemistry
Building on Histology and Cell Biology from Year 1, this course goes deeper into the molecular machinery of the cell โ DNA replication, transcription, translation, and the biochemical pathways underlying cellular metabolism.
Biological Sciences
Microbiology and Immunology
The diversity of microbial life and how organisms defend against it โ bacterial and viral biology, and the fundamentals of innate and adaptive immunity across the animal kingdom.
Biological Sciences
Comparative Anatomy and Physiology
How anatomy and physiology vary and converge across the animal kingdom โ comparing vertebrate body systems to understand both the diversity and the shared evolutionary logic of animal form and function.
Biological Sciences
Ecology and Environmental Biology
How organisms interact with each other and their environment โ population dynamics, community ecology, and the environmental pressures shaping ecosystems, extending General Biology and Ecology from Year 1.
Biological Sciences
Research Methods and Biostatistics
How biological knowledge actually advances โ experimental design, statistical analysis, and the research methods biologists use to test hypotheses and interpret data rigorously.
Biological Sciences
Cell Signalling and Molecular Genetics
How cells communicate and how genetic information is regulated โ signal transduction pathways and the molecular mechanisms controlling gene expression, building directly on Molecular Biology and Biochemistry.
Biological Sciences
Evolutionary Biology and Population Genetics
The mechanisms driving evolutionary change โ natural selection, genetic drift, and how allele frequencies change within populations over time, building on Genetics and Evolutionary Biology from Year 1.
Biological Sciences
Physiology of Organ Systems
A deeper, systems-based exploration of physiological function, extending Human Physiology I with a comparative and integrative lens across major organ systems.