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Understand how your immune system keeps you healthy and what happens when it doesn’t. This module introduces the core concepts of immunology, from how immune cells work to how they respond to disease. You'll build a solid foundation in how the immune system functions in both health and illness. It’s a fundamental part of your immunology training. 

Explore the science behind allergies and how your immune system reacts to allergens. This module looks in-depth into the allergic cascade, the IgE network and how allergic inflammation causes tissue damage. You will also examine why allergic diseases are becoming more common and the molecular reasons behind allergenicity, as well as learning how scientists are developing new treatments to tackle allergies through immunological interventions.   

Uncover what happens when the immune system turns against the body. This module explores how immune tolerance breaks down, leading to autoimmune diseases. You'll learn about the genetic and environmental factors involved, and how immunotherapy is used to treat these conditions. Through this module, you’ll understand the science behind diseases like type 1 diabetes and lupus, and how cutting-edge treatments are being developed. 

Discover how modern medicine works with the immune system to treat disease. This module explores current and future immunotherapies, from engineered antibodies and CAR-T cells to gene editing and stem cell therapies. You'll also look at how biologic drugs are used across a range of conditions, including examples of vaccines. The module provides vital insight into the future of immunological treatments. 

This module provides advanced training in contemporary research methods, including subject-specific skills. You will focus on key practical techniques and data analysis. You will develop your ability to interpret and critique experiment results, so you can apply these skills to your MSc Research Project and future scientific work.  

This module offers an intensive research experience, enabling you to plan, execute and present a substantial project. You’ll gain practical experience in subject-specific laboratory techniques, data analysis, critical thinking and scientific communication. You’ll carry out your own research under academic supervision, write a dissertation and present your findings. It’s the culmination of your degree, equipping you with the skills to contribute to scientific innovation and preparing you for a wide range of employment opportunities or further study.