As part of Biomedical Science (with a Foundation Year), you will study three subject-specific modules, designed to align with your intended undergraduate degree.
You will study one compulsory module in Biology and pick two additional STEM modules. You can choose from the following modules, provided you have studied an A Level (or equivalent) in the relevant subject, with the exception of Scientific Maths, which only requires GCSE Maths:
- Additional Maths
- Chemistry
- Physics
- Psychology
- Scientific Maths
- Sport and Exercise Science
This structure ensures you build a strong academic foundation in subjects most relevant to your future studies. Please see below for an overview of the compulsory and optional modules available for this programme:
Additional Maths (Optional)
Take your maths skills to the next level with a deep dive into pure mathematics. This module is all about understanding patterns, structures, and logical thinking. You’ll master essential techniques, explore the power of proof, and tackle challenging problems that stretch your reasoning. It’s ideal if you’re preparing for degree subjects that demand strong analytical skills, like maths, physics, or computer science.
Biology (Compulsory)
Explore the science of life in this engaging introduction to biology. You'll also develop a range of key scientific skills, including practical investigation. This will include investigating the molecules that make up living things, discovering how cells function, the immune system and learning about genetic diversity and gene expression. This module gives you the foundation you need for life sciences at university - whether you’re fascinated by health, the environment, or how living organisms work.
Chemistry (Optional)
Get hands-on with the building blocks of the universe. In this module, you’ll explore essential chemical principles that form the backbone of STEM degrees. You’ll boost your confidence in solving problems, sharpen your skills in chemical calculations, and gain practical experience through lab work. From designing experiments to using specialist equipment, you’ll develop the knowledge and techniques needed for university-level science.
Physics (Optional)
Ever wondered how the world works at its most fundamental level? This module helps you make sense of the forces, energy, and laws that govern everything around us. You’ll build a solid understanding of key physics concepts and learn how to apply your maths skills to real-world situations. Along the way, you’ll develop problem-solving techniques that will support your future studies in science and engineering.
Psychology (Optional)
Build a strong foundation for your future in STEM with this engaging Psychology module. You’ll explore key areas including social, cognitive and developmental psychology, and develop practical research skills by designing, conducting and analysing your own studies, using statistical techniques to interpret data. The module also explores real-world applications such as stress, clinical and forensic psychology, helping you understand how theory informs practice. With a focus on critical thinking, you’ll evaluate research, consider its relevance in modern society, and build independence, preparing you for success in your chosen STEM pathway.
Scientific Maths (Optional)
Discover how maths works in the real world. In this module, you'll build up your skills in algebra and statistics by exploring topics like probability, data interpretation, and modelling. Whether you’re comparing data sets or solving practical problems, you’ll learn how to use maths as a powerful tool for understanding the world - and making decisions that matter.
Sport and Exercise Science (Optional)
Step into the science behind performance with this Sport and Exercise Science module. You’ll explore how physiology, biomechanics, psychology and sport technology combine to influence athletic performance. Using real-world sporting contexts, you’ll examine how scientific principles are applied to improve technique, optimise training and support athlete wellbeing. You’ll also gain insight into how evidence-based approaches shape coaching, preparation and performance. With a focus on analytical thinking, you’ll develop a clear understanding of how theory translates into practice. This will help build your confidence and independence, preparing you for progression into a range of STEM-related degree pathways.
Next steps
To progress from your Foundation Year to the first year of your undergraduate degree, Biomedical Science BSc Hons (B990) - Lancaster University you'll need to achieve an overall average of 50%, and at least 50% in each of your modules.
