BSc (Hons) Medical Science

The module aims to introduce aspects of Human Anatomy/Embryology and enable the appreciation of structure-function relationships at the level of the cell, tissue, organ, system and organism. The lectures in the first trimester will introduce Gross Anatomy and Embryology using a system-based approach and the second trimester will detail the Histology at cellular and tissue level. The collective systems led approach will provide a good understanding of the macroscopic and microscopic structure-function aspects of the human body.

This module gives you a comprehensive understanding of the inner workings of living cells, with a strong focus on human cell biology. You will explore organelle function, cell signalling pathways, cancer cell biology and cellular metabolism, building a clear picture of how cells maintain health and respond to disease.

Through interactive lectures you will learn how cell biology underpins health and disease. You will gain insight into the real-world applications of cell biology in diagnostics, treatment and innovation.

Genetics has become a central topic not only in biological science, but also for topics such as data science, art and culture. Genetics is revolutionising all spheres of life at an unprecedented speed. It is central to all areas of biology, from cellular development and reproduction to conservation and biodiversity. In this core module, we will provide you with the framework of this diverse area, covering areas from DNA fingerprinting and DNA/RNA editing, to ethics and conservation biology. We will expose you to the latest research in the area of molecular genetics and provide the foundation for your future. 

This module focuses on the basic principles involved in the build-up of molecules from atoms: the formation, properties and importance of bio-organic molecules, the diverse nature of micro-organisms and their structure, function and importance. Through interactive sessions, this module provides an important foundation for subsequent learning in infectious diseases and public health.

This module introduces essential clinical and professional competencies through a blend of basic laboratory work, clinical simulations, and clinical communication training. You will develop practical skills for healthcare settings while building confidence in patient interaction and ethical decision-making. A key feature is the creation of a personal and professional development portfolio, helping you track progress and showcase your readiness for future clinical roles.

You will gain in-depth understanding of the functions of major organ systems and how they regulate homeostasis. Alongside lectures, you will undertake a range of practical experiences, including whole human physiological experiments using the sports laboratories as well as ‘wet lab’ experimentation at the bench to understand the cellular mechanisms underpinning normal physiology.

This module builds foundational competencies to prepare students for complex clinical and professional challenges. Using simulations and problem-based learning (PBL), you will develop advanced ethical decision-making skills alongside practical preparation for clinical aptitude tests and interviews. The module also introduces key concepts in clinical governance, digital health, and clinical research methodologies. This module draws on the combined expertise of colleagues scientific and healthcare backgrounds, ensuring an interdisciplinary approach to professional readiness.

This module aims to introduce you to the general properties of pharmacologically active ingredients and their effect upon the major organ systems. You will develop an understanding of the pharmacology of therapeutic agents, techniques applicable to research and industry in the field of pharmacology.

Molecular Genetics will enable students to gain practical skills in molecular biology and bioinformatics, through linked laboratory and computer sessions. The lecture programme is delivered by three academics, each an expert in their specific area of molecular genetics. Topics covered include, current molecular biology and bioinformatics techniques, the control of bacterial and eukaryotic gene expression, the effect of mutations on gene expression, population genetics and the application of molecular genetics to conservation.

In this module you will learn the inter-related nature of human disease and major diagnostic approaches. Assessment is via a series of case studies to develop awareness of disease processes on a cellular level and their manifestation into localised and systemic clinical symptoms. You will gain insight into clinical diagnostic techniques and their underpinning principles.

Immunology explores the immune system and its role in health and disease. This module provides an in-depth understanding of immune components and their influence on human diseases using a variety of teaching techniques. You will engage in research-based discussions to examine immune defense mechanisms and how their dysregulation contributes to pathology. The module highlights how knowledge of immunity enhances clinical diagnosis and monitoring. Finally, you will gain insight into the immune system’s role in cancer prevention, linking fundamental science to clinical applications.

This module provides an advanced understanding of pharmacology within the context of clinical research and drug development. You will explore pharmaceutical techniques and the processes underpinning pre-clinical and clinical trials, including regulatory and ethical considerations. Through case studies and data-driven approaches, you will examine how pharmacological principles inform therapeutic strategies and patient safety. Practical sessions will introduce analytical methods used in drug evaluation, while discussions will focus on interpreting clinical trial data and understanding pharmacovigilance. By the end of the module, you will be equipped with the knowledge and skills to critically assess pharmacological research and its application in healthcare.

In this module, you will explore microbes that cause disease in both clinical and public health contexts. Learning will combine theory with hands-on experience through laboratory sessions focused on essential diagnostic skills, including bacterial isolation, identification, and typing from diverse sources. You will engage with real-world case studies to understand the clinical significance of pathogens and apply problem-solving approaches to outbreak scenarios. Additionally, the module introduces the use of big data in microbiology, highlighting how genomic and epidemiological datasets inform disease surveillance and antimicrobial strategies. This integrated approach builds practical expertise and analytical skills for modern healthcare challenges.

This module develops essential clinical decision-making and communication competencies, with a strong emphasis on history taking and patient interaction. Delivered primarily through problem-based learning (PBL), similar to approaches used in medical schools, you will work through realistic clinical scenarios that require effective questioning, active listening, and ethical reasoning. The module integrates structured frameworks for clinical consultations, fostering confidence in gathering and interpreting patient information. By the end, you will be equipped with practical skills to communicate clearly and professionally in healthcare settings, supporting safe and informed clinical decision-making.

The final-year research project is a cornerstone of your degree, offering the opportunity to develop advanced technical and transferable skills sought by employers. This module focuses on clinical research, enabling you to plan, execute, and report on an ethically approved study addressing a research question relevant to biomedical and healthcare practice. Under the supervision of research-active staff, you will undertake substantial independent work across the academic year, generating novel data and applying rigorous analysis and interpretation. The project culminates in a dissertation and presentation, showcasing your ability to contribute to evidence-based clinical practice and research innovation.