This module introduces the chemical principles underpinning biological systems, focusing on the structure, properties, and biological roles of carbohydrates, proteins, lipids, and nucleic acids. Students will explore how these biomolecules are synthesised, degraded, and integrated into metabolic pathways and regulatory networks. The module also introduces quantitative concepts in biochemistry, including enzyme kinetics, enabling students to understand how biochemical reactions are catalysed and controlled in cells. Through lectures, tutorials, and workshops, students will develop foundational biochemical knowledge and core analytical skills essential for later stages of study.
This module introduces students to the fundamental cellular and molecular principles that underpin all biological systems. Students examine the structure and function of cells, mechanisms of cellular and genetic information flow and regulation, and the molecular basis of inheritance and variation. Through integrated theoretical and applied learning, students develop the analytical skills needed to interpret biological data and relate molecular and cellular processes to human health and disease.
This module introduces students to the foundations of microbiology and immunology within Biomedical Science. It begins with the historical importance of key discoveries, before exploring the structure and diversity of microbes and the principles of immune defence. Students will develop an understanding of host–pathogen interactions and how these underpin approaches to diagnosis, treatment, and public health. The module provides essential knowledge and context to support further study across the Biomedical Science curriculum.
This module introduces the fundamental principles of human anatomy and physiology, focusing on the structure, function, and integration of major body systems. Students explore organisational levels from cells to systems, alongside key concepts such as homeostasis, regulation, and control through neural and endocrine mechanisms. Emphasis is placed on understanding structure–function relationships in normal health, providing a scientific foundation for later study of pathophysiology and laboratory-based biomedical science. The module also develops core academic, communication, and digital skills essential for progression within biomedical and health sciences.
This module introduces students to the fundamental cellular and molecular principles that underpin all biological systems. Students examine the structure and function of cells, mechanisms of cellular and genetic information flow and regulation, and the molecular basis of inheritance and variation. Through integrated theoretical and applied learning, students develop the analytical skills needed to interpret biological data and relate molecular and cellular processes to human health and disease.
This module introduces students to the core practical, professional, and employability skills required for safe and effective practice in biomedical science laboratories. Students will develop fundamental laboratory skills in biochemistry, infection and immunity, alongside essential professional competencies including record-keeping, data handling, good laboratory practice and health and safety. Through structured workshops and supervised practical sessions, students will build confidence and competence in laboratory techniques while developing the skills necessary for progression to higher-level study and professional practice. The module also introduces the role of the Institute of Biomedical Science (IBMS) and the Health and Care Professions Council (HCPC) in the biomedical scientist profession, providing an understanding of professional standards, regulation, accreditation and career development pathways within biomedical science.
This module builds on the foundational laboratory and professional skills developed in Practical and Employability Skills 1. Students further develop core laboratory techniques while enhancing their knowledge and practical competencies in cell biology, genetics and molecular biomedical science. Emphasis is placed on accurate quantitative work, data analysis and statistical literacy. The module also strengthens students’ laboratory practice and scientific communication skills, while fostering professional behaviours such as teamwork, effective communication and time management to support their ongoing employability and professional development. Building on the introduction provided in Practical and Employability Skills 1, students further explore the roles of the IBMS and HCPC in the biomedical scientist profession, including professional standards, regulatory requirements, accreditation processes, continuing professional development and professional registration.
