BSc (Hons) Biomedical Scientist Apprenticeship module overview - what you will study
Introduction to Pathology Sciences
In this module, you develop an understanding of the role of pathology disciplines in clinical diagnosis and the professional requirements of biomedical science. You learn about different sample types, disease processes, medical terminology, and key areas including microbiology, immunology, biochemistry, haematology, and cell pathology. Teaching includes online lectures, seminars, group activities, and independent study. Assessment consists of a class test and a 1500-word coursework assignment.
Anatomy and Physiology
In this module, you develop an understanding of the structure and function of major body systems and how changes in normal physiology can lead to disease. You explore key diagnostic techniques used in pathology and consider how personal beliefs and biases may influence interpretation of information. Teaching is delivered through online lectures, seminars, group activities, and independent study. Assessment includes a 15-minute presentation and a reflective report.
Fundamentals of Biosciences
In this module, you develop a foundation in biology and physiology, focusing on molecular, cellular, and developmental processes. You study biological molecules, cell structure and function, the central dogma of molecular biology, human development, and stem cells. Teaching is delivered through online lectures, seminars, group work, and independent study. Assessment includes a poster presentation and a written report.
Practical and Professional Skills I
In this module, you develop essential laboratory, professional, and reflective skills for biomedical science practice. You learn about health and safety, quality management, professional standards, and good laboratory practice, while gaining experience in recording observations and presenting scientific data. Teaching includes laboratory sessions, workshops, simulations, and independent study. Assessment consists of a laboratory report and a reflective report.
Physiological Regulation and Pathological Insights
In this module, you develop an understanding of how major physiological systems function and work together to maintain homeostasis. You study the cardiovascular, respiratory, renal, endocrine, nervous, and reproductive systems, exploring how regulatory mechanisms and signalling pathways control normal body functions and how disease can disrupt them. You also examine physiological interactions and related pharmacology. Teaching includes online lectures, seminars, group activities, and independent study. Assessment consists of a recorded presentation and a 2000-word case-based report.
Blood Sciences
In this module, you develop your understanding of blood, immunity, and transfusion science. You study the structure and function of blood cells, the role of the complement system in immune responses, and the principles of blood banking and transfusion practice. You also explore the biochemical and pathological basis of selected organ systems and their relevance to clinical diagnosis. Teaching includes online learning, practical sessions, group activities, and independent study. Assessment is a 3500-word case-based report.
Cell Pathology and Microbial Science
In this module, you develop a deeper understanding of disease processes and the role of microorganisms in human health and disease. You study cellular injury, repair, and disease progression, alongside microbiological techniques used in diagnosis and treatment. You also learn about tissue sampling, histopathology, and the contribution of pathology disciplines to clinical diagnosis. Teaching includes online learning, practical sessions, group activities, and independent study. Assessment is a two-hour examination.
Practical and Professional Skills II
In this module, you develop advanced laboratory, diagnostic, and professional skills required for biomedical science practice. You learn to perform routine diagnostic investigations, interpret laboratory results and quality control data, and apply analytical techniques used in clinical laboratories. The module also strengthens your understanding of professional standards, regulatory requirements, digital laboratory systems, and effective communication within healthcare settings. Teaching includes lectures, practical laboratory sessions, group work, and independent study. Assessment is a 3500-word logbook documenting practical work, data analysis, professional conduct, and reflective practice.
Integrated Pathobiology
In this module, you develop a comprehensive understanding of how different pathology disciplines work together to diagnose, monitor, and manage disease. You integrate knowledge from clinical biochemistry, cellular pathology, haematology, immunology, microbiology, and transfusion science to interpret complex clinical cases and support patient care. Teaching includes online learning, laboratory practicals, group activities, and independent study. Assessment is a two-hour case-based examination.
Advanced Biomedical Science Professional Practice
In this module, you develop advanced professional, leadership, and decision-making skills required in biomedical science. You learn to evaluate laboratory data, apply quality management and health and safety standards, use research to improve practice, and communicate effectively with multidisciplinary teams. The module also supports continuing professional development and preparation for IBMS registration requirements. Teaching includes online learning, seminars, group activities, and independent study. Assessment consists of a project report and presentation, a professional portfolio, and a viva.
Applied Genetics and Molecular Techniques
In this module, you develop your understanding of genetics and molecular biology, focusing on genetic analysis, genomic data, and modern molecular techniques. You explore gene expression, bioinformatics, genetic manipulation, and therapeutic applications while considering ethical issues in genetic research. Teaching includes online lectures, seminars, group activities, and independent study. Assessment is a 4500-word research proposal investigating a genetic disorder.
Projects in Biomedical Science
In this module, you design and undertake an independent biomedical science research project, applying advanced theoretical knowledge, practical skills, and critical analysis. You learn to plan research, analyse data, evaluate methodologies, and communicate findings effectively through scientific writing and presentations. Teaching includes supervision, laboratory work, research training sessions, and independent study. Assessment consists of a 6000-word dissertation or research paper and a poster presentation.
