STUDY

The Principles of Biology module introduces you to the foundational concepts of life sciences, from cell structure to ecological systems. You will explore key biological principles including genetics, metabolism, evolution, and biodiversity. Through a blend of lectures, laboratory sessions, tutorials, and immersive virtual simulations, learners develop essential scientific knowledge and laboratory skills. The course emphasises the structure and function of living organisms and the processes that sustain life. Active learning strategies, such as flipped classrooms and interactive resources, help reinforce core content and scientific thinking. Real-world biological problems, case studies, and peer-reviewed activities encourage collaboration, critical analysis, and application of knowledge. By the end of the module, you will be equipped with a comprehensive understanding of biological systems and the practical abilities needed for advanced study. This module lays a strong foundation for future specialisation across the life sciences.

This module introduces the structure and function of key human body systems including cardiovascular, respiratory, endocrine, nervous, and musculoskeletal systems. You will explore how these systems maintain homeostasis and interact to support life. The module blends theory with practical learning, using laboratory experiments, workshops, tutorials, and online tools to reinforce understanding. Emphasis is placed on biological organisation from the cellular to system level. Learners will gain the ability to describe physiological functions and understand the regulatory mechanisms essential to survival. Activities promote critical thinking, self-awareness, and collaborative problem-solving, all essential for healthcare and life science careers. Inclusive teaching practices ensure accessibility for all learners. By the end of the module, you will have the anatomical and physiological knowledge needed to confidently progress to undergraduate science courses.

Scientific Study Skills equips you with essential academic tools for success in undergraduate science education. It focuses on developing effective communication, time management, critical thinking, and independent learning. Key skills include essay planning and writing, academic referencing (Harvard style), research evaluation, and delivering scientific presentations. You will explore ethical academic practice, including avoiding plagiarism and the responsible use of AI tools. The module fosters confidence through peer review, personalised feedback, and interactive workshops. Practical tasks such as writing annotated bibliographies, interpreting scientific literature, and presenting findings help students become proficient communicators. Tutorials support the development of clear, concise, and logical arguments in both written and spoken formats. This module ensures learners are well-prepared for the academic demands of higher-level study and introduces the standards expected in scientific disciplines. 

This module builds confidence in mathematical reasoning and data analysis for you entering scientific disciplines. Designed especially for those without a strong maths background, it introduces core concepts including algebra, statistics, geometry, and mathematical modelling. You will learn how to apply these concepts to real-world problems in biology and health sciences. Practical workshops focus on using Excel to analyse scientific data, generate graphs, and carry out statistical procedures. A blended learning approach combines tutor-led sessions with structured independent learning, ensuring your progress at your own pace. The flipped classroom model enables tailored support and collaborative problem-solving. The computing element strengthens digital literacy through tasks that mirror scientific data analysis and reporting processes. On completion, you will be able to solve scientific problems using mathematical methods and present data accurately, building essential skills for research and study in STEM fields.

This module provides a comprehensive introduction to core biochemical concepts essential for understanding biological systems. You begin by exploring atomic structure and bonding before progressing to the macromolecules fundamental to life, including proteins, nucleic acids, carbohydrates, and lipids. Key metabolic pathways such as glycolysis, the Krebs cycle, and the electron transport chain are examined in detail. Practical sessions reinforce theoretical understanding through hands-on experience in biochemical techniques like protein extraction and gel electrophoresis. You also gain skills in detecting and quantifying biomolecules. Enzyme structure, function, and regulation are also explored, highlighting the central role of enzymes in cellular processes. Through a blended learning approach—combining lectures, virtual tools, and laboratory work—students develop scientific literacy, analytical reasoning, and practical lab competencies, providing a strong foundation for advanced bioscience modules. 

Cell Biology explores the intricate architecture and functions of prokaryotic and eukaryotic cells, focusing on how cellular processes are controlled and disrupted in disease. You investigate the cell cycle, differentiation, cell death, migration, and signalling pathways. The molecular basis of cancer and other pathologies are explored to illustrate how cellular dysregulation underpins disease. The module blends theory with practical lab experience, giving you hands-on skills in microscopy, cell staining, and culture techniques. Key microbiological methods and cell imaging technologies are also introduced. The content builds a clear understanding of how cellular components interact and adapt, enabling you to critically analyse cell behaviour across health and disease contexts. Tutorials and interactive lectures support the development of conceptual and applied understanding, preparing students for further study and research in life sciences. 

This foundational module develops essential scientific skills needed throughout life sciences education and professional practice. You will learn how to conduct effective literature reviews, interpret peer-reviewed research, and apply critical thinking. A core focus is data analysis—you practise key mathematical and statistical techniques, including descriptive statistics, t-tests, ANOVA, and graphical data presentation. Scientific writing is heavily emphasised, with you learning to construct professional lab reports using appropriate structure and referencing. Through a mix of interactive lectures, workshops, and online activities, learners gain confidence in Excel, scientific methods, and research communication. These skills are not only critical for academic success in future modules but also transferable to laboratory, research, and healthcare careers. The module supports you in becoming analytical thinkers and effective communicators of scientific evidence. 

This comprehensive module builds upon foundational knowledge of human biology. You will explore the intricate structures and vital functions, from cellular organisation to complex organ systems. Through interactive lectures, hands-on laboratory sessions, and engaging workshops, you will also master how physiological systems coordinate to maintain homeostasis. Experience practical investigations measuring real human biological parameters, and develop critical insights into health and disease mechanisms. This module provides you with essential knowledge that underpins many scientific and healthcare disciplines, supported by innovative virtual resources and guided learning.

Build essential laboratory expertise with this hands-on module designed for aspiring biomedical scientists. Gain confidence performing key scientific techniques, from microscopy to solution preparation, while mastering laboratory safety and professional standards. Learn about the vital role of biomedical scientists in UK healthcare, exploring ethics, regulation, and quality assurance. Case studies and practical sessions develop your skills in data analysis, reflective practice, and professional communication. This module provides the crucial practical foundation and regulatory awareness necessary for future success in biomedical science careers. 

Unlock the vital science behind disease diagnosis and patient care with our Clinical Biochemistry module. Dive deep into clinical laboratory techniques, quality control, and biochemical markers essential for understanding human health. Through a blend of interactive lectures, practical labs, and real-world case studies, you’ll develop hands-on skills in analysing clinical samples and interpreting critical biochemical data. This module bridges theory and practice, preparing you for careers in biomedical science and clinical diagnostics by equipping you with expertise in therapeutic drug monitoring, enzyme assays, and quality management in clinical labs. 

Explore the cutting-edge world of genetics and molecular biology in this comprehensive module. Learn how genes and genomes govern life processes, and master revolutionary techniques like PCR, gene cloning, and CRISPR. Through engaging lectures, dynamic practical sessions, and critical discussions, you’ll gain in-depth understanding of molecular mechanisms, biotechnology applications, and genetic diseases. Prepare to apply your skills in research, diagnostics, and biotechnological innovation, positioning yourself at the forefront of biomedical science. 

Explore the dynamic science of how drugs and toxins interact with the human body in this essential Level 5 module. Integrating biochemistry, anatomy, and physiology, you will develop a deep understanding of pharmacological mechanisms, drug metabolism, toxicity, and their impacts on health. Through engaging lectures, interactive podcasts, and peer-led seminars, you’ll critically evaluate drug actions, toxicological risks, and emerging therapies. This module prepares you for careers in medical research, pharmaceuticals, and clinical sciences by enhancing your ability to apply interdisciplinary knowledge to real-world problems in pharmacology and toxicology. 

Dive into the intricate science of disease causation and progression in this comprehensive module. You’ll explore environmental, genetic, and biological factors behind major diseases, linking molecular pathways to clinical symptoms and diagnosis. With a strong focus on pathophysiology, students will develop critical skills in synthesising complex medical information, supported by interactive lectures, case studies, and student-led workshops. Enhance your understanding of disease mechanisms, prevention, and emerging treatments while gaining practical IT skills to visually map diagnostic processes. This module prepares you for advanced biomedical science roles by integrating theory with real-world clinical application. 

Explore the fascinating interplay between microbes and the human immune system in this essential module. Covering bacteria, viruses, fungi, and parasites alongside innate and adaptive immunity, this module blends theory with practical lab sessions. Develop a solid understanding of microbial pathogenicity, immune responses, and immunological disorders. Practical workshops enhance your laboratory skills, preparing you for careers in clinical diagnostics and research. Interactive lectures and case studies deepen your ability to analyse infection processes and immune mechanisms, underpinned by current scientific research.

Explore the fascinating journey from a single cell to a complex organism in this module, covering key developmental stages such as fertilisation, blastocyst formation, gastrulation neurulation and somitogenesis, comparing different relevant models. Dive into the world of stem cells—understand their types, characteristics, applications in tissue engineering, and therapeutic potential while debating ethical considerations and regulation frameworks. Engage with interactive lectures, group work, and cutting-edge research techniques. This module sharpens your ability to critically analyse scientific evidence and work effectively in teams, preparing you for future biomedical challenges and innovations, and informing you about up and coming diagnostic and therapeutic avenues. 

Gain essential knowledge of blood biology and clinical applications, from blood cell function to diagnosing diseases like anaemia and blood cancers. Learn practical skills in blood analysis, transfusion science, and coagulation testing through interactive lectures and laboratory sessions. This module emphasizes real-world clinical diagnostics and quality standards, preparing you for biomedical roles in healthcare settings. 

Explore the microscopic world of cells and tissues, learning their structure, function, and how pathological changes affect them. This module covers core histology concepts including epithelial, connective, muscle, and nervous tissues. Gain practical skills in tissue processing, staining, and optical microscopy to analyse healthy and diseased samples, including cancer types like breast and prostate cancer. You will also study modern cell biology techniques and quality assurance in biomedical science. Delivered through lectures, labs, and interactive activities, this module builds essential practical and analytical expertise for biomedical scientists.

This module prepares you for professional biomedical science practice by deepening your understanding of regulatory standards, ethics, and quality management in clinical laboratories. Learn to design research projects, including experimental design, governance, and data analysis, while advancing practical and research skills critical for independent scientific inquiry. The curriculum integrates lectures, seminars, and case studies to develop critical thinking, scientific communication, and technical expertise aligned with UK biomedical standards. 

Undertake an independent research project on a biomedical science topic of your choice, applying practical and analytical skills to test hypotheses and solve scientific problems. Supported by individual supervision, you will manage your research, collect and analyse data, and present your findings in a formal dissertation. Research projects will stream down from current research conducted by our Course Team and cover different fields spanning from stem cell biology, cancer biology, immunology, haematology, and microbiology, to cite a few. This capstone project develops autonomy, critical evaluation, and professional communication essential for scientific careers.

The Principles of Biology module introduces you to the foundational concepts of life sciences, from cell structure to ecological systems. You will explore key biological principles including genetics, metabolism, evolution, and biodiversity. Through a blend of lectures, laboratory sessions, tutorials, and immersive virtual simulations, learners develop essential scientific knowledge and laboratory skills. The course emphasises the structure and function of living organisms and the processes that sustain life. Active learning strategies, such as flipped classrooms and interactive resources, help reinforce core content and scientific thinking. Real-world biological problems, case studies, and peer-reviewed activities encourage collaboration, critical analysis, and application of knowledge. By the end of the module, you will be equipped with a comprehensive understanding of biological systems and the practical abilities needed for advanced study. This module lays a strong foundation for future specialisation across the life sciences.

This module introduces the structure and function of key human body systems including cardiovascular, respiratory, endocrine, nervous, and musculoskeletal systems. You will explore how these systems maintain homeostasis and interact to support life. The module blends theory with practical learning, using laboratory experiments, workshops, tutorials, and online tools to reinforce understanding. Emphasis is placed on biological organisation from the cellular to system level. Learners will gain the ability to describe physiological functions and understand the regulatory mechanisms essential to survival. Activities promote critical thinking, self-awareness, and collaborative problem-solving, all essential for healthcare and life science careers. Inclusive teaching practices ensure accessibility for all learners. By the end of the module, you will have the anatomical and physiological knowledge needed to confidently progress to undergraduate science courses.

Scientific Study Skills equips you with essential academic tools for success in undergraduate science education. It focuses on developing effective communication, time management, critical thinking, and independent learning. Key skills include essay planning and writing, academic referencing (Harvard style), research evaluation, and delivering scientific presentations. You will explore ethical academic practice, including avoiding plagiarism and the responsible use of AI tools. The module fosters confidence through peer review, personalised feedback, and interactive workshops. Practical tasks such as writing annotated bibliographies, interpreting scientific literature, and presenting findings help students become proficient communicators. Tutorials support the development of clear, concise, and logical arguments in both written and spoken formats. This module ensures learners are well-prepared for the academic demands of higher-level study and introduces the standards expected in scientific disciplines.

This module builds confidence in mathematical reasoning and data analysis for you entering scientific disciplines. Designed especially for those without a strong maths background, it introduces core concepts including algebra, statistics, geometry, and mathematical modelling. You will learn how to apply these concepts to real-world problems in biology and health sciences. Practical workshops focus on using Excel to analyse scientific data, generate graphs, and carry out statistical procedures. A blended learning approach combines tutor-led sessions with structured independent learning, ensuring your progress at your own pace. The flipped classroom model enables tailored support and collaborative problem-solving. The computing element strengthens digital literacy through tasks that mirror scientific data analysis and reporting processes. On completion, you will be able to solve scientific problems using mathematical methods and present data accurately, building essential skills for research and study in STEM fields.

This module provides a comprehensive introduction to core biochemical concepts essential for understanding biological systems. You begin by exploring atomic structure and bonding before progressing to the macromolecules fundamental to life, including proteins, nucleic acids, carbohydrates, and lipids. Key metabolic pathways such as glycolysis, the Krebs cycle, and the electron transport chain are examined in detail. Practical sessions reinforce theoretical understanding through hands-on experience in biochemical techniques like protein extraction and gel electrophoresis. You also gain skills in detecting and quantifying biomolecules. Enzyme structure, function, and regulation are also explored, highlighting the central role of enzymes in cellular processes. Through a blended learning approach—combining lectures, virtual tools, and laboratory work—students develop scientific literacy, analytical reasoning, and practical lab competencies, providing a strong foundation for advanced bioscience modules. 

Cell Biology explores the intricate architecture and functions of prokaryotic and eukaryotic cells, focusing on how cellular processes are controlled and disrupted in disease. You investigate the cell cycle, differentiation, cell death, migration, and signalling pathways. The molecular basis of cancer and other pathologies are explored to illustrate how cellular dysregulation underpins disease. The module blends theory with practical lab experience, giving you hands-on skills in microscopy, cell staining, and culture techniques. Key microbiological methods and cell imaging technologies are also introduced. The content builds a clear understanding of how cellular components interact and adapt, enabling you to critically analyse cell behaviour across health and disease contexts. Tutorials and interactive lectures support the development of conceptual and applied understanding, preparing students for further study and research in life sciences. 

This foundational module develops essential scientific skills needed throughout life sciences education and professional practice. You will learn how to conduct effective literature reviews, interpret peer-reviewed research, and apply critical thinking. A core focus is data analysis—you practise key mathematical and statistical techniques, including descriptive statistics, t-tests, ANOVA, and graphical data presentation. Scientific writing is heavily emphasised, with you learning to construct professional lab reports using appropriate structure and referencing. Through a mix of interactive lectures, workshops, and online activities, learners gain confidence in Excel, scientific methods, and research communication. These skills are not only critical for academic success in future modules but also transferable to laboratory, research, and healthcare careers. The module supports you in becoming analytical thinkers and effective communicators of scientific evidence. 

This comprehensive module builds upon foundational knowledge of human biology. You will explore the intricate structures and vital functions, from cellular organisation to complex organ systems. Through interactive lectures, hands-on laboratory sessions, and engaging workshops, you will also master how physiological systems coordinate to maintain homeostasis. Experience practical investigations measuring real human biological parameters, and develop critical insights into health and disease mechanisms. This module provides you with essential knowledge that underpins many scientific and healthcare disciplines, supported by innovative virtual resources and guided learning.

Build essential laboratory expertise with this hands-on module designed for aspiring biomedical scientists. Gain confidence performing key scientific techniques, from microscopy to solution preparation, while mastering laboratory safety and professional standards. Learn about the vital role of biomedical scientists in UK healthcare, exploring ethics, regulation, and quality assurance. Case studies and practical sessions develop your skills in data analysis, reflective practice, and professional communication. This module provides the crucial practical foundation and regulatory awareness necessary for future success in biomedical science careers. 

Unlock the vital science behind disease diagnosis and patient care with our Clinical Biochemistry module. Dive deep into clinical laboratory techniques, quality control, and biochemical markers essential for understanding human health. Through a blend of interactive lectures, practical labs, and real-world case studies, you’ll develop hands-on skills in analysing clinical samples and interpreting critical biochemical data. This module bridges theory and practice, preparing you for careers in biomedical science and clinical diagnostics by equipping you with expertise in therapeutic drug monitoring, enzyme assays, and quality management in clinical labs. 

Explore the cutting-edge world of genetics and molecular biology in this comprehensive module. Learn how genes and genomes govern life processes, and master revolutionary techniques like PCR, gene cloning, and CRISPR. Through engaging lectures, dynamic practical sessions, and critical discussions, you’ll gain in-depth understanding of molecular mechanisms, biotechnology applications, and genetic diseases. Prepare to apply your skills in research, diagnostics, and biotechnological innovation, positioning yourself at the forefront of biomedical science. 

Explore the dynamic science of how drugs and toxins interact with the human body in this essential Level 5 module. Integrating biochemistry, anatomy, and physiology, you will develop a deep understanding of pharmacological mechanisms, drug metabolism, toxicity, and their impacts on health. Through engaging lectures, interactive podcasts, and peer-led seminars, you’ll critically evaluate drug actions, toxicological risks, and emerging therapies. This module prepares you for careers in medical research, pharmaceuticals, and clinical sciences by enhancing your ability to apply interdisciplinary knowledge to real-world problems in pharmacology and toxicology. 

Dive into the intricate science of disease causation and progression in this comprehensive module. You’ll explore environmental, genetic, and biological factors behind major diseases, linking molecular pathways to clinical symptoms and diagnosis. With a strong focus on pathophysiology, students will develop critical skills in synthesising complex medical information, supported by interactive lectures, case studies, and student-led workshops. Enhance your understanding of disease mechanisms, prevention, and emerging treatments while gaining practical IT skills to visually map diagnostic processes. This module prepares you for advanced biomedical science roles by integrating theory with real-world clinical application. 

Explore the fascinating interplay between microbes and the human immune system in this essential module. Covering bacteria, viruses, fungi, and parasites alongside innate and adaptive immunity, this module blends theory with practical lab sessions. Develop a solid understanding of microbial pathogenicity, immune responses, and immunological disorders. Practical workshops enhance your laboratory skills, preparing you for careers in clinical diagnostics and research. Interactive lectures and case studies deepen your ability to analyse infection processes and immune mechanisms, underpinned by current scientific research.

Explore the fascinating journey from a single cell to a complex organism in this module, covering key developmental stages such as fertilisation, blastocyst formation, gastrulation neurulation and somitogenesis, comparing different relevant models. Dive into the world of stem cells—understand their types, characteristics, applications in tissue engineering, and therapeutic potential while debating ethical considerations and regulation frameworks. Engage with interactive lectures, group work, and cutting-edge research techniques. This module sharpens your ability to critically analyse scientific evidence and work effectively in teams, preparing you for future biomedical challenges and innovations, and informing you about up and coming diagnostic and therapeutic avenues. 

Gain essential knowledge of blood biology and clinical applications, from blood cell function to diagnosing diseases like anaemia and blood cancers. Learn practical skills in blood analysis, transfusion science, and coagulation testing through interactive lectures and laboratory sessions. This module emphasizes real-world clinical diagnostics and quality standards, preparing you for biomedical roles in healthcare settings. 

Explore the microscopic world of cells and tissues, learning their structure, function, and how pathological changes affect them. This module covers core histology concepts including epithelial, connective, muscle, and nervous tissues. Gain practical skills in tissue processing, staining, and optical microscopy to analyse healthy and diseased samples, including cancer types like breast and prostate cancer. You will also study modern cell biology techniques and quality assurance in biomedical science. Delivered through lectures, labs, and interactive activities, this module builds essential practical and analytical expertise for biomedical scientists.

This module prepares you for professional biomedical science practice by deepening your understanding of regulatory standards, ethics, and quality management in clinical laboratories. Learn to design research projects, including experimental design, governance, and data analysis, while advancing practical and research skills critical for independent scientific inquiry. The curriculum integrates lectures, seminars, and case studies to develop critical thinking, scientific communication, and technical expertise aligned with UK biomedical standards. 

Undertake an independent research project on a biomedical science topic of your choice, applying practical and analytical skills to test hypotheses and solve scientific problems. Supported by individual supervision, you will manage your research, collect and analyse data, and present your findings in a formal dissertation. Research projects will stream down from current research conducted by our Course Team and cover different fields spanning from stem cell biology, cancer biology, immunology, haematology, and microbiology, to cite a few. This capstone project develops autonomy, critical evaluation, and professional communication essential for scientific careers.