STUDY

This module introduces the core principles of biology, providing a foundation for understanding life processes essential to human health. You will explore key topics such as cell biology, genetics, metabolism, and ecosystems, with a focus on the structure and function of living organisms. By studying how biological systems operate and interact, you gain insight into fundamental life sciences that underpin nutrition and health. The module combines theoretical learning with laboratory-based practicals to develop scientific observation, analysis, and experimental skills. It supports critical thinking and confidence in scientific enquiry, preparing you to progress into more specialised biosciences at Level 4.

This module provides an essential introduction to the structure and function of the human body, focusing on major physiological systems including cardiovascular, respiratory, endocrine, nervous, and musculoskeletal systems. Emphasis is placed on how these systems contribute to maintaining homeostasis and overall health. You will engage in both theoretical study and practical laboratory sessions to build confidence in anatomical terminology, physiological concepts, and scientific observation. This foundation equips you with the necessary biological literacy and practical skills to succeed in higher-level modules that explore human health, disease, and nutrition in greater depth.

This module supports you in developing essential mathematical and digital skills required for success in scientific study. It is particularly suited to those without an A-level in mathematics or returning to study. The module introduces key mathematical concepts such as algebra, graphing, statistics, and unit conversions, all within a scientific context. In addition, you will use spreadsheet software (e.g. Microsoft Excel) to analyse data, perform calculations, and visualise trends using graphs and charts. By linking mathematics to real scientific problems, students will build confidence and competence in interpreting and presenting data, preparing them for quantitative work in future bioscience modules.

This module equips you with the academic skills necessary for successful undergraduate study in science. Topics include essay writing, critical reading, referencing, avoiding plagiarism, and structuring scientific reports. You will also learn how to manage time effectively, plan assignments, and engage in reflective practice. With a focus on scientific communication, this module fosters self-awareness and independent learning, helping you transition into higher education with confidence. Interactive workshops and formative tasks will support the development of a professional academic writing style, enabling you to engage meaningfully with scientific literature and evidence-based discussions throughout their degree.

This module explores the principles of food production and processing, with a focus on ensuring nutritional quality, safety, and sustainability. You will examine the impact of various production techniques on nutrient retention, shelf life, and food safety. Key topics include spoilage, contamination, food legislation, and quality assurance systems. The module integrates real-world case studies, site visits, and workshops to provide practical insight into food supply chains and public health implications. By combining knowledge from biochemistry, microbiology, and nutrition, you'll develop a critical understanding of how food quality is managed from farm to fork. This prepares them for careers in food science, public health, or industry regulation.

This module introduces the biochemical foundations essential to understanding nutrition and human health. You will explore atomic structure, chemical bonding, and the properties of biological molecules, including carbohydrates, lipids, proteins, and nucleic acids. Core topics include enzyme function, metabolic pathways, and energy production. These fundamental concepts are examined in the context of human physiology, enabling you to understand how molecular processes underpin health and disease. Practical laboratory work reinforces theoretical knowledge and helps develop essential skills in analytical techniques. This module lays the groundwork for more advanced exploration of metabolic health and clinical nutrition in later stages of the degree.

This module provides a comprehensive overview of the structure and function of the human body. You will investigate the organisation of cells, tissues, and organs, and examine key systems including cardiovascular, respiratory, digestive, renal, and nervous systems. Emphasis is placed on understanding how these systems interact to maintain homeostasis and respond to internal and external stimuli. Theoretical knowledge is reinforced through laboratory-based practicals, where you explore anatomical models and physiological measurements. This foundational module is essential for understanding health, disease, and the biological basis of nutrition interventions in subsequent stages of the course.

This module develops core academic and scientific competencies required for success in biosciences. You will learn how to conduct literature searches, evaluate sources, and interpret scientific evidence. The module also introduces principles of experimental design, hypothesis testing, and statistical analysis. A strong focus is placed on developing clear and accurate communication of scientific findings through posters, reports, and oral presentations. You will work independently and in groups to design investigations, analyse data, and present conclusions. These skills are essential preparation for the research-focused components of the degree and will support academic performance across all modules.

This practical module introduces you to the fundamentals of scientific investigation in the context of nutrition. Through hands-on laboratory and workshop sessions, you will develop skills in experimental design, data collection, and scientific reporting. Emphasis is placed on accurate record keeping, ethical research practices, and critical evaluation of evidence. You will also learn to write laboratory reports and communicate findings using appropriate scientific formats. This module is designed to build confidence in conducting small-scale investigations and lays the foundation for more advanced research work in Levels 5 and 6, including the dissertation.

This module deepens your understanding of how nutrients are digested, absorbed, and metabolised in the human body. Building on biochemical and physiological knowledge from Level 4, it explores the roles of macronutrients and micronutrients in energy production, metabolic pathways, and cellular function. You will examine how nutritional needs change across the lifespan and in different health contexts, including during illness, exercise, or dietary restriction. Practical sessions introduce dietary analysis tools and nutrikinetic calculations to assess nutritional status. The module also considers nutrigenetics, metabolism under stress, and the principles of nutritional adaptation. By integrating theory and practice, you develop a scientific understanding of how diet influences metabolism and health outcomes.

This module introduces you to the principles and practices of health promotion within a public health nutrition context. You will explore behavioural theories, determinants of health, and the role of education and communication in promoting healthier lifestyles. Key topics include needs assessment, programme design, community engagement, and social marketing. The module also covers the use of epidemiological tools to identify at-risk populations and measure intervention impact. Through group work and applied tasks, you will design and present a health promotion campaign tailored to a specific community. This module builds essential skills for working in public health, advocacy, and nutrition outreach roles.

This module investigates the causes, consequences, and treatment of obesity through a multidisciplinary lens. You will explore physiological mechanisms of appetite regulation, energy expenditure, and fat storage, as well as behavioural and environmental contributors to weight gain. The impact of obesity on metabolic health, including links to diabetes, cardiovascular disease, and inflammation, is examined in detail. Evidence-based approaches to prevention and management—such as dietary strategies, behaviour change techniques, and emerging therapies—are critically evaluated. You also consider societal, psychological, and policy-level influences on obesity trends. This module prepares you to address obesity in clinical, research, and public health contexts.

This practical module bridges scientific knowledge of nutrition with the culinary skills needed to support health in everyday life. You will learn how cooking methods impact nutrient retention, taste, and texture, and how to prepare balanced meals using diverse ingredients and cultural approaches. Topics include food science, portion control, cost-efficiency, sustainability, and food waste reduction. Through hands-on cooking workshops and reflective assessments, you will develop skills to translate dietary recommendations into practical, enjoyable, and sustainable food choices. The module is highly relevant to roles in clinical nutrition, health promotion, community work, and educational outreach, where culinary competence supports effective nutrition communication.

This module explores the biological mechanisms that underlie disease development, with an emphasis on the interface between genetics, environment, and lifestyle. You will investigate common pathological processes such as inflammation, infection, and neoplasia, alongside specific conditions including cardiovascular disease, cancer, and autoimmune disorders. A strong focus is placed on the molecular and cellular basis of disease, enabling you to connect physiological dysfunction with clinical signs and diagnostic tools. The module also considers how nutrition can influence disease risk, progression, and treatment. Case studies and laboratory work support critical thinking and scientific enquiry, preparing you to apply this knowledge in clinical and public health settings.

This capstone module gives students the opportunity to conduct an original, independent research project in a chosen area of nutrition and human health. With academic supervision, you will develop a research question, conduct a literature review, design and execute a study, analyse results, and present findings in a formal dissertation. Projects may be experimental, observational, or literature-based, and must demonstrate ethical awareness and methodological rigour. This module consolidates scientific and critical thinking skills developed throughout the course. It serves as vital preparation for postgraduate study, academic publishing, or applying research in practice-based roles within the health and nutrition sector.

This module examines the gut as a dynamic ecosystem central to human health. You will study the composition and function of the gut microbiota, its interaction with diet, and its role in immune modulation, metabolism, and disease prevention. Topics include the gut–brain axis, barrier function, microbial metabolites, and dietary components such as fibre, probiotics, and polyphenols. Emphasis is placed on current research and practical dietary strategies to support gut health. By integrating knowledge from microbiology, nutrition, and immunology, you will develop a holistic understanding of how the gut influences health and disease. This module is highly relevant to careers in nutrition science, research, and functional health consultancy.

This module investigates the nutritional strategies that support performance, recovery, and health in physically active populations. You will explore the interplay between macronutrients, hydration, and energy metabolism during different forms of exercise. The module covers evidence-based approaches to fuelling, recovery, immune function, and body composition management. Topics also include supplementation, periodised nutrition, and the specific needs of athletes versus the general population. You will evaluate current guidelines, develop personalised nutrition plans, and assess the effectiveness of interventions. The module prepares you for roles in sport and exercise nutrition, public health, or lifestyle coaching, where performance-based dietary guidance is needed.

This module explores the role of nutrition in managing disease across the human lifespan. You will integrate knowledge of physiology, metabolism, and pathology to understand nutritional interventions for specific conditions, such as diabetes, cancer, gastrointestinal disorders, and cardiovascular disease. Weekly clinical case studies enable you to apply theory to real-world scenarios, considering patient-centred factors such as age, culture, and socioeconomic background. The role of registered dietitians and clinical nutrition guidelines is examined. You also develop communication skills to translate dietary recommendations into accessible formats. This module prepares you for careers in clinical settings and forms a foundation for dietetic postgraduate training.

This module enhances your readiness for independent scientific enquiry by building advanced research skills essential for the final-year dissertation and future professional roles. You will refine their abilities in literature appraisal, research design, statistical analysis, and scientific writing. Emphasis is placed on ethics, funding applications, and the communication of research findings in professional formats. You will gain experience in critical evaluation, hypothesis formulation, and data interpretation through practical tasks and workshops. By the end of the module, you will be well-equipped to carry out a self-directed research project and contribute confidently to evidence-based practice or further academic study.

This module introduces the core principles of biology, providing a foundation for understanding life processes essential to human health. You will explore key topics such as cell biology, genetics, metabolism, and ecosystems, with a focus on the structure and function of living organisms. By studying how biological systems operate and interact, you gain insight into fundamental life sciences that underpin nutrition and health. The module combines theoretical learning with laboratory-based practicals to develop scientific observation, analysis, and experimental skills. It supports critical thinking and confidence in scientific enquiry, preparing you to progress into more specialised biosciences at Level 4.

This module provides an essential introduction to the structure and function of the human body, focusing on major physiological systems including cardiovascular, respiratory, endocrine, nervous, and musculoskeletal systems. Emphasis is placed on how these systems contribute to maintaining homeostasis and overall health. You will engage in both theoretical study and practical laboratory sessions to build confidence in anatomical terminology, physiological concepts, and scientific observation. This foundation equips you with the necessary biological literacy and practical skills to succeed in higher-level modules that explore human health, disease, and nutrition in greater depth.

This module supports you in developing essential mathematical and digital skills required for success in scientific study. It is particularly suited to those without an A-level in mathematics or returning to study. The module introduces key mathematical concepts such as algebra, graphing, statistics, and unit conversions, all within a scientific context. In addition, you will use spreadsheet software (e.g. Microsoft Excel) to analyse data, perform calculations, and visualise trends using graphs and charts. By linking mathematics to real scientific problems, students will build confidence and competence in interpreting and presenting data, preparing them for quantitative work in future bioscience modules.

This module equips you with the academic skills necessary for successful undergraduate study in science. Topics include essay writing, critical reading, referencing, avoiding plagiarism, and structuring scientific reports. You will also learn how to manage time effectively, plan assignments, and engage in reflective practice. With a focus on scientific communication, this module fosters self-awareness and independent learning, helping you transition into higher education with confidence. Interactive workshops and formative tasks will support the development of a professional academic writing style, enabling you to engage meaningfully with scientific literature and evidence-based discussions throughout their degree.

This module explores the principles of food production and processing, with a focus on ensuring nutritional quality, safety, and sustainability. You will examine the impact of various production techniques on nutrient retention, shelf life, and food safety. Key topics include spoilage, contamination, food legislation, and quality assurance systems. The module integrates real-world case studies, site visits, and workshops to provide practical insight into food supply chains and public health implications. By combining knowledge from biochemistry, microbiology, and nutrition, you'll develop a critical understanding of how food quality is managed from farm to fork. This prepares them for careers in food science, public health, or industry regulation.

This module introduces the biochemical foundations essential to understanding nutrition and human health. You will explore atomic structure, chemical bonding, and the properties of biological molecules, including carbohydrates, lipids, proteins, and nucleic acids. Core topics include enzyme function, metabolic pathways, and energy production. These fundamental concepts are examined in the context of human physiology, enabling you to understand how molecular processes underpin health and disease. Practical laboratory work reinforces theoretical knowledge and helps develop essential skills in analytical techniques. This module lays the groundwork for more advanced exploration of metabolic health and clinical nutrition in later stages of the degree.

This module provides a comprehensive overview of the structure and function of the human body. You will investigate the organisation of cells, tissues, and organs, and examine key systems including cardiovascular, respiratory, digestive, renal, and nervous systems. Emphasis is placed on understanding how these systems interact to maintain homeostasis and respond to internal and external stimuli. Theoretical knowledge is reinforced through laboratory-based practicals, where you explore anatomical models and physiological measurements. This foundational module is essential for understanding health, disease, and the biological basis of nutrition interventions in subsequent stages of the course.

This module develops core academic and scientific competencies required for success in biosciences. You will learn how to conduct literature searches, evaluate sources, and interpret scientific evidence. The module also introduces principles of experimental design, hypothesis testing, and statistical analysis. A strong focus is placed on developing clear and accurate communication of scientific findings through posters, reports, and oral presentations. You will work independently and in groups to design investigations, analyse data, and present conclusions. These skills are essential preparation for the research-focused components of the degree and will support academic performance across all modules.

This practical module introduces you to the fundamentals of scientific investigation in the context of nutrition. Through hands-on laboratory and workshop sessions, you will develop skills in experimental design, data collection, and scientific reporting. Emphasis is placed on accurate record keeping, ethical research practices, and critical evaluation of evidence. You will also learn to write laboratory reports and communicate findings using appropriate scientific formats. This module is designed to build confidence in conducting small-scale investigations and lays the foundation for more advanced research work in Levels 5 and 6, including the dissertation.

This module deepens your understanding of how nutrients are digested, absorbed, and metabolised in the human body. Building on biochemical and physiological knowledge from Level 4, it explores the roles of macronutrients and micronutrients in energy production, metabolic pathways, and cellular function. You will examine how nutritional needs change across the lifespan and in different health contexts, including during illness, exercise, or dietary restriction. Practical sessions introduce dietary analysis tools and nutrikinetic calculations to assess nutritional status. The module also considers nutrigenetics, metabolism under stress, and the principles of nutritional adaptation. By integrating theory and practice, you develop a scientific understanding of how diet influences metabolism and health outcomes.

This module introduces you to the principles and practices of health promotion within a public health nutrition context. You will explore behavioural theories, determinants of health, and the role of education and communication in promoting healthier lifestyles. Key topics include needs assessment, programme design, community engagement, and social marketing. The module also covers the use of epidemiological tools to identify at-risk populations and measure intervention impact. Through group work and applied tasks, you will design and present a health promotion campaign tailored to a specific community. This module builds essential skills for working in public health, advocacy, and nutrition outreach roles.

This module investigates the causes, consequences, and treatment of obesity through a multidisciplinary lens. You will explore physiological mechanisms of appetite regulation, energy expenditure, and fat storage, as well as behavioural and environmental contributors to weight gain. The impact of obesity on metabolic health, including links to diabetes, cardiovascular disease, and inflammation, is examined in detail. Evidence-based approaches to prevention and management—such as dietary strategies, behaviour change techniques, and emerging therapies—are critically evaluated. You also consider societal, psychological, and policy-level influences on obesity trends. This module prepares you to address obesity in clinical, research, and public health contexts.

This practical module bridges scientific knowledge of nutrition with the culinary skills needed to support health in everyday life. You will learn how cooking methods impact nutrient retention, taste, and texture, and how to prepare balanced meals using diverse ingredients and cultural approaches. Topics include food science, portion control, cost-efficiency, sustainability, and food waste reduction. Through hands-on cooking workshops and reflective assessments, you will develop skills to translate dietary recommendations into practical, enjoyable, and sustainable food choices. The module is highly relevant to roles in clinical nutrition, health promotion, community work, and educational outreach, where culinary competence supports effective nutrition communication.

This module explores the biological mechanisms that underlie disease development, with an emphasis on the interface between genetics, environment, and lifestyle. You will investigate common pathological processes such as inflammation, infection, and neoplasia, alongside specific conditions including cardiovascular disease, cancer, and autoimmune disorders. A strong focus is placed on the molecular and cellular basis of disease, enabling you to connect physiological dysfunction with clinical signs and diagnostic tools. The module also considers how nutrition can influence disease risk, progression, and treatment. Case studies and laboratory work support critical thinking and scientific enquiry, preparing you to apply this knowledge in clinical and public health settings.

This capstone module gives you the opportunity to conduct an original, independent research project in a chosen area of nutrition and human health. With academic supervision, you will develop a research question, conduct a literature review, design and execute a study, analyse results, and present findings in a formal dissertation. Projects may be experimental, observational, or literature-based, and must demonstrate ethical awareness and methodological rigour. This module consolidates scientific and critical thinking skills developed throughout the course. It serves as vital preparation for postgraduate study, academic publishing, or applying research in practice-based roles within the health and nutrition sector.

This module examines the gut as a dynamic ecosystem central to human health. You will study the composition and function of the gut microbiota, its interaction with diet, and its role in immune modulation, metabolism, and disease prevention. Topics include the gut–brain axis, barrier function, microbial metabolites, and dietary components such as fibre, probiotics, and polyphenols. Emphasis is placed on current research and practical dietary strategies to support gut health. By integrating knowledge from microbiology, nutrition, and immunology, you will develop a holistic understanding of how the gut influences health and disease. This module is highly relevant to careers in nutrition science, research, and functional health consultancy.

This module investigates the nutritional strategies that support performance, recovery, and health in physically active populations. You will explore the interplay between macronutrients, hydration, and energy metabolism during different forms of exercise. The module covers evidence-based approaches to fuelling, recovery, immune function, and body composition management. Topics also include supplementation, periodised nutrition, and the specific needs of athletes versus the general population. You will evaluate current guidelines, develop personalised nutrition plans, and assess the effectiveness of interventions. The module prepares you for roles in sport and exercise nutrition, public health, or lifestyle coaching, where performance-based dietary guidance is needed.

This module explores the role of nutrition in managing disease across the human lifespan. You will integrate knowledge of physiology, metabolism, and pathology to understand nutritional interventions for specific conditions, such as diabetes, cancer, gastrointestinal disorders, and cardiovascular disease. Weekly clinical case studies enable you to apply theory to real-world scenarios, considering patient-centred factors such as age, culture, and socioeconomic background. The role of registered dietitians and clinical nutrition guidelines is examined. You also develop communication skills to translate dietary recommendations into accessible formats. This module prepares you for careers in clinical settings and forms a foundation for dietetic postgraduate training.

This module enhances your readiness for independent scientific enquiry by building advanced research skills essential for the final-year dissertation and future professional roles. You will refine their abilities in literature appraisal, research design, statistical analysis, and scientific writing. Emphasis is placed on ethics, funding applications, and the communication of research findings in professional formats. You will gain experience in critical evaluation, hypothesis formulation, and data interpretation through practical tasks and workshops. By the end of the module, you will be well-equipped to carry out a self-directed research project and contribute confidently to evidence-based practice or further academic study.