Biotechnology MSci/BSc (Hons) with foundation year

Learn about the structures of proteins, carbohydrates and lipids, linking them to function and roles within biological systems. Examine enzymes, metabolic pathways and the energy used to drive these processes, while also considering the role of computational biology in visualising and understanding biological activities. Analysis methods, including spectrophotometry and chromatographic separation techniques, will be considered in both theory and practice.

Gain a sound appreciation of good laboratory practice, including proper record keeping, following quality standards and conducting key lab procedures and calculations. Learn to use modern digital tools to analyse and present data clearly, along with how to write standard laboratory reports.

Compulsory

Investigate the physiology of the human body, beginning with cellular organisation and signalling, all the way through to organ systems, their control and pathophysiology. Learn the process of human embryonic development to understand how distinct physiological systems develop.

Build your knowledge of how the main systems in the human body are developed, structured and organised, such as the nervous, muscular, skeletal, hormonal, heart, lung, reproductive, digestive and kidney systems. Learn how these systems work together to keep the body in balance (homeostasis). This module also covers how cells interact and communicate through cell signalling. You will be introduced to key concepts in how drugs work in the body (pharmacodynamics and pharmacokinetics), as well as how new medicines are developed.

Compulsory

Learn about the different types of microorganisms with a detailed focus on bacteria and viruses. The structure, growth characteristics, laboratory cultivation and enumeration of bacteria and viruses will be considered. Explore the role of microorganisms in both human health and disease, as well as control strategies for microorganisms, including sterilisation, disinfection, antimicrobial agents and vaccines. This module will also introduce how mechanisms of antimicrobial resistance develop and work.

Learn how the body defends itself against infections through both the innate and adaptive immune response. Understand how lymphocytes develop and how the immune system tells the difference between the body’s own cells and foreign cells and molecules, including how it responds to tissue transplants.

Compulsory

Learn the principles of inheritance, human genetics, population genetics and evolution. You will be introduced to the discovery and structure of DNA and study how traits are passed down, including human blood groups and mitochondrial inheritance.

Discover how DNA is used to make RNA and proteins (transcription and translation) and learn how to analyse genetic sequences using bioinformatics tools and analytical software. Explore the ethical issues around access to genetic data and how historical events and research projects have shaped the field.

Compulsory

Gain a thorough understanding of the principles and applications of bioengineering and industrial biotechnology. Apply biotechnological methods in industrial settings and foster an understanding of the current trends and future directions in the biotechnology industry, both in the UK and globally. Cover fundamental concepts and advanced techniques. Explore the integration of biological and engineering principles to develop innovative solutions for industrial applications. Module content emphasises the latest trends and technologies, including artificial intelligence, biomanufacturing and synthetic biology. 

Compulsory

Gain fundamental and applied knowledge of biotechnology in agriculture and environmental management. Explore how biological systems and genetic technologies are used to improve food security, crop resilience, soil health and waste management while addressing climate change and sustainability challenges. Gain an understanding of key biotechnological approaches such as genetic modification, biofertilisers and biopesticides, precision agriculture and bioremediation. This module will also introduce you to regulatory, ethical and commercial aspects, helping you prepare for further study and opportunities in agritech, sustainability and environmental biotech sectors.

Compulsory

Biotechnology is rapidly evolving, driving breakthrough innovations that redefine healthcare, industry and environmental sustainability. Explore contemporary scientific advancements alongside the strategic pathways needed to bring them from the lab to market. From AI-driven drug discovery to smart biomanufacturing and precision medicine, gain insight into the latest technological developments and the regulatory, ethical and commercial challenges involved in translating scientific breakthroughs into real-world applications.

Compulsory

Learn the principles and applications of computational biology, integrating theoretical concepts with practical computational techniques. Our interdisciplinary approach helps you to understand biological processes through bioinformatics, biostatistics and systems biology. This module covers key topics such as enzyme kinetics, metabolic pathways, sequence analysis, and molecular modelling, with a strong emphasis on computational tools used in modern biological research and drug discovery.

Compulsory

This module provides you with an opportunity to reflect upon and gain experience for an approved placement² undertaken during your programme. A placement should usually be at least 26 weeks or equivalent; however, each placement will be considered on its own merits, having regard to the ability to achieve the learning outcomes. 

Optional

This module provides you with an opportunity to reflect upon and gain experience for an approved international study/work placement² undertaken during your programme. A work/study placement should usually be at least 26 weeks or equivalent; however, each placement will be considered on its own merits, having regard to the ability to achieve the learning outcomes.

Optional

Explore how biotechnology is transforming healthcare through innovations in biomarkers, diagnostics, therapeutics, vaccines and regenerative medicine. Gain insight into biopharmaceutical advancements, genetic engineering, synthetic biology and personalised medicine, along with emerging disease monitoring technologies that are shaping modern healthcare.

Combine theoretical learning with practical applications, learning the skills needed to tackle current and future challenges in gene therapies, molecular diagnostics and cell-based treatments. By the end of the module, you should have a strong understanding of how biotechnological tools contribute to disease prevention, treatment and healthcare innovations.

Compulsory

Gain the knowledge and skills required to critically engage with emerging challenges and innovations in biotechnology. Learn about developments in areas such as gene editing, sustainable biotechnology, biomedical advancements and bioengineering, while also understanding the broader regulatory, ethical and societal implications of biotech innovations.

Through interactive discussions, case studies and workshops, you will analyse global biotech challenges and propose viable, science-based solutions. Either develop a grant application for a research project or a policy proposal addressing regulatory and governance aspects of biotechnology.

Bridge academic learning with practical industry and governance applications to develop a skill set that is highly relevant for both scientific and policy-related biotech careers.

Compulsory

Gain an advanced understanding of the entrepreneurial and product development processes within the biotechnology sector. Grow the skills necessary to innovate, develop and commercialise biotechnological products at a higher level. The module covers advanced concepts and techniques, emphasising the latest trends and technologies in biotech entrepreneurship. Explore the integration of scientific knowledge, business acumen and strategic thinking to develop successful biotech ventures. Develop the skills needed for leadership roles in the biotech industry by addressing both UK and global market needs.

Compulsory

During this module, you will undertake an independent research project within your discipline or area of interest. Engage in all stages of the research process, from project design and ethical approval to data collection, analysis and presentation. This module aims to foster critical thinking, problem-solving and advanced scientific communication skills, culminating in a conference-style poster presentation and defence of findings.

The module aims to:

• provide you with practical experience in designing and conducting an independent research project
• develop your ability to critically analyse and interpret scientific data
• enhance your skills in scientific writing and presentation
• improve your ability to work independently and manage a research project effectively
• provide you with the opportunity to defend your research findings in a professional setting.

Compulsory

Explore the broader aspects of laboratory work, including regulatory bodies, ISO standards, and health and safety procedures. Gain insight into the types of data generated, as well as the ethical implications of generating, storing and communicating this data. A key focus will be the role of big data in current and future scientific developments. This module integrates the International Certificate of Digital Literacy (ICDL) module Data Analytics. You will be awarded an ICDL certificate and electronic badge on successful completion of the course module.

Compulsory

Use an extensive laboratory program to equip you with fundamental techniques applicable across various disciplines and research projects. Understand theoretical principles and further develop your practical skills. This module integrates the International Certificate of Digital Literacy (ICDL) module Big Data. You will be awarded an ICDL certificate and electronic badge on successful completion of the course module.

Compulsory

Advances in Molecular Biology – 30 credits

Explore the frontiers of cell and molecular biology. Gain knowledge in omics technologies, gene regulation and techniques for manipulating genetic material, including the creation of transgenic organisms and gene expression control. Enhance your critical thinking by analysing primary research literature and improve your communication skills through workshops, seminar presentations and blog-style reviews.

Molecular Basis of Human Disease – 30 credits

Explore the molecular mechanisms underlying human disease, integrating advanced knowledge in molecular biology and medicine. Through case studies on cancer, metabolic disorders and infectious diseases, examine the challenges and advances in developing treatments. This module aims to equip you with a critical understanding of the molecular basis of disease and its implications for human health.

Compulsory

Industrial Biotechnology – 30 credits

A cutting-edge examination of industrial biotechnology, this module aims to equip you with the knowledge and skills to shape the future of sustainable production. Investigate innovative bioprocesses, examining the production and recovery of valuable molecules across diverse industries. Explore the exciting world of biopolymer production and gain a deep understanding of biosensor technology and its transformative applications.

Environmental Biotechnology – 30 credits

Explore cutting-edge advancements in environmental biotechnology and in-depth knowledge of global innovative practices. Focus on bioremediation techniques alongside the critical role of biotechnology in mitigating climate change through carbon sequestration strategies. Use research-inspired lab work, lectures, workshops and discussions to formulate a strong understanding of transformative technologies. Develop expertise and communication skills to evaluate and convey biotechnology’s potential and limitations in addressing environmental challenges.

Compulsory

Advanced Topics in Vaccinology and Immunotherapy – 30 credits

Dive into the world of immunotherapy and vaccinology, focusing on modern disease prevention and treatment.

Key areas of this module include:

• rational vaccine design: principles of effective vaccine design, bioinformatics and the critical role of broadly neutralising antibodies
• immune response and vaccine efficacy: explore mechanisms of the immune system, T-cell responses and humoral immunity. Learn to evaluate vaccine efficacy and monitor disease trends
• cancer immunotherapy: discover cutting-edge treatments like CAR T-cell therapy and personalised cancer vaccines
• mucosal immunity: explore the complexities of mucosal immunity, focusing on the unique challenges and opportunities of mucosal surfaces in health and disease
• future of vaccinology: explore vaccine development strategies for emerging threats and understand the crucial role of vaccine manufacturing and delivery.

The module integrates theoretical knowledge with practical applications, including programming and omics data analysis. Develop critical thinking, problem-solving and communication skills for a successful career in this dynamic field.

Human and Animal Vaccines – 30 credits

Explore vaccines’ critical role in protecting human and animal health. Study the pathobiology of infectious diseases and cancers and the mechanisms of vaccine action, including traditional and innovative design and delivery methods. Gain comprehensive knowledge of vaccine development for various pathogens, including viruses and bacteria. Hands-on laboratory sessions teach essential techniques for assessing immune responses, such as ELISA, neutralization assays, virus quantitation assays and flow cytometry, developing the skills to make an impact in this emerging field.

Compulsory