This module explores the fundamental concepts and applications of modern biotechnology. It begins by examining the cellular and molecular organization of prokaryotes and eukaryotes, the structure and function of biological macromolecules, and key biochemical processes such as transcription, translation, and enzyme catalysis. The module delves into the stoichiometry and kinetics of microbial growth, as well as the metabolic pathways and signalling mechanisms that regulate cellular function.

Building on this foundation, the module connects these biological principles to biotechnological applications, focusing on bioprocesses and industrial biotechnology. Topics include energy metabolism, genetic engineering, bioreactor design, upstream and downstream stages, and bioprocess scalability, with an emphasis on traditional and cutting-edge technologies. Ultimately, this module provides the knowledge necessary to understand and innovate within the biotechnology industry, integrating cellular mechanisms and bioprocess engineering for the production of commercial bioproducts.

This module will provide an insight into the biological aspects of the work of forensic scientists and related professions. It will also provide an understanding of the work of associated services e.g. police, crime scene investigator, identification specialists, legal specialists.

The main aim is to place forensic science in its historical context and give insight into the development of this modern science. Also to give an insight into the use of forensic techniques in areas of  research including crime scene analysis.

This module aims to provide you with an understanding of pharmacology and toxicology and the way that medicines and drugs impact the body. The module will provide you with an overview of the methods used to evaluate the effectiveness, and toxicity, of these molecules, and consider the mechanisms in action when exposed to major classes of medicines, drugs and toxins.

A module to discuss advanced analytical and sampling techniques used for forensic science, building on previous material. Underlying theories will be supported with case studies and practical elements, showcasing how to apply these procedures and techniques to active crime scenes.

In this module, you will engage in the research of a selected topic relevant to your course. You will have the opportunity to delve deeply into a subject of your choice, utilising primary and secondary sources to inform your work. You will consider the ethics and health and safety aspects of conducting your project, and apply your prior training in experimental design and analysis. Throughout the process, you will develop your critical thinking and analytical skills, whilst conducting this independent research with the support of a lecturer. The dissertation represents a substantial piece of scholarly work that demonstrates your understanding and application of scientific concepts relevant to your course. Additionally, you will refine your skills in academic writing and effective communication of complex ideas. Overall, the dissertation represents the culmination of your education, preparing you to become a biological scientist.

Biotechnology aims to use biology to enhance society. Covering areas ranging from generating new approaches to improve human health, creating improvements to food production, improving the environment, to generating new and improved biomaterials, biotechnology is a developing industry that has the potential to hugely benefit humanity and the world at large. This module will build your knowledge of the underlying principles, techniques and technology needed to apply biology positively and for the benefit of all.

This module builds on previous investigation-based learning in the IP6620/IP6614 modules and prepares the student for a career in an investigative environment. The module aims to enable students to understand and identify legislative, ethical and professional considerations and demonstrate the application (through a case study) of the highly technical skills required when conducting digital crime investigation evaluating the relevant legislation, national policy and specialist support structures available to investigators and the support of vulnerable victims and witnesses. The student will recognise and acknowledge community and business considerations when conducting digital crime investigations whilst keeping a balanced, professional and objective approach.