MSci (Hons) Forensic Science Integrated Master's degree at Keele University

You will be introduced to the basic principles of crime scene investigation. You will develop and practice key skills in crime scene investigation and will understand the different types of crime scenes encountered in the field. You will begin to learn the basics of evidence handling and processing as well as crime scene documentation and accreditation standards for a working as a professional forensic scientist. You will experience mock crime scenes and dedicated workshops to develop these key

This module will provide you with an introduction to the principles of scientific writing, research skills and the tools required to collect, analyse, interpret, and present evidence. You will be introduced to the basic concepts in Criminal Law as necessary for forensic practitioners. You will also be introduced to a range of forensic science skills, laboratory techniques and methods used in crime scene investigation. These are essential for maintaining the integrity of exhibits whilst operating

Here you will gain a solid foundation in the chemical underpinnings of forensic science. Applying core concepts such as molecular structure and polarity to key spectroscopic characterisation techniques will give you the knowledge required to succeed in our forensic chemical analysis modules later in your degree. You will receive hands-on training in a variety of laboratory techniques and spectroscopic instrumentation, as well as be introduced to the important topic of statistics in the interpret

In this module you will be introduced to forensic science as a professional discipline, covering topics such as crime scene investigation, laboratory examination and the role of the expert witness in court. You will develop your communication skills by presenting data and summarising findings in formats suitable for different audiences, including laboratory-based examination forms and oral presentation work. You will be introduced to recovery and analysis techniques with emphasis on human identi

In this module you will learn the basics of computer programming through the teaching and use of fundamental python programming concepts that will allow you to apply these coding skills to a forensic context. You will then demonstrate how these employability programming skills can be used to solve a series of numerical problems faced by Forensic Scientists.

In this module you will learn about the connections between people and research and the importance of ethics, good scientific practice, and collaboration. Together we will explore multiple different areas of science and where good practice has led to advancements in society. Through being exposed to multiple scientific fields you will be able to develop your critical thinking, learn to reflect on and challenge assumptions within science, and therefore thrive in your future research projects in l

In this module you will further develop your CSI skills and learn the scientific basis behind the enhancement of different types of evidence found at a crime scene. You will learn the principles behind blood dynamics and blood spatter analysis; forensic imaging techniques as well as the chemical and physical enhancement of forensic marks, prints and impressions. You will develop these skills through practical lab work and through simulations. You will develop scientific writing skills to prepare

Assessment: practical lab skills

In this module you will continue to learn about the importance of biological material in forensic casework and how this evidence has the potential to identifying individuals by DNA profiling. Fundamentals in DNA profiling techniques will be explored, its application in forensic investigations and the presentation of DNA evidence in court. You will complete a case-study assessment where you will gain experience of interpreting, evaluating, and presenting DNA evidence.

Assessment: case-study assessment

In this module you will build on your Forensic Chemistry knowledge and learn about and gain experience with a range of modern analytical techniques and their importance in the detection of compounds in forensic materials. The techniques covered, such as chromatography and mass spectrometry, are fundamental in all toxicological investigations. You will develop essential skills through working as an individual and as a group in the lab and lab-based assessments to prepare you for Level 6, and to d

Assessment: lab-based assessments

In this module you will learn about the processes that a body goes through after death, and how your knowledge of these postmortem changes can be applied to casework to aid with search and recovery, time of death estimates and victim identification. You will develop your knowledge of skeletal and muscular anatomy, learning how variation between individuals can be used to build a biological profile of the victim, as well as gaining experience in the analysis and interpretation of skeletal trauma

Building on the skills and knowledge gained in Forensic Chemistry: Molecules under Investigation, the Forensic Science Professional Toolkit, and Chemical Analysis and Detection, in this module, you will learn about the role of a forensic analyst in the investigation of drugs and drugs related crime. You will gain an understanding of the systematic abuse of drugs and alcohol and be introduced to the relevant legal issues. Aspects of pharmacology, including pharmacodynamics, the mode of action, an

In this module you will delve into the topic of counterfeits, fakes and forgeries and how forensic science can detect and prevent these crimes. You will learn the current issues surrounding topics such as document security, heritage security, counterfeit medicine and food fraud. You will investigate how chemical and analytical analysis can be used to detect these forgeries and will develop practical and reporting skills needed for these investigations. You will develop critical thinking skills n

In this module you will be develop the topic of Digital Forensics, which is becoming increasingly important now that digital evidence is frequently a subject of criminal investigations. You will learn the principles of a digital forensic investigation, how evidence is collected, the tools used to analyse the data, focusing on different areas, such as operating systems, computer and mobile devices, the internet, and the law. You will attend a simulated crime scene to gather digital evidence and b

Assessment: written assessment and a group presentation

In a competitive job market, practical skills and understanding workplace dynamics are crucial. This module allows you to gain hands-on experience, enhancing your employability, and the opportunity to gain valuable professional insights via a 75-hour placement. You will be supported by various activities to secure a role and can source your own placement or apply to university-sourced roles. This module offers flexibility on when and how you complete your placement, enabling you to balance your

This module builds on your forensic examination skills from all Level 4 and 5 core modules. You will continue to develop your ability to professionally examine and report evidence, building on skills that will be vital for work in a professional context. You will attend a simulated crime scene as a crime scene examiner; investigate the evidence as a forensic scientist and finally report your findings as an expert witness in our simulated courtroom.

In this module you build on your forensic chemistry knowledge from Level 4 and 5 and apply these skills to the investigation of explosives and arson. This is combined with an introduction to the key skill of communicating your scientific findings in a court context. You will develop the ability to express your scientific findings and their interpretation to a variety of audiences, which will prepare you for giving evidence in court.

Building upon the Drugs of Abuse module in second year, here you will examine the work of a forensic toxicologist. You will study the pharmacological journey of compounds through the body as a lead into the process of toxicological investigation. In addition to learning about the subject's legal aspects, the role of the analyst will be explored from sampling to the determination of toxins and poisons, with the use of toxicological cases and scenarios as authentic applications of the content.

This module is an opportunity for you to carry out a substantial piece of meaningful research. You will work alongside staff to undertake an authentic research project, which could include lab- or field-based projects, systematic reviews, pedagogic or desk-based research work. Through engagement with this module, you will be introduced to the approaches needed to perform scientific research and develop key skills that are routinely utilised by the forensic science research community.

Through this module, you will have the opportunity to apply your forensic expertise to environmental and wildlife crime, exploring topics ranging from industrial contamination of land to the illegal trade of exotic animal products. We will equip you with the skills to investigate environmental crime scenes, interrogate a range of natural and artificial evidence types, and to combine different types of data to protect the