Forensic Science BSc (Hons)

The module is designed to introduce you to the fundamental principles and practices of forensic photography. This will include understanding the role of the forensic photographer, including the role of the Crime Scene Investigator and the criminal justice system, in forensic photography to ensure this is conducted effectively; as well as gain understanding of the theoretical principles for using equipment to make photographic portfolios for forensic purposes.

This module uses case studies of actual crimes and practical exercises in mock crime scenes to elucidate the roles of various practitioners involved in evidence gathering, as well as the possible difficulties encountered during crime investigations. These include problems related to evidential integrity and continuity. Related aspects are also addressed, including the assessment of competency, as well as the issue of communication, for example, public perception and media relations and the examination of investigative and scientific data to correlate its statistical evidential value. In addition, students learn some key Forensic Science techniques and methods in a forensic laboratory environment.

On this module you will learn to integrate theoretical concepts and their laboratory application. You will consider the role of nucleic acids in directing protein synthesis and human phenotypic characteristics, as well as genetic fingerprinting and DNA analysis.

You will explore the principles that underpin research design and planning, information retrieval and critical appraisal of scientific evidence, data collection, basic statistical analysis, and how research findings are disseminated. You will also gain experience in drafting a research proposal.

On this module, which explores aspects of the molecular activity of the cell and nervous system, you will develop your understanding of how medicines work at the molecular level in the body. We will also look at administration routes and how drugs are distributed in the body.

The module aims to explain the importance of safe working practices in laboratories, introduce a variety of analytical methods and theoretical knowledge to laboratory practice. Analytical techniques include chromatography and linked techniques, UV –visible absorption, Infra-red and Raman techniques, Mass spectrometry, NMR spectroscopy and Microscopy. Teaching consists of practical laboratory sessions, working in teams, supported by lectures. Students take part in an extended practical project.

The material covered in this module provides an opportunity to gain essential knowledge for an understanding of many aspects of Forensic Assessment and Examination Techniques.  The module investigates the crime scene from the perspective of the forensic crime scene examiner. Using a series of case studies based on actual crimes evidence retrieval and processing, evaluation of information derived from forensic evidence, and the factors affecting follow-up procedures will be addressed.

This module will explore the range of drugs of abuse, for example, amphetamines, opiates and cannabinoids. You will examine their modes of ingestion, systemic uptake, detection within body fluids, as well as their psychological action and effects. We will also look at the criminal and legal implications of drugs of abuse.

The overall aim of the module is to prepare you for engaging with the graduate job market and developing a career in the field of forensic science/crime scene investigation, or another chosen field.

You will get the opportunity to research career opportunities, have discussions around careers and career planning, enhance communication skills and prepare for job applications.

The module builds on material covered in the first and second years to provide an understanding of evaluating and interpreting evidence Forensic Science evidence types as well as writing and presenting Expert Witness reports. You will benefit from many casework examples and lessons from experts working in the main Forensic Science providers.