About this Course

The rapid expansion of the use of digital technology has been followed by a similar increase in computer-based crime. This increase in criminal activity has led to a demand for qualified computer forensic analysts who can investigate digital technology based crime and uncover evidence that helps build a case against suspects.

Forensic computer analysts may be involved in a range of investigations, such as online fraud, digital espionage, counter-terrorism, possession of illegal imagery and information theft.

A typical investigation would involve securing the digital technology followed by the application of forensic methods and specialist computer programmes in pursuit of evidence. Tasks include recovering data from digital media, analyse of records to establish the location of a device, uncovering data trails between suspects, careful documentation of the investigation, presenting findings to clients and acting as an expert witness in court. Some investigations may involve stressful or disturbing cases.

This course is designed to prepare graduates for a career in computer forensics and provide opportunity for existing professionals to keep up to date with the latest developments in criminal activity and investigative methods in this fast moving field. It allows for the development of crime investigation skills and an awareness of wider security issues, underpinned by an academic framework.

The programme aims

• To develop a systematic understanding of knowledge, tools and techniques at the forefront of the discipline and a critical awareness of trends and developments relevant to the field of study
  
• To develop an awareness of relevant professional practice, and related legal, social and ethical issues
  
• To develop understanding of information systems in terms of deterrence, detection, protection and reaction to unauthorised access
  
• To develop an advanced understanding of forensic detection, its associated tools and practice
  
• To enhance conceptual understanding of how research and enquiry methodologies are used to create and interpret knowledge within the discipline
  

Module Descriptions

MSc Project  (60 credits)

To provide the opportunity for students to demonstrate independent thinking in the application of their computing, award and research skills to a complex problem. To further develop the student's investigative, research, writing and presentation skills. To provide an opportunity for the student to investigate a topical, award relevant issue of their choice in some depth.

Security Management** (20 credits)

To provide knowledge of the tools and techniques available to secure and manage, an information system in a meaningful manner. To develop students ability to manage the security of an information system at a strategic, tactical and operational level

Project Management and Research Methodology  (20 credits)

To enable students to use project management techniques and tools and partake in various research methods. In addition, students will understand the role of professional and ethical decison-making in the computer industry

Independent Study  (20 credits)

To provide the opportunity for students to acquire an in depth understanding of a selected award specific topic through independent study. To reinforce project management, peer review, self-reflection and professional skills.

Computer Forensics and Crime Investigation**  (20 credits)

To synthesise knowledge of the tools, techniques and practices associated with computer forensics to be combine and to develop the students ability to apply computer forensics principles to a range of problem

In addition, stuents will learn to evaluate, analyse and synthesise different solutions to a range of computer forensic issues.

Forensics Techniques and Data Recovery**  (20 credits)

To cover an advanced level of both practical and theoretical principles regards Computer Forensics and Data Recovery for a range of different devices. Students will also evaluate, analyse and synthesise investigative solutions to a range of different devices.

Network Security  (20 credits)

To provide students with an understanding of the methods that are available to perform the management, configuration and auditing of a distributed system. Students will also learn and understand the vulnerabilities that exist within a distributed system and what methods are available to protect and manage the security of a distributed system.

** Modules will be offered in block teaching mode and conducted by USW academic staff. For modules with Block Teaching, the faculty lecturers will only cover partial (28 hours) of the module.

Admission Requirements

Applicants must be of age 21 and above, and at least a Lower Second Class Honours degree or equivalent.

*Note: This programme is suitable for Computing, IT and Engineering related degree holders.

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