Course Structure

The Advanced Diploma in Cyber Forensics is structured into six comprehensive modules, each focusing on a key area of cyber forensics. The course is designed to be completed in six months, with classes held two days a week. Each module is designed to build upon the knowledge gained in previous modules, providing a progressive learning experience.

Module 1: INTRODUCTION TO CYBER FORENSICS

• Overview of Cyber Forensics : Understanding the history, development, and scope of cyber forensics.
• Cyber Crime and Investigations : Overview of various types of cyber crimes and forensic investigation techniques.
• The Role of Cyber Forensics in the UK : Examination of how cyber forensics supports law enforcement & legal proceedings in the UK.

Module 2: COMPUTER FORENSICS

• Digital Evidence : Principles of identifying, collecting, and preserving digital evidence.
• Forensic Imaging : Techniques for creating and analysing forensic images of digital devices.
• File System Forensics : Methods for investigating and analysing file systems and data structures.
• Windows and Linux Forensics : Techniques for conducting forensic investigations on Windows & Linux operating systems.

Module 3: NETWORK FORENSICS

• Network Traffic Analysis : Principles and practices for analysing network traffic to uncover evidence.
• Intrusion Detection and Response : Techniques for detecting and responding to network intrusions.
• Log File Analysis : Methods for analysing log files to identify and investigate security incidents.
• Network Forensic Tools : Overview of tools and technologies used in network forensics.

Module 4: MDEONBTILAEL DPERVOISCTEH FEOTRICENS S&IC OSRTHODONTICS

• Mobile Evidence Collection : Techniques for collecting and preserving evidence from mobile devices.
• iOS and Android Forensics : Methods for investigating and analysing data on iOS and Android devices.
• App Analysis : Techniques for analysing mobile applications to uncover evidence.
• Cloud Forensics : Investigating and analysing data stored in cloud environments.

Module 5: FORENSIC TOOLS AND TECHNIQUES

• Forensic Software : Overview of popular forensic software tools and their applications.
• Malware Analysis : Techniques for analysing and investigating malicious software.
• Data Recovery : Methods for recovering deleted or corrupted data.
• Encryption and Anti-Forensics : Understanding and overcoming encryption and anti-forensic measures.

Module 6: LEGAL AND ETHICAL ISSUES IN CYBER FORENSICS

• Legal Framework : Understanding UK laws and regulations related to cyber forensics and digital evidence.
• Ethical Considerations : Examination of ethical issues in cyber forensics, including privacy and professional conduct.
• Expert Testimony : Training on how to present forensic evidence and provide expert testimony in UK courts.
• Case Studies and Practical Exercises : Analysis of real-world cyber forensics cases and hands-on exercises.

Course Delivery

The course will be delivered through a combination of in-person and online methods, ensuring flexibility & accessibility for all students. Classes will be held two days a week.

• Lectures : Delivered by experienced cyber forensics professionals and researchers, available both in-person and online.
• Laboratory Sessions : Hands-on training in state-of-the-art cyber forensics labs, providing practical experience with forensic techniques.
• Workshops : Interactive workshops focusing on specific cyber forensics techniques and procedures.
• Online Resources : Access to a comprehensive online library, learning management system, and digital resources.
• Guest Lectures : Insights from professionals working in various cyber forensics fields, sharing their experiences & expertise.
• Field Visits : Organised visits to cyber forensics labs, law enforcement agencies, and other relevant facilities.
• Placements : Opportunities for work placements in cyber forensics firms or IT departments, providing practical experience and industry exposure.

Eligibility Criteria

To be eligible for the Advanced Diploma in Cyber Forensics, applicants must meet the following criteria:

• Educational Background : A bachelor's degree in a related field such as Computer Science, Information Technology, Cybersecurity, or a closely related discipline.
• Academic Performance : A minimum 2:1 honours degree or equivalent.
• Language Proficiency : Proficiency in English is required. Non-native English speakers must provide IELTS scores of at least 6.5 overall, with no lower than 6.0 in any component.
• Technical Skills : Basic knowledge and experience in computer networks, operating systems, and cybersecurity are recommended.
• Background Check : Applicants must pass an enhanced DBS (Disclosure and Barring Service) check due to the sensitive nature of work in cyber forensics.

Sample Certificate