Study Digital Forensics and Cyber Security at London Metropolitan University

Entry requirements

Source: UCAS

A level Access to HE Diploma International Baccalaureate Diploma Programme Pearson BTEC Level 3 National Extended Diploma (first teaching from September 2016)Scottish Higher UCAS Tariff

A level

C,C,D

Typical offer CCD (88 points from two or more A levels to include a grade C from a relevant subject (eg Mathematics, Physics, Electronics, Computing, Computer Studies, ICT or Science).

Access to HE Diploma

P:45

Access to HE Diploma in a relevant subject is acceptable for entry. QAA accredited course required in subjects such as Business Studies, Computing, Engineering or Science with 45 credits at Level 3 and 15 credits at Level 2.

International Baccalaureate Diploma Programme

A minimum of 15 points at the higher level and a minimum of 4 points in English and Maths at standard level

Pearson BTEC Level 3 National Extended Diploma (first teaching from September 2016)

MMM

Scottish Higher

C,C,C,C

A minimum of 84 UCAS points with at least four passes at higher level, grade C or above. One numerate subject passed at higher level.

UCAS Tariff

About this course

Source: UCAS

This course has alternative study modes. Contact the university to find out how the information below might vary.

Course option

3years

Full-time | 2025

Other options

4 years | Part-time | 2025

**Why study this course?**

You'll learn all about the world of internet fraud on our intensive Digital Forensics and Cyber Security BSc (Hons) degree. On this course you'll discover techniques for stopping hackers, analyse risks and troubleshoot security issues on the latest gadgets.

Our Cyber Security Research Centre provides a secure environment for you to study alongside our industry partners. You'll also get to work on live projects, giving you experience of the real working world.

You'll graduate fully prepared to thrive in the cyber security industry.

**More about this course**

This cutting-edge course is designed to put you at the forefront of computer security, with the curriculum regularly updated to keep up with the industry. You’ll study the prevention, detection, correction and conviction of digital crimes and enhance your essential knowledge of computing principles such as programming, communication networks and information systems.

As a digital crime-fighter, you’ll have the chance to boost your arsenal through exposure to specialist toolkits such as FTK and MPE+, as well as open-source toolkits such as Kali, Metasploit and Honeypot.

Throughout the course you’ll be supported by highly-qualified teaching staff who have strong links with the industry and potential employers. The tutors on your course will provide you with excellent academic guidance, pastoral care and careers advice throughout your studies.

**What our students say**

"Throughout my whole degree, I've loved the subject and the material. The course is very intuitive, and lets you get hands-on in some subjects, so you get the feel of the real world. I definitely would recommend it if you like computers, hacking and forensics."
Diogo FIlipe Coito Gomes, second year student

"Studying Computer Forensics and IT Security has given me the foundation to go on and utilise my skills in a world where cyber security has become a major concern. The course itself covers a wide range of fun in-class activities as well as interesting and challenging assignments that cover real-life scenarios undertaken by detectives and hackers too!

And because the facilities are so great, I am able to simulate real attacks within a controlled environment. These activities help me understand how attacks occur and consequently help prevent them. The lab has many interesting tools available such as Kali Linux, BackTrack5, Encase, FTK and many more.

The whole subject area is always on stand-by to help pupils better their skills. Having viewed other universities and seen their facilities, I am happy that I chose to come here to London Met."
Majid Abdullahi, third year student

Modules

Example Year 1 modules include:

Computer Hardware and Software
Architectures Information Systems
Logic and Problem Solving
Programming

Example Year 2 modules include:

Computer Forensics
Networks and Operating Systems
Professional Issues, Ethics and Computer Law Risk
Crisis and Security Management
Security in Computing

Example Year 3 modules include:

Digital Crime Investigation
Ethical Hacking
Network and Cloud Security
Project
Work Related Learning II

Assessment methods

You'll be assessed through essays, individual and group coursework, exams, research projects and a final dissertation. You'll receive regular supportive feedback throughout the course.