What Will You Learn in a Cyber Security and Digital Forensics Degree?
A cyber security and digital forensics degree teaches you to protect computer systems and to investigate them after an attack.
Over three years and 360 UK credits, you study networking, programming, operating systems, databases, data science, security management and forensic investigation, then finish with your own research project.
This guide breaks down the full syllabus of the BSc (Hons) Cyber Security and Digital Forensics at The British College (TBC) in Thapathali, Kathmandu.
The University of the West of England (UWE Bristol) awards the degree. You'll see every module, its credit value, how you're assessed, and the jobs each skill leads to.
Key Takeaways
- A cyber security and digital forensics degree runs for three years and 360 UK credits, with 120 credits each year.
- Year 1 builds computing foundations, Year 2 introduces forensic tools, and Year 3 focuses on investigation, management and a 30-credit project.
- At TBC, coursework makes up the largest share of your marks each year, while exams rise from 12% to 36%.
- You'll train on industry forensic software such as EnCase and Cellebrite.
- Several modules overlap with certifications such as CompTIA Security+ and EC-Council CEH, but the exams aren't included.
- Nepal Police logged over 20,000 cybercrime complaints in FY 2082/83, which shows the local need for skilled investigators.
What is a cyber security and digital forensics degree?
Cyber security protects systems before and during an attack. Digital forensics happens afterwards: it finds, recovers and preserves digital evidence so that it can stand up in court.
The US National Institute of Standards and Technology (NIST) describes digital forensics as applying science to identify, collect, examine and analyse data.
The key condition is that you keep the data intact and record a strict chain of custody (NIST SP 800-86). That last part matters. Evidence that has been handled carelessly can be thrown out of court.
| Cyber security | Digital forensics | |
|---|---|---|
| Main goal | Stop attacks | Prove what happened |
| When | Before and during an incident | After an incident |
| Typical tasks | Securing networks, testing defences, monitoring threats | Recovering deleted files, analysing devices, writing evidence reports |
| Typical employers | Banks, telecoms, IT firms | Police, law firms, auditors, in-house security teams |
TBC's programme also adds a third strand. When the course launched, its academic lead described three core areas: Cyber Security, Digital Forensics, and Legal Systems and Law. So you'll learn how the law treats digital evidence, as well as the technical skills.
Quick note on terms: "computer forensics" and "cyber forensics" mean the same thing as digital forensics. Ethical hacking is one skill within cyber security, not a separate degree subject.
What subjects are in a cyber security course syllabus?
A typical cyber security course syllabus covers eight subject areas:
- Computer networks and how to secure them
- Programming (in TBC's case, C++)
- Operating systems
- Databases
- Computer crime and digital evidence
- Data science and security analytics
- Security management and consultancy
- An independent research project
Each UK year carries 120 credits. One credit equals about 10 hours of learning under the UK's higher education credit framework, so a full year means roughly 1,200 hours of teaching plus independent study.
Here is how those subjects spread across the three years at TBC.
Year 1 (Level 4): computing foundations
Year 1 gives you the computing base that every security skill depends on. TBC's course structure lists four 30-credit modules: Computer and Network Systems, Computer Crime and Digital Evidence, Introduction to Databases and Programming in C++.
| Module | Credits | Semester | What it covers |
|---|---|---|---|
| Computer and Network Systems | 30 | 1 | How computers and networks work, from hardware to data packets |
| Computer Crime and Digital Evidence | 30 | 1 | Types of cybercrime and the basic rules for handling evidence |
| Introduction to Databases | 30 | 2 | How organisations store data, and how to query it |
| Programming in C++ | 30 | 2 | Writing code and understanding how software can fail |
You'll also take Academic English and Effective Communication across both semesters. Don't skip past it. Forensic analysts spend a lot of time writing reports that lawyers and judges must understand.
Year 2 (Level 5): security specialisation
Year 2 is where you start using forensic tools. The core modules are Data Science for Cyber Security, Secure Computer Networks, Operating Systems, and Security and Forensic Tools.
| Module | Credits | Semester | Type |
|---|---|---|---|
| Data Science for Cyber Security | 30 | 1 | Core |
| Operating Systems | 15 | 1 | Core |
| Internet of Things | 15 | 1 | Optional |
| Secured Embedded Systems | 15 | 1 | Optional |
| Secure Computer Networks | 30 | 2 | Core |
| Security and Forensic Tools | 30 | 2 | Core |
The core modules add up to 105 credits, so you pick one 15-credit option to reach 120. Choose the Internet of Things if smart devices interest you. Choose Secured Embedded Systems if you'd rather work with the small computers built into cars, cameras and machines.
Year 3 (Level 6): investigation, management and your project
The final year moves you from technical skills to professional practice. The 30-credit Cyber Security Project is the biggest single piece of work in the degree.
| Module | Credits | Semester | Type |
|---|---|---|---|
| Forensic Computing Practice | 15 | 1 | Core |
| Cyber Security Project | 30 | 1 | Core |
| Security Data Analytics and Visualisations | 15 | 1 | Optional |
| Cyber Security Engineering | 15 | 1 | Optional |
| Global Landscapes of Cyber Security and Adversaries | 30 | 2 | Core |
| Security Management in Practice | 15 | 2 | Core |
| Cyber Security Consultancy | 15 | 2 | Optional |
| Digital Evidence – Crime Scene to Court Room | 15 | 2 | Optional |
The core modules total 90 credits, so you choose two options. If you want a police or legal career, the court-room module is the obvious pick. Consultancy suits anyone who wants to advise businesses.
A note on module names: UWE Bristol's own version of this degree uses some different titles, such as Programming for Cyber Security. Partner colleges can adapt module titles, so always check the current list on the programme page before you apply.
What practical tools and labs will you use?
You'll train on the same software that police and corporate investigators use. TBC says its forensics lab runs industry-recognised software such as EnCase and Cellebrite.
- EnCase: used to make exact copies of hard drives and search them for evidence
- Cellebrite: used to extract data from mobile phones, including deleted messages
- IoT lab: used to test smart devices for security weaknesses
- Security analytics platforms: used to spot attack patterns in large log files
Hands-on practice matters because employers want proof of skills, not just theory. The 2025 ISC2 Cybersecurity Workforce Study surveyed more than 16,000 professionals worldwide.
It found that 95% of respondents reported at least one skills gap within their teams, and 59% described those gaps as critical or significant, compared with 44% in 2024.
How is a cyber security degree assessed?
Most of your marks come from coursework, not exams. Exams make up just 12% of your Year 1 marks, but that share rises to 36% by Year 3.
TBC publishes the exact split for this programme:
| Year | Written exam | Coursework | Practical assessment |
|---|---|---|---|
| 1 | 12% | 58% | 30% |
| 2 | 28% | 59% | 13% |
| 3 | 36% | 49% | 15% |
The way you spend your time changes too:
| Year | Scheduled teaching | Independent study | Placement |
|---|---|---|---|
| 1 | 31% | 69% | 0% |
| 2 | 25% | 75% | 0% |
| 3 | 17% | 83% | 0% |
What does that mean for you? In Year 1, about a third of your time is timetabled, which works out at roughly 370 hours on a 1,200-hour year (our estimate). By Year 3, more than four-fifths of your learning is self-directed. Good time management matters more each year.
How does the syllabus link to industry certifications?
The degree doesn't include professional certification exams. Several modules do overlap with what those exams test, though, so you'll have a head start if you sit them later.
| Module | Related knowledge area (CyBOK) | Certification it overlaps with |
|---|---|---|
| Computer and Network Systems | Network Security | CompTIA Network+ |
| Secure Computer Networks | Network Security | CompTIA Security+ |
| Security and Forensic Tools | Forensics | GIAC GCFA |
| Cyber Security Engineering | Malware and Attack Technologies | EC-Council CEH |
| Security Management in Practice | Risk Management and Governance | ISC2 Certified in Cybersecurity (CC) |
CyBOK is the Cyber Security Body of Knowledge, a UK-funded framework of 21 knowledge areas. The UK's National Cyber Security Centre uses it when it certifies degrees.
Cyber security, computing or AI: which TBC degree suits you?
Pick cyber security and digital forensics if you want to defend systems or investigate crimes. Pick computing if you want broader software or IT roles. Pick AI if you want to build intelligent systems.
| BSc (Hons) Computing | BSc (Hons) Cyber Security and Digital Forensics | BSc (Hons) Computer Science (AI) | |
|---|---|---|---|
| Awarding body | Leeds Beckett University | UWE Bristol | UWE Bristol |
| Main focus | Software and IT systems | Defence and investigation | Machine learning and AI |
| Best if you want to be | Developer, systems analyst | Security analyst, forensic investigator | AI engineer, data scientist |
What jobs does this syllabus prepare you for?
Each part of the syllabus feeds into specific roles. TBC lists careers including Cryptographer, Information Security Officer, Penetration Tester, Security Architect, Incident Responder, Security Auditor and Vulnerability Assessor.
| Role | Modules that build the skills |
|---|---|
| Incident Responder | Secure Computer Networks, Security Data Analytics and Visualisations |
| Penetration Tester | Cyber Security Engineering, Security and Forensic Tools |
| Digital Forensic Investigator | Computer Crime and Digital Evidence, Forensic Computing Practice |
| Security Auditor | Security Management in Practice, Cyber Security Consultancy |
There is real demand in Nepal. Nepal Police registered 20,526 cybercrime-related complaints in fiscal year 2082/83 (mid-July 2025 to mid-July 2026), while only 161 cases were filed and 155 people arrested, according to the Central Police Newsroom.
Turning a complaint into a court case needs evidence that holds up, and that is exactly what forensic investigators produce.
The government is also building capacity. When Nepal's cabinet approved the Cyber Security Policy 2080 in August 2023, the policy set a goal to strengthen the development and capability of cyber-focused human resources.
What do you need to start the course?
You can enter the degree directly, or start with TBC's Foundation Programme if you don't yet meet the direct-entry grades.
- Direct entry: overall 75% and above with a minimum of 70% in English, or 120 UCAS points with a minimum of 96 points from 3 A Level subjects, plus IELTS 6.0 (no skill below 5.5) or equivalent
- Foundation route: 10+2/CBSE or equivalent with 60% (GPA 2.4) or above, or A Levels
- Intakes: Jan/Feb and Aug/Sept
Conclusion
A cyber security course syllabus takes you from how a network works to defending your findings as if you were in a courtroom. At TBC, that journey runs over three years. The degree is awarded by UWE Bristol and taught in Thapathali on forensic software that working investigators use.
Want to see it for yourself? Book a visit to TBC's Digital Forensics Lab, enquire about the next intake, or chat with a counsellor on WhatsApp.
Frequently Asked Questions
Is a cyber security degree hard if I'm not good at maths?
You need basic maths, not advanced calculus. Year 1 uses logic for programming and databases. Statistics then appears in Year 2 through Data Science for Cyber Security, and the module teaches it from the start.
Can I study digital forensics without a computing background?
Yes. If you don't meet the direct-entry grades, TBC's Foundation Programme prepares you for Year 1. Year 1 itself starts with how computers and networks work.
Is the TBC degree the same as studying at UWE Bristol?
UWE Bristol awards the degree, and TBC delivers it in Kathmandu; the exact certificate and transcript wording matches UWE's before publishing.
Does the course teach ethical hacking?
Yes, in part. Security and Forensic Tools and the optional Cyber Security Engineering module cover how attacks work so that you can test and defend systems. It isn't a standalone ethical hacking degree.
How many hours a week will I study?
Expect around 40 hours of total learning per week across the academic year, based on 1,200 notional hours per year. Timetabled teaching is about 31% of that in Year 1 and falls to 17% in Year 3.
