Bachelor Of
Information
Technology
(Cyber Security)
with Honours
N/343/5/0248 (MQA/PA 18512) 10/30
Become a World-Class Cybersecurity Professional
Step into one of the fastest-growing tech fields with a degree that equips you to become a skilled cybersecurity professional. From cyber defence and incident response to threat intelligence and ethical hacking, you’ll gain the advanced knowledge and hands-on experience needed to protect organisations from evolving digital threats. This programme builds strong digital literacy, technical mastery, and the collaborative skills essential for today’s security and IT environments.
Awarded by:
UNIMY
Duration:
3 Years
Pathway:
Undergraduate
Study mode:
Full-time
Intakes:
February, May, July, & September
Assessments:
Coursework & Exams
Why choose UNIMY for cybersecurity course?
Your Cybersecurity Career Starts Here.
Master Real Cyber Defence Skills
Train using industry-grade cybersecurity tools and environments. Gain practical experience across cyberattack simulations, threat detection, incident handling, digital forensics, and secure systems design.
Learn from Cybersecurity Experts & Practitioners
Courses are taught by industry-seasoned cybersecurity professionals who bring real-world experience into every classroom, lab, and project.
Industry Partnerships that Elevate Your Future
Gain exposure to certifications, workshops, and tech ecosystems through collaborations with global tech companies giving you the competitive edge employers seek.
Earn Microcredentials from Top Global Platforms
Boost your degree with certifications and microcredentials through Coursera for Campus, covering cybersecurity, cloud, AI, and digital technologies.
Earn Microcredentials from the
WORLD’S BEST UNIVERSITIES
and Global Tech Giants
Learn in Cutting-Edge
Labs & Smart Classrooms
COURSE MODULES
- Programming Fundamentals
- Database Fundamental
- Computer Organisation & Architecture
- Software Fundamentals
- System Analysis & Design Fundamentals
- Network & Data Communication
- Professional Communication
- Information Management
- Integrated Systems Technology
- Discrete Structure
- Cybersecurity Essentials
- Introduction to Cybersecurity Tools & Cyberattacks
- Operating Systems
- System Paradigms
- User Experience Design
- Cybersecurity Technical Domain: Data Security
- Computer Networks & Network Security
- Database Essentials & Vulnerabilities
- Cybersecurity Architecture
- Advanced Networking
- Cloud Computing
- Incident Handling & Network Security
- Cybersecurity Compliance Framework, Standards & Regulations
- Penetration Testing, Incident Response & Forensics
- Web & Mobile Systems
- Final Year Project 1
- Information Assurance & Security
- Cyber Threat Intelligence
- Cybersecurity Breach Response
- Final Year Project 2
- AI in Cybersecurity
- Global Professional Practice
- Industrial Training
- Advanced Ethical Hacking and Intrusion Prevention
- Philosophy and Current Issues
- Penghayatan Etika dan Peradaban (Local students)
- Bahasa Melayu Komunikasi 2 (International students)
- New Venture Creation
- Integrity & Anti-Corruption
- Community Service
- Bahasa Kebangsaan A (If required)
Our IT Education Partners
The Fastest & Smartest Way
to a Cybersecurity Career
-
Start Here
- SPM
- O-Level
- (or equivalent)
-
- Diploma in IT (Cybersecurity)
-
- Bachelor of Computer Science (Hons)
- Bachelor of Software Engineering (Hons)
-
- Master in Computing
- Doctor of Philosophy in Computing
Career Opportunities
The global cybersecurity talent shortage means thousands of high-paying roles remain unfilled every year. This degree prepares you for specialised positions across government, corporate, tech, and digital sectors.
Cybersecurity Analyst
- Monitor and defend organisational networks from cyber threats.
Penetration Tester (Ethical Hacker)
- Perform authorised attacks to uncover vulnerabilities.
Security Engineer
- Design, implement, and maintain secure systems and architectures.
Network Security Specialist
- Protect and secure organisational networks and communication channels.
Digital Forensics Analyst
- Investigate breaches and recover digital evidence.
Malware Analyst
- Reverse-engineer malware to understand attack mechanisms.
Cloud Security Specialist
- Secure cloud platforms, architectures, and services.
Application Security Specialist
- Ensure applications are built with strong security-by-design principles.
Threat Intelligence Analyst
- Analyse threat actors, patterns, and emerging risks.
Incident Response Specialist
- Respond to and mitigate cyber incidents and breaches.
Security Architect
- Design and oversee enterprise-wide security frameworks.
CISO / Information Security Manager
- Lead organisational cybersecurity strategy and governance.
- …and many more high-demand roles.
About The Diploma in IT Cybersecurity
HOW DO I GET IN?
You qualify with ANY of the following:
- STPM: Min Grade C in TWO subjects; OR
- STAM: Min Jayyid in TWO subjects; OR
- Matriculation/Foundation: Min CGPA 2.00; OR
- Diploma (Non-Computing): CGPA 2.75 (2.50-2.74 with rigorous assessment); OR
- Diploma in Computing (MQF Level 4): Min CGPA 2.50 (2.00-2.49 with assessment); OR
- DKM / DVM / DLKM in Computing: Min CGPA 2.50
AND
- A credit in Mathematics (SPM) or equivalent (or reinforcement Mathematics required in first semester)
- Other equivalent qualifications recognised by the Malaysian Government are accepted.
- English Requirements
- MUET Band 3.5, or
- Equivalent to CEFR High B1
Students who do not meet the requirement must take English proficiency courses.
Programme Fees
Examination structure
The Bachelor of Information Technology (Cyber Security) with Honours combines written exams, practical assessments, coursework, and industry-based projects.
The programme adopts a comprehensive assessment structure:
Coursework: 40% of the evaluation includes assignments, quizzes, and group projects.
Final Examinations: 30% of the evaluation, applicable mainly to theory-based subjects.
Practical Assessments & Labs: 30% of the evaluation focuses on hands-on exercises, lab work, cyber simulations, and practical demonstrations in network security, ethical hacking, and digital forensics.
It is important to note that some practical modules, such as penetration testing labs or digital forensics exercises, are assessed entirely through performance-based evaluations without a formal theory examination.
Exemption and Progression Pathway
Upon completing the Bachelor of IT (Cyber Security) with Honours, students may be eligible for exemptions or advanced study opportunities.
If you have relevant prior qualifications, you may apply for exemptions in foundational IT or programming modules by submitting academic transcripts, course syllabi, and certificates for evaluation. Eligible qualifications may include:
- Diploma in Information Technology
- Relevant professional IT certifications
Graduates looking to further their education have progression pathways such as:
- Master’s Degree in Cyber Security, Information Technology, or Network Security
- Professional certifications in areas like Certified Ethical Hacker (CEH), CompTIA Security+, or CISSP
- Advanced research programmes in cyber defence, digital forensics, or cybersecurity policy
In some institutions, credit transfer arrangements may allow graduates to enter postgraduate studies with exemptions, providing a smooth transition to advanced specialisation in cyber security.
FAQs about Bachelor of IT (Cyber Security)
Yes. Students gain hands-on experience with cybersecurity tools, simulations, and real-world scenarios, developing the practical skills essential for industry-ready roles.
The Honours designation involves advanced research or project-based work, including Final Year Projects 1 & 2, allowing students to demonstrate specialised, industry-ready expertise.
Yes. Students undertake Industrial Training, gaining real-world exposure, practical experience, and valuable networking opportunities with cybersecurity and IT industry partners.
The duration of the Bachelor of Cyber Security programme is 3 years.
Cybersecurity is a specialisation within IT. While it covers the basics of IT, its main focus is on system defense, compliance, digital forensics, and ethical hacking. It highlights how to protect and secure computer systems effectively.
In the first year, students will study ‘Programming Fundamentals’. Having some basic programming knowledge or logical thinking skills is helpful but not mandatory.
Yes, modern cybersecurity curricula have evolved from older programs and now include emerging technologies to keep pace with industry trends.
No, we do not offer scholarships; however, financial aid options such as PTPTN are available.
