Diploma in Information Technology (Cyber Security)
- Key Information
Course Name:
Diploma in Information Technology (Cyber Security)
University Name:
University Malaysia of Computer Science & Engineering (UNIMY)
Campus:
Kuala Lumpur
Qualification:
Diploma
Duration:
2.3 years
Intake:
February, May, September
IELTS:
4.0
Study Mode:
On-campus
Study Type:
Full time study
Program Mode:
Coursework
Yearly Tuition Fees
| Year | Fee |
|---|---|
| 1st Year | MYR 15,950 |
| 2nd Year | MYR 16,950 |
Other Fees
| Description | Fee |
|---|---|
| Facilities Fee (Yearly) | MYR 3,000 |
| Visa and Insurance | MYR 1,000 |
Campus
Kuala Lumpur
Qualification
Diploma
المدة
2.3 years
Intake
February, May, September
IELTS
4.0
Study Mode
On-campus
Study Type
Full time study
Program Mode
Coursework
Are you interested to apply for
University Malaysia of Computer Science & Engineering (UNIMY)?
Course Fee for International Students
Yearly Tuition Fees
| Year | Fee |
|---|---|
| 1st Year | MYR 15,950 |
| 2nd Year | MYR 16,950 |
Other Fees
| Description | Fee |
|---|---|
| Facilities Fee (Yearly) | MYR 3,000 |
| Visa and Insurance | MYR 1,000 |
Course Overview
The Diploma in Information Technology (Cyber Security) offers a sophisticated pedagogical framework designed to ground scholars in the foundational tenets and transformative methodologies of digital defense and systemic information assurance. This specialized vocational-academic program facilitates a transition from general technical interest to expert-level security proficiency by synthesizing rigorous theoretical inquiry with applied defensive operations, ensuring that candidates can navigate the systemic complexities of modern cyber-threat landscapes. The curriculum is strategically structured to provide a comprehensive mastery of critical security pillars: Infrastructure Security and Hardening: Cultivating the analytical capacity to manage software installation, system configuration, and network monitoring, providing the prerequisite cognitive tools for establishing resilient digital perimeters. Threat Intelligence and Vulnerability Mitigation: Developing the expertise required to conduct proactive threat assessments and resolve systemic vulnerabilities, preparing students to preemptively secure organizational assets. Digital Forensics and Incident Response: Establishing a thorough understanding of investigative protocols for post-attack analysis and the “hard skills” necessary for effective response and recovery during active cyber-adversity. Information Assurance and Resource Protection: Mastering the strategic frameworks required to safeguard critical and sensitive data, ensuring the integrity, availability, and confidentiality of network resources across diverse organizational sectors. By integrating advanced technical expertise with a focus on evidence-based security paradigms, the program equips candidates with the vocational competencies required for an immediate professional impact. Graduates emerge as prepared practitioners ready for pivotal roles as Cybersecurity Specialists, Security Analysts, or Digital Forensic Technicians, possessing the prerequisite academic rigor to spearhead organizational defense or pursue advanced undergraduate studies in Cybersecurity Engineering, Cryptography, or Ethical Hacking.
Curriculum
Programme Structure
| Timeline | Module Categories | Key Focus Areas & Description |
|---|---|---|
| Year 1: Foundations | Programming & Logic | Problem Solving: Writing algorithms and console programs. OOP: Abstraction, design patterns, and programming methodology. Computing Math 1 & 2: Foundations for security and algorithms. |
| Systems & Networks | Operating Systems: CPU scheduling, memory management, concurrency, and kernels. Networking Fundamentals: Data communications and transportation theory. | |
| Data & Tools | Database Information Systems: Relational models and document management. Intro to Computing: Hardware usage and software productivity (spreadsheets, databases). | |
| Business & Context | Cyberpreneurship: E-commerce infrastructure and commercialization. Digital Laws: Identifying cybercrime. Effective Communication: Persuasive presentation and role-plays. | |
| Year 2: Specialized Security | Core Security | Intro to Info Security: Policy and protection mechanisms. Internetworking Security: Wireless security, authentication, and account management. Secure Software: Planning systems to resist cyber-crime. |
| Offensive & Defensive Tech | Ethical Hacking: Footprinting, intrusion detection (IDS), firewalls, and honeypot design. Risk Management: Assessment, control, and transfer of risks in a business environment. | |
| Systems Architecture | Computer Architecture: Von Neumann architecture, internal digital structures, and Assembly/C programming. Internetworking Technologies: Managing network hardware and devices. | |
| Management & Operations | IT Security Auditing: Managerial perspective on protection and threat reaction. Internet Server Tech: Web server application management (SAS focus). | |
| Year 3: Mastery | Digital Forensics | Forensics in Digital Security: Uncovering, protecting, and documenting digital evidence using specialized hardware/software tools. |
| Professional Capstone | Final Year Project: Capstone design involving specification, implementation, and oral defense. Practical Training: Real-world industry internship in cybersecurity. |
| Elective Stream | Specialized Modules (Choose 3) |
|---|---|
| Technical Infrastructure |
|
| Human & Market Factors |
|
Field of Research
N/A