The B.Sc. (Hons) in Computer Science (Cyber Security) at Forbes College is a three-year, 120-credit bachelor’s program affiliated with Asia Pacific University of Technology & Innovation (APU), Malaysia. The course develops knowledge of computer systems, programming, networking, databases, security technologies, software development, and cyber security investigation.
Students progress from computing foundations to system administration, secure software, vulnerability assessment, penetration testing, and advanced cyber security. The program also includes a minimum 16-week internship and a final-year Cyber Security project. Classes run from Sunday to Friday at the college in Bharatpur–2, Kshetrapur, Chitwan.
| Detail | Information | Academic Context |
|---|---|---|
| Course | B.Sc. (Hons) in Computer Science (Cyber Security) | Bachelor’s degree |
| College | Forbes College | Bharatpur–2, Kshetrapur, Chitwan |
| Affiliation | Asia Pacific University of Technology & Innovation | Malaysia |
| Duration | 3 years | Three degree levels |
| Credits | 120 | Includes core, specialised, and elective modules |
| Class schedule | Sunday–Friday, 7:00 AM–1:00 PM | Regular daytime study |
| Internship | Minimum 16 weeks | Industrial training |
| Final assessment | Project in Cyber Security | Individual technical project |
The program combines computer science foundations with specialised study in cyber security. Students first build knowledge of programming, mathematical concepts, computer systems, networking, databases, systems analysis, and security technologies.
The second stage covers software development, system and network administration, computing theory, web applications, data structures, and practical security work. The final stage addresses software security, cyber security investigations, vulnerability assessment, penetration testing, intrusion detection, and advanced cyber security.
The course also develops analytical thinking, technical evaluation, independent study, teamwork, research, and project-management abilities. Students examine how computer systems are designed and organised and how security principles apply to software, networks, databases, and infrastructure.
The program is structured to help students:
Develop technical knowledge of computer systems with a focus on cyber security
Examine programming languages, algorithms, design approaches, and software-development techniques
Understand networks, databases, operating systems, security, and forensic technologies
Apply cyber security concepts to secure-system development and investigation
Assess vulnerabilities and study penetration-testing practices
Conduct computing research and complete an individual Cyber Security project
Build independent learning, teamwork, analytical thinking, and technical presentation skills
The first level establishes the computing foundation required for later cyber security study. Students work with programming, databases, networks, integrated computer systems, mathematical concepts, systems analysis, entrepreneurship, and introductory security and forensic technologies.
System Software and Computing Concepts
Introduction to Networking
Introduction to Databases
Python Programming
Digital Thinking and Innovation
Systems Analysis & Design
Mathematical Concepts for Computing
Integrated Computer Systems
Fundamental of Entrepreneurship
Introduction to Security and Forensic Technologies
Introduction to Artificial Intelligence
Introduction to Object-Oriented Programming
Intercultural Awareness and Cultural Diversity
The second level moves into software development, computing theory, system administration, web applications, network operations, and practical cyber security. Students study how computing platforms operate and how secure systems are developed and maintained.
System Development Methods
Object Oriented Development with Java
System & Network Administration
Innovation Process
Research Methods for Computing & Technology
Computing Theory
Web Application
Human Computer Interaction
Data Structure
Practical CTF Strategies
Switching and Routing Essential
Ethical Hacking and Incident Response
Implementation of Secure Systems
Students undertake internship or industrial training for a minimum of 16 weeks. The placement connects classroom study with a working environment and gives students an opportunity to apply computing and cyber security knowledge in practice.
The final level concentrates on advanced software security, cyber security investigation, vulnerability assessment, penetration testing, intrusion detection, databases, and project work. Students use knowledge from earlier study and industrial training to address a defined technical problem.
Project Management
Algorithmics
Deep Learning for Intrusion Detection
Venture Building
Advanced Software Security
Advanced Database Systems
Investigations in Cyber Security
Vulnerability Assessment and Penetration Testing
Advanced Cyber Security
Project in Cyber Security
Cloud Infrastructure & Services
Internet of Things: Concepts & Applications
The final-year project requires students to investigate a real-world problem and develop a technical solution. It brings together computing knowledge, critical thinking, research, and analytical work developed throughout the course.
Students have access to computer, network, and digital laboratories for programming, networking, systems, and security-related activities. Classrooms are equipped with LCD projectors, while the library supports academic study and research.
Technology-related learning is also connected with Cisco Networking Academy, EC-Council Academia, AWS, and Deer walk Training Center (DTC). The college encourages research and student presentations and provides career counselling alongside its academic activities.
Forbes College provides freshman scholarships to deserving students. Scholarship consideration is based on previous academic achievement and the entrance examination conducted by the college.
The program has a duration of three years.
The course carries 120 credits.
The program is affiliated with Asia Pacific University of Technology & Innovation (APU), Malaysia.
Classes run from Sunday to Friday between 7:00 AM and 1:00 PM.
Yes. Students undertake internship or industrial training for a minimum period of 16 weeks.
The first level covers computing concepts, networking, databases, Python programming, mathematical concepts, systems analysis, integrated computer systems, entrepreneurship, and introductory security and forensic technologies.
The final level includes Investigations in Cyber Security, Vulnerability Assessment and Penetration Testing, Advanced Cyber Security, Advanced Software Security, and Project in Cyber Security.
Yes. Students complete a Project in Cyber Security that involves investigating a practical problem and developing a technical solution.
