Overview

As technology continues to evolve, computing systems enable the provision of more interconnected, powerful supporting services in almost every sector of life. With the prevalence of new cyber threats and attacks, maintaining the security of these systems is becoming more critical yet challenging, leading to a huge demand for cyber security professionals. The Bachelor of Engineering in Cyber Security (Honours) programme at Xiamen University Malaysia is developed to cater for this growing market demand. The programme is offered by the Information and Communication Technology Department, School of Electrical and Computer Engineering, and aims to produce competent cyber security experts, analysts, and engineers capable of:

• developing cyber-resilient systems,

• identifying threats and vulnerabilities in computing systems,

• conducting risk assessments of these systems,

• and implementing appropriate solutions to mitigate the risks posed by cyber security threats and attacks.

The programme is supported by a strong local and international academic team, covering a wide range of expertise. The academic team comprises PhD degree holders in cyber security and other information and communication technology fields. The programme is also supported by the School of Informatics of Xiamen University China, which is ranked among the top ten in China and has a strong faculty in cyber security. Students will enjoy the privilege of world-class cyber security education through effective interactions with local and international faculty.

The programme equips graduates with the necessary knowledge, technical and critical thinking skills, enabling them to solve a wide range of complex computing and cyber security problems. The curriculum is adapted from that of the main campus and involves various major core courses covering the theories and applications of cyber security. These courses include all the necessary cyber security knowledge, i.e. information assurance, network security, data security, and societal and organisational security. Besides the major core courses, students also pursue some common core courses related to mathematics, computer science, software engineering and artificial intelligence. With the coverage of a wide range of relevant topics, the programme will produce knowledgeable and skilful graduates capable of performing professional roles in computing and cyber security. The graduates will also be well-equipped to continue their postgraduate studies in top universities worldwide.

Programme Highlights

• A strong curriculum equipping students with theoretical knowledge, practical skills, critical thinking skills, and problem-solving skills.

• Developing advanced knowledge and skills in a set of specialised topics to address complex cyber security challenges.

• Provision of many project-based courses which train students to apply theoretical and technical knowledge to solve real-world and research-oriented cyber security problems.

• Developing knowledge and skills in cross-specialisation fields, including computer science, software engineering, and artificial intelligence.

Career Opportunities

• Cyber Security Engineer

• Cyber Security Analyst

• Penetration Tester

• IT Security Specialist

• IT Security Operations Executive

• Security Architect

• Information Security Executive

• Information Security Management Officer

• Security Operation Centre Analyst

• Malware Analyst

• Cryptographer

• Security Researcher

• Security Consultant

• Chief Information Security Officer

Main Courses

Core

Calculus

Linear Algebra

Programming Language (C)

Discrete Mathematics

Introduction of Software Engineering

Data Structures

Design and Analysis of Algorithms

Principles of Computer Composition

Principles of Database System

Probability and Statistics

Principles of Operating Systems

Introduction to Cyber Security

Computer Networks and Communication

ARM Assembly Language

Modern Cryptography

Applied Machine Learning

Compiler Principles

Digital Forensics and Investigation

Network Attack and Defence Technology

Cyber Security Laws and Regulations

Network Traffics Monitoring and Analysis

Major Elective

Object-Oriented Programming-C++

Object-Oriented Programming-Java

Introduction of Cloud Computing

Data Mining

Advanced Network Attack and Defence Technology

Malware Analysis

Cryptanalysis

Biometrics

Blockchain Technology

Technology and Application of Internet of Things

Big Data Analytics

Entry Requirement

STPM

A pass in STPM with at least a Grade C (GP2.0) in any 2 subjects

A-Level

A pass in A-Level with at least a Grade D in any 2 subjects

UEC

A pass in UEC with at least a Grade B in 5 subjects including Advanced Mathematics

Foundation/Matriculation

A pass in Foundation/Matriculation with at least CGPA 2.0 out of 4.0

Diploma

A pass in Diploma in Computer Science/Information System/Information Technology/Software Engineering/ any Science and Technology or the equivalent with at least CGPA 2.5* out of 4.0

AND

(i) Additional Mathematics** - a credit in SPM or the equivalent; OR
(ii) Mathematics and any 1 Science/Technology/Engineering subject - a credit in SPM or the equivalent AND pass a Mathematics placement test organised by XMUM before joining the programme

_NOTES:

* Candidates with a CGPA of less than 2.5 but more than 2.0 may be accepted subject to a stringent internal evaluation process.

** The requirement for the Additional Mathematics at SPM level can be exempted if the Foundation/Matriculation or its equivalent offers a Mathematics course that is of a similar or higher level compared to the Additional Mathematics at SPM level.