MSc in Computer Systems and Network Engineering

Overview

Computer systems and network engineering programs intend to bridge the gap between the interconnected computer systems in graduate level. This area is thriving with opportunities with the advancement in distributed systems, AI and communication. The programme prepares students to gain the required skills required in industrial as well as communication sector. The course design exposes the students to an extensive introduction to complementary hardware and software knowledge and skills required to design and develop interconnected computer systems. This involves a deep understanding of the theory and practice in embedded systems, computer architecture, robotics, advanced network and disturbed systems methodology. A master thesis in one of the above areas will consolidate and specialise the student in his area of interest and choice.

Admission Requirements

• Undergraduate Degree: Minimum undergraduate average of 60%
• English Language Proficiency: Minimum English Language requirement is 50 in PTE – 6.0 in IELTS -74 in TOEFL iBT or 105 in Duolingo.
• All applicants are required to submit a valid English language proficiency test from the list above, including graduates of English-medium universities.
• School Interview.
• Equalised transcript is required for students who have graduated from international institutions

• Application Form: Online application is required
• Official transcripts: Provide a copy of your official transcript (for applicants who graduated from international institutions, an equalized transcript is required).
• Letters of Recommendation Two recommendation letters are required to be submitted with your application, preferably one of which will be from a university academic
• A copy of your Passport/ID

Curriculum

Skills Development

The programme aims to produce graduates capable of analysing, designing and implementing computer-based systems in addition to design modern network architecture. More specifically, to explore the concepts, principles and practices underlying the design and implementation of up-to-date real-world networked and standalone computer systems. The programme also aims to equip students with an in-depth knowledge and understanding of research methodologies to conduct advanced research in academia. Graduates can choose either to pursue their higher degree studies or join any industrial sector.

Expertise spans the design of embedded systems, high-performance computing, and the optimization of real-time operating systems (RTOS) for complex hardware environments, as well as the wired and wireless network protocols to communicate between deployed computers.

Upon successful completion of this programme, students will be able to:

• obtain in-depth knowledge of the underlying concepts of computer systems engineering.
• Be able to build/design the infrastructure of networked computers for industrial and business sector
• Understanding the protocols underlining wired and wireless networks.
• Analyse complex real-world problems and devise efficient software-based solutions.
• Learn how to design embedded systems, high-performance computing, and the optimization of real-time operating systems (RTOS) for complex hardware environments.
• Building and connecting edge computing devices to the Internet.
• Develop and implement distributed algorithms and applications.
• communicate effectively and professionally both in writing and by means of presentations to both specialist and a general audience.