Course Overview
Communication and Computer Engineering (CCE) is an interdisciplinary engineering program that integrates communication engineering, computer engineering, embedded systems, computer networks, software engineering, and digital systems.
The four-year curriculum begins with mathematics, physics, programming, and engineering fundamentals before progressing to electronic circuits, signals and systems, computer architecture, microprocessors, digital signal processing, communication systems, antennas, embedded systems, optical and wireless communications, satellite communications, and the Internet of Things.
During the early stages of the program, students also complete the NCC Education Computing pathway, strengthening practical skills in algorithms, computer networks, computer systems, databases, software engineering, object-oriented programming, and front-end web development.
The program combines theoretical foundations with applied engineering projects, research, and sustained engagement with industry.
Entry Requirements
Bachelor in Communication and Computer Engineering
The curriculum develops a strong common foundation in computing and engineering, then advances into communication systems, embedded computing, signal processing, antennas, optical and wireless technologies, satellite communications, and connected intelligent systems.
4-Year Curriculum Overview
Engineering Foundations
- Mathematics
- Statistics and Probabilities
- General Physics
- Engineering Drawing
- ICDL Techniques
- English for Academic Purposes
- Further Maths
- Introduction to Programming (Python)
- General Chemistry
- Academic Study and Presentation Skills
- Soft Skills and Research Technical Writing
- Introduction to Material Science
Computing and Engineering Fundamentals
- Fundamentals of Electrical Circuits
- Computing Mathematics
- Introduction to Digital Technology
- Computer Science
- Object-Oriented Programming
- Digital Logic and Computer System Fundamentals
- Algorithms & Mathematical Concepts for Computing
- Computer Networks
- Computer System
- Databases
- Object-Oriented System Analysis & Design
- Front-End Web Development
Communication and Computer Engineering Core
- Software Engineering
- Designing & Developing Object-Oriented Computer Programs
- Electronic Circuits
- Signals & Systems
- Computer Architecture & Organization
- Engineering Mathematics for CCE
- Communication Systems I
- Microprocessors & Microcontrollers
- Digital Signal Processing
- Antenna & Wave Propagation
- Applied Probability & Random Processes
- Engineering Ethics & Professional Practice
Advanced Communication Technologies
- Communication Systems II / Digital Communications
- Embedded Systems
- Optical Communications
- Multimedia Communications
- Research Methods / Engineering Design
- Satellite Communications
- Internet of Things
- Wireless Communications
- Major Project / Capstone
What Will You Study?
- Programming and Object-Oriented Development
- Electrical and Electronic Circuits
- Digital Logic and Computer Systems
- Computer Architecture and Microprocessors
- Computer Networks and Databases
- Signals and Systems
- Digital Signal Processing
- Analog and Digital Communication Systems
- Antenna and Wave Propagation
- Embedded Systems
- Optical Communications
- Multimedia Communications
- Satellite Communications
- Wireless Communications
- Internet of Things
- Engineering Mathematics and Applied Probability
Learning Beyond the Classroom
Students participate in industrial visits, workshops, and partner-based practical training throughout the program, providing continuous exposure to real engineering environments.
What You Will Learn
Analyze and design analog, digital, optical, satellite, and wireless communication systems.
Understand digital systems, computer architecture, microprocessors, and embedded platforms.
Model signals and systems and apply digital signal processing methods to engineering applications.
Develop practical knowledge of computer networks, IoT, software, databases, and connected devices.
Apply mathematics, research, ethics, and engineering design to real technical problems.
Degree + NCC Pathway
Students complete the bachelor’s degree in Communication and Computing Engineering together with the NCC Education computing pathway embedded in the early stages of the curriculum.
Real-World Integration
The Major Project / Capstone allows students to integrate communication systems, embedded computing, signal processing, networking, software, and engineering design into an applied final-year project.