HET101

Programming Principles and Applications  

Introduces structured programming using C++, focusing on problem-solving, algorithm design, debugging, and documentation. Students develop the ability to write, test, and manage programs for engineering and technical applications.

HET102

Fundamentals of Telecommunications

Provides an overview of telecommunications concepts, systems, and technologies. Students explore communication networks, switching and transmission techniques, modulation, multiplexing, and frequency spectrum usage through lectures and practical demonstrations.

HET103

Electricity and Magnetism  

Introduces the fundamental principles of electricity and magnetism, covering electrostatics, electric circuits, magnetic fields, and electromagnetism. The module uses basic calculus to explain physical phenomena and builds a foundation for understanding electrical and electronic systems.

HET104

Mathematical Methods for Engineering 1

Covers calculus, linear algebra, vectors, matrices, and complex numbers. The module emphasizes practical problem-solving and mathematical tools required for engineering analysis.

HET111

Electronic Circuits and Devices

Covers the analysis of DC and AC circuits, including resistors, capacitors, inductors, and basic electronic devices. Students gain hands-on experience with circuit analysis, simulation tools, and test equipment.

HET112

Logic Design and Switching Circuits

Introduces digital electronics and logic design, covering Boolean algebra, data representation, and digital circuit design. The module provides a foundation for understanding computer hardware and digital systems.

HET113

Electronic Communication Systems

Introduces analogue and digital communication principles, including bandwidth, modulation, sampling, coding, and multiplexing. The module also addresses ethical, social, and environmental considerations in modern communication systems.

HET114

Transmission Systems and Access Networks

Focuses on digital transmission systems, access networks, and switching technologies. Topics include PDH, SDH, ISDN, line coding, routing techniques, and an introduction to router configuration and network access control.

HET201

Applied Optics and Photonics

Introduces lasers and fiber optics, focusing on their physical principles and applications in communications, sensing, medicine, and data processing. The module explains why photonic technologies are central to modern systems.

HET202

Introduction to Data Communication

Introduces computer networking fundamentals, including OSI and TCP/IP models, LANs and WANs, Ethernet, IP addressing, subnetting, and routing concepts, supported by hands-on networking labs.

HET203

Mobile, Wireless and Digital Communication

Examines the principles behind mobile and wireless systems, including modulation techniques, noise effects, sampling, coding, and digital transmission. Students gain insight into modern wireless communication technologies.

HET204

Mathematical Methods for Engineering 2

Builds on earlier mathematics modules, covering complex variables, differential equations, Fourier series, Laplace transforms, probability, and statistics for advanced engineering analysis.

HET211

Applications of Electronic Devices and Circuits

Focuses on the design, implementation, and testing of analogue and digital electronic systems. Students undertake practical design projects to develop real-world engineering solutions.

HET212

Microcontrollers and Microprocessors Systems Design

Introduces microprocessor and microcontroller architecture, interfacing, and

HET213

Signal Processing

Covers continuous-time and discrete-time signal analysis, filtering, and system design. Students learn digital signal processing techniques such as FFTs and filter design for real-world applications.

HET260

Telecommunications Software Development

Introduces software engineering concepts applied to telecommunications systems. Students learn structured, procedural, and object-oriented programming alongside the full software development life cycle.

HET301

Optical Network Design and Transport

Focuses on fiber-optic communication systems, optoelectronic devices, photonic integration, wavelength multiplexing, and optical switching for high-capacity networks.

HET311

Computer Networks and Network Security

Covers networking from applications to protocols and services, progressing into enterprise networking and security concepts. Students gain skills in network design, configuration, and protection.

HET360

Internship Project

This module provides students with an opportunity to apply theoretical knowledge and technical skills in a real-world industrial environment through a supervised internship project. Students undertake practical tasks or a defined project within an organization, gaining hands-on experience in network operations, systems deployment, troubleshooting, or research.

HET380

Industrial Attachment

Provides supervised industrial training where students apply theoretical knowledge in real engineering environments. The module enhances practical skills, professional exposure, and industry readiness.

HET401

Radiowave Propagation and Antennas

Explores electromagnetic wave propagation and antenna design principles used in wireless communication systems, linking theory to real-world applications.

HET402

Satellites and Space Communications

Provides an overview of satellite communication systems, including space and ground segments, system design, and engineering challenges in modern satellite networks.

HET411

Telecommunication Networks Design

Focuses on the principles and methodologies used in the design and analysis of voice and data communication networks. It covers network architectures, performance modeling, and optimization techniques used to ensure efficiency, reliability, and scalability in modern telecommunication networks.

HET412

Tele-traffic Planning and Management

The Capstone Project requires students to conduct an independent research or applied engineering project in telecommunications or a related field. Under academic supervision, students develop research, design, analysis, and reporting skills while addressing real-world or theoretical problems. Successful completion of the project is a graduation requirement and culminates in a formally assessed written dissertation.

HET460

Capstone Project 1

The Capstone Project requires students to conduct an independent research or applied engineering project in telecommunications or a related field. Under academic supervision, students develop research, design, analysis, and reporting skills while addressing real-world or theoretical problems. Successful completion of the project is a graduation requirement and culminates in a formally assessed written dissertation.

HET461

Capstone Project 2

The Capstone Project requires students to conduct an independent research or applied engineering project in telecommunications or a related field. Under academic supervision, students develop research, design, analysis, and reporting skills while addressing real-world or theoretical problems. Successful completion of the project is a graduation requirement and culminates in a formally assessed written dissertation.