MSc in Electronic and Telecommunication Engineering

Program Overview

The Electronic and Communication Engineering MSc program equips students with advanced knowledge and skills in various areas of the field, including wireless communications, autonomous vehicles, and the Internet of Things. The program emphasizes the use of cutting-edge technologies and provides students with real-world experience through project work and industry placements. Graduates can pursue careers in research and development, engineering consultancy, project management, and teaching.

Program Outline

Outline

The Electronic and Communication Engineering MSc program provides students with advanced knowledge and skills in various areas of the field, including analog and digital electronics, telecommunication systems, internet of things, optical fiber communications, and machine learning. The program also emphasizes the use of cutting-edge technologies such as 3D printing and virtual reality.

Modules

• Wireless Communications and Machine Learning
• Autonomous Intelligent Vehicles
• Applied Digital Signal Processing
• Professional Engineering Skills and Project Management
• Internet of Things
• MSc Individual Project
• Optical Fibre Communication Systems

Module Descriptions

Wireless Communications and Machine Learning:

This module examines the use of various complex methods to limit interference, secure communication, and reduce retransmissions in wireless systems. Students will learn about various machine learning techniques that can be used at the physical layer, multiple access level, and design stage to optimize the use of these techniques.

Autonomous Intelligent Vehicles:

Students will explore the design and operation of autonomous vehicles, including drones, driverless cars, and intelligent vehicular functions. This module covers key areas such as dynamics, control, guidance, navigation, decision-making, sensor fusion, communication, networking, and electronics. Students will also receive practical experience with designing and assembling Printed Circuit Boards (PCBs).

Applied Digital Signal Processing:

This module explores different DSP techniques used to analyze discrete-time systems, extract information from signals, and improve system performance.

Professional Engineering Skills and Project Management:

This comprehensive module provides students with the skills necessary to thrive in today's dynamic engineering landscape. Students will learn about research methods and analysis, project management methodologies, and engineering ethics.

Internet of Things:

Students will work in teams to design, build, and analyze an IoT-based system to solve a specific problem. This will involve identifying the problem, selecting suitable hardware and software, and implementing the entire system, including defining the problem, identifying suitable hardware and software, and implementing the entire system.

MSc Individual Project:

This module allows students to design and implement a large-scale project of investigation, experimentation, and analysis. Students will choose a project that involves practical measurement, design, and implementation, enabling them to utilize their acquired skills and creativity to develop a solution based on sound engineering principles. Students will gain a comprehensive understanding of these technologies and apply their knowledge in various projects.

Assessment

The program uses a variety of assessment methods to evaluate student learning. These include:

• Practice assessments: These assessments do not contribute to the final mark and provide students with an opportunity to test their understanding and improve their skills.
• Formal assessments: These assessments include essays, exams, and portfolios and contribute to the final grade.
• Feedback: Students receive regular feedback on their progress, both on practice and formal assessments.

Teaching

The program utilizes various teaching methods, including:

• Lectures
• Tutorials
• Problem-based learning
• Group work
• Specialist laboratories
• Independent study
• Virtual Learning Environment (Blackboard)
The program also provides access to academic skills support, student inclusion services, and state-of-the-art facilities.

Careers

Graduates of the Electronic and Telecommunication Engineering MSc program can pursue careers in various fields, including:

• Research and development
• Engineering consultancy
• Project management
• Teaching

Other

The program emphasizes the use of cutting-edge technologies and provides students with real-world experience through project work and industry placements.