Programme overview

This programme equips students with the expertise to develop, integrate, and maintain advanced technologies in electronics and telecommunications. Graduates will be prepared to work in industry and research, applying the latest scientific and engineering innovations.

Programme structure

Semester 1 Autumn

• Digital System Analysis and Design: Learn to analyse and design digital systems, essential for modern electronics.
• Information Systems and Their Components: Understand the architecture and functionality of information systems.
• Linux Embedded Systems Applications: Gain practical skills in developing embedded applications using Linux.
• Materials of Information Device Technology: Explore the materials used in electronic and information devices.
• Radio Link in Mobile Telecommunication Systems: Study the principles of radio communication in mobile networks.
• Optional:
  • Antenna Engineering
  • Applied Terahertz Physics

Semester 2 Spring

• Applications of Distributed Computing to Telecommunication Network Modelling: Apply distributed computing techniques to model complex telecom networks.
• Microcontrollers in Embedded Systems: Develop embedded systems using microcontrollers for real-time applications.
• Nanoelectronics: Explore electronics at the nanoscale, including quantum effects and device miniaturisation.
• Optoelectronic Devices in Telecommunications: Study devices that convert electrical signals into light and vice versa.
• Scientific Research Work I: Begin your research project under academic supervision, focusing on a chosen topic.

Semester 3 Autumn

• Applied Electrodynamics: Understand electromagnetic theory and its applications in electronic systems.
• Microwave Electronics: Learn about high-frequency electronics used in communication and radar systems.
• Scientific Research Work II: Continue developing your research project, preparing for your final thesis.
• Optional:
  • Artificial Intelligence
  • Wireless Channel Modelling

Semester 4 Spring

• Master’s Final Thesis (Electronic Engineering): Conduct an in-depth research project, applying your knowledge to solve a real-world problem in electronics or telecommunications.

Autumn Intake Deadline

2025-05-01