MMW501

Technology Design and Reliability of Radio Communication Systems

Focuses on the engineering lifecycle of radio systems, with a heavy emphasis on reliability and fault tolerance. It covers hardware design principles, thermal management in radio equipment, and the mathematical modeling of system longevity (MTBF - Mean Time Between Failures) to ensure constant availability in critical infrastructure.

MMW502

Mobile Communication and Data Transfer Systems

Examines the architecture of cellular networks (4G, 5G, and beyond) and the mechanisms used for high-speed data delivery. It covers the evolution of the core network, handover procedures, and the specific protocols (like GTP and Diameter) that facilitate seamless roaming and data session management.

MMW504

Theory of Wireless and Mobile Communication Equipment

A deep dive into the theoretical physics and electronics behind mobile hardware. It covers the design of power amplifiers, frequency synthesizers, and RF front-ends, focusing on how electromagnetic theory is applied to create compact and efficient mobile devices.

MMW505

Digital Devices for Communication Systems

Focuses on the hardware components that drive digital communication, including FPGAs, microcontrollers, and specialized Digital Signal Processors (DSPs). Students learn how to implement communication logic, such as encoders and decoders, directly into hardware circuitry.

MMW506

Optical Fibre Communication Tools, Equipment and Systems

Covers the high-capacity "backhaul" of wireless networks. It explores fiber-optic cables, optical amplifiers, laser transmitters, and the measurement tools (like OTDRs) used to build and maintain the fiber links that connect cell towers to the central network.

MMW507

Digital Wireless and Mobile Signals and Speech Processing

Explores the algorithms used to convert analog human speech into efficient digital data. Key topics include source coding, noise cancellation, echo suppression, and the various speech codecs (like AMR or EVS) used to maintain high voice quality over limited wireless bandwidth.

MMW508

Microwave Relay and Satellite Communication Channels

Focuses on point-to-point and point-to-multipoint communication over long distances. It covers the design of microwave "dishes" for line-of-sight relays and the unique challenges of satellite links, including orbital mechanics, Doppler shifts, and extreme propagation delays.

MMW509

Economics and Planning in the Radio electronic Industry

Introduces the business side of telecommunications. It covers spectrum licensing, market analysis, cost-benefit analysis for infrastructure rollouts, and the strategic planning required to manage a profitable electronics manufacturing or service provider business.

MMW510

Research Methods

Prepares students for high-level technical inquiry. It teaches how to define a research problem, perform a systematic literature review, design experiments (simulation or hardware-based), and analyze data to draw statistically valid conclusions.

MMW560

Dissertation

The capstone project of the program. Students conduct an original, in-depth investigation into a specific challenge in the mobile and wireless field. This involves rigorous testing, data analysis, and the production of a formal thesis that contributes to the body of engineering knowledge.