COURSE CURRICULUM

The advanced modules in power and energy systems, telecommunications, and measurement technologies provide a well-rounded education designed to prepare students for complex challenges in modern engineering practice. “Power System Operation and Protection” introduces students to the principles of power flow analysis, system stability, and protective mechanisms in AC power systems, both during steady-state and fault conditions. “Advanced Telecommunications” explores cutting-edge communication technologies, including satellite, optical, mobile, and wireless networks, offering insights into the operation and integration of modern communication infrastructure. Modules such as “Data Capture” and “Measurement Systems” focus on the theoretical and practical aspects of acquiring and interpreting data from physical systems. Through a systems approach and real-world case studies, students learn to design, analyse, and improve measurement systems for industrial applications, incorporating techniques such as FMECA and machine condition monitoring. “Condition Monitoring” further develops this theme, equipping learners with the skills to detect mechanical and electrical faults using vibration analysis and advanced monitoring tools, enabling predictive maintenance and improved equipment reliability. The “Professional Practice” module supports students in project planning, literature review, research communication, and understanding ethical standards in engineering research. “Energy Audit and Energy Asset Management” introduces key concepts and international standards related to auditing energy use and managing industrial assets, focusing on efficiency, risk analysis, and lifecycle management. Lastly, “Renewable Energy Technologies” examines the technical and economic viability of sustainable energy sources such as solar, wind, hydro, biomass, and energy-from-waste. Students explore design and analysis using software tools, emphasizing hybrid energy systems and their application in temperate regions. Together, these modules offer a comprehensive blend of theoretical grounding, practical application, and research competence, preparing graduates to contribute effectively to energy sustainability, advanced diagnostics, and technological innovation across multiple engineering sectors.