COURSE CURRICULUM

This program equips students with a solid foundation in both technical and management aspects of engineering, focusing on key areas like electrical machines, power systems, renewable energy, and smart grid technologies. The "Electrical Machines and Drives" module allows students to develop practical knowledge of electrical machines, DC and AC motors, power transformers, and power electronics, while exploring their application in modern industries. "Engineering Management, Economics, and Risk Analysis" enhances leadership skills, covering business ethics, risk management, and financial decision-making for engineering projects, providing students with commercial awareness to make impactful decisions. In the "Individual MSc Project," students tackle a tech challenge, applying research-based solutions and refining communication skills to deliver a professional report. The "Renewable and Alternative Energy" module covers wind, solar, tidal, biomass, and geothermal energy, with a focus on sustainability, efficiency, and economic viability. Students will design practical renewable energy solutions for real-world applications. "Electrical Power Systems Technology" delves into the structure and operation of electrical power networks, helping students assess reliability, efficiency, and resiliency using analytical and simulation methods. The "Sensors and Measurement Systems" module emphasizes precision measurement systems, training students to evaluate existing solutions and design their own for industries like process control and autonomous vehicles. Lastly, the "Smart Grid and Sustainable Power Systems" module explores the technologies driving the energy transition, including communication networks and automated demand response, preparing students for work in the emerging field of sustainable energy systems. This comprehensive program provides the skills necessary to tackle modern challenges in engineering, energy, and technology.