COURSE CURRICULUM

The Electrical Engineering degree offers a comprehensive curriculum that spans from foundational concepts to advanced technical specialization. The first year focuses on building core skills in mathematics, computing, and professional development. Modules like Mental Wealth: Engineering Profession 1 enhance your interpersonal and communication skills, while Computer Systems and Networks introduces the architecture of computing systems and networking fundamentals. The Engineering Principles module provides an understanding of the basic dynamics and electromechanical systems used in engineering. Mathematical modules such as Applied Mathematics & Computing and AC Circuits and Electronic Principles aim to develop your mathematical abilities and understanding of electrical circuits, ensuring you are well-prepared for more specialized study in later years. Additionally, Electrical Materials & Fields explores the relationship between electricity, magnetism, and materials in engineering applications.In the second year, the curriculum deepens with modules like Applied Electronics and Digital Communications & Telecommunication Networks, which focus on the practical design and analysis of electrical circuits, transmission systems, and digital technologies. The Mental Wealth: Engineering Profession 2 module helps you further develop your professional competencies, including project management, teamwork, and negotiation skills. The Advanced Mathematics and Modelling and Dynamics and Control modules hone your problem-solving abilities in engineering contexts, while the Introduction to Renewable Energy Systems module introduces sustainable energy sources and technologies.The third year emphasizes advanced technical knowledge and independent research. The Capstone Project allows you to apply your learning to a real-world engineering problem, while the Mental Wealth: Engineering Profession 3 module prepares you for challenges in the rapidly evolving technological landscape, focusing on project management, ethics, and sustainability. Modules such as Digital Signal Processing, Electrical Machines and Power Systems, and Microcontrollers for Industrial Applications cover specialized areas in signal processing, power systems, and embedded systems. Together, these modules prepare you to be a well-rounded electrical engineer, equipped for both professional practice and further study.