COURSE CURRICULUM

The Foundation Year in Electrical and Electronic Engineering provides a crucial starting point for students by building core academic and technical skills necessary for further study. Modules in Analytical Mathematics and Mathematical Applications help develop essential problem-solving abilities, while Introduction to Computing equips students with fundamental computing knowledge. The Engineering and Physical Sciences modules introduce basic principles in electricity, materials, thermodynamics, and structural mechanics, laying a solid foundation for understanding more complex engineering concepts. Additionally, the Mental Wealth module supports personal and professional development by enhancing communication, reflective learning, and self-awareness, which are vital in academic and professional environments.In the first year of the degree, students advance into subject-specific areas such as AC Circuits, Engineering Principles, and Electrical Materials and Fields. These modules offer a mix of theoretical understanding and hands-on application, helping students build confidence in electrical and electronic systems. Applied Mathematics and Computer Systems and Networks continue to strengthen analytical and technical skills. The Mental Wealth module at this stage focuses on consolidating engineering knowledge while exploring the impact of engineering decisions on society, the environment, and industry.During the second year, the program becomes more specialised with modules such as Applied Electronics, Digital Communications, and Renewable Energy Systems. These modules deepen students’ understanding of real-world electrical engineering applications. Dynamics and Control Theory, combined with Advanced Mathematics, helps develop critical thinking and modelling skills. Mental Wealth in year two enhances collaboration, leadership, and project planning skills through team-based activities and feasibility studies.The final year integrates learning through advanced technical modules like Digital Signal Processing, Electrical Machines, and Microcontrollers, and culminates in a Capstone Project. This project allows students to conduct independent research and demonstrate their skills in solving real engineering problems. The Mental Wealth module prepares students for professional practice with a focus on ethics, sustainability, and innovation in the digital era.