COURSE CURRICULUM

In Year 1, the focus begins with foundational engineering knowledge. Block 1, "General Engineering Tools and Principles 1," covers essential mathematical techniques and engineering principles, particularly in mathematics, mechanical principles, and electronics. Students will apply these concepts through analytical calculations and laboratory experiments. Block 2, "General Engineering Tools and Principles 2," builds on this foundation by introducing more advanced topics such as multivariable functions, matrices, vectors, and complex numbers, while continuing to integrate the application of these concepts in engineering contexts. Block 3, "Electronic Circuits and Devices," explores the design and manufacturing of electronic devices, with practical exercises in fabricating electronic devices and working with digital electronics. Block 4, "Electronic Circuits and Systems," delves deeper into the analysis and design processes of electronic systems, including practical skills required for designing future circuits while considering professional ethics and broader implications of design decisions.Year 2 builds upon the knowledge and skills developed in the first year. Block 1, "Electromagnetics and Communications," explores advanced mathematical concepts like vector calculus and Fourier series, essential for understanding electromagnetics and communications systems. Block 2, "Dynamics, Instrumentation, and Control," is divided into three parts: dynamic systems modeling, instrumentation for computer control, and control theory, providing an in-depth look at system responses, vibration modes, and feedback systems. Blocks 3 and 4, "Embedded Application Design and Interfacing" and "Design and Project Management," give students hands-on experience in designing and developing embedded systems while introducing project management principles, preparing them for industry-focused work and professional development.In the final year, students select specialized modules such as "Advanced Embedded Systems and IoT," "Mobile Communication," "Power Electronics," or "Renewable Energy Electronic Devices," each coupled with an individual project component. These modules focus on advanced topics like embedded systems, mobile communication technologies, power electronics applications, and the use of semiconductor devices in renewable energy systems. Block 4 provides further specialization, with options such as "Model-Based System Integration" or "Advanced Power Electronics," allowing students to integrate their learning through extensive projects and research in their chosen field. These final year modules offer opportunities for in-depth investigation and innovation in cutting-edge engineering topics.