COURSE CURRICULUM

In Year One, students begin building the foundation of their engineering knowledge by studying mathematics alongside core engineering principles in the mechanical, electrical, electronic, and energy disciplines. The year blends theory with practice through lectures, labs, fieldwork, and design projects, encouraging both technical proficiency and soft skills development. Modules like Engineering Design and Practice help students understand the broader responsibilities of engineers, including sustainability and innovation, while Engineering Principles and Analysis introduces critical technical areas such as thermodynamics, structures, and circuitry. Mathematical Methods equips students with analytical tools essential for problem-solving across disciplines.In Year Two, students deepen their technical expertise, particularly in electronics, renewable energy, and structural mechanics. The year introduces practical challenges like designing circuits and evaluating renewable energy systems using real-world criteria, including performance and cost. They’ll also enhance their programming skills through Python, applying them to complex mathematical problems. With modules like the Engineering Design Project, students are encouraged to apply their integrated skills creatively and collaboratively, tackling design challenges that reflect real societal needs.Year Three offers a global perspective through a year abroad. Students select engineering and non-engineering modules at a partner university, gaining academic and cultural experience in a new international context. This opportunity fosters adaptability, broadens their worldview, and allows them to explore global approaches to energy engineering.In the final year, the focus sharpens on advanced energy systems including grid infrastructure, nuclear, and solar power. The Engineering Major Project is a key component, allowing students to conduct independent research or design work in a topic of personal interest. This final stage brings together all their learning and demonstrates their ability to think critically, work independently, and deliver innovative engineering solutions—essential qualities for a successful engineering career.