COURSE CURRICULUM

This civil engineering degree provides a structured, progressive learning experience that begins with foundational knowledge and builds toward specialized, industry-relevant expertise. In the first year, students develop a strong grounding in core engineering disciplines including mathematics, solid and fluid mechanics, surveying, CAD, and design. Modules such as Design and Materials and Engineering Principles allow students to understand the design process, materials selection, and fundamental mechanics that are vital for structural and infrastructure projects. Engineering Mathematics and Professional Skills modules ensure that students gain analytical and ethical competencies needed in both academic and professional environments. The second year deepens this foundation through modules like Structural Mechanics, Structural Design, and Hydraulics, which are essential for understanding load-bearing systems and fluid behavior in civil infrastructure. Construction Management and Environment and Earth Materials introduce students to real-world challenges including sustainability, soil mechanics, and the environmental impact of engineering decisions. The emphasis on laboratory work, mathematical modeling, and practical design reflects the profession’s hands-on nature. In the final year, students apply their accumulated knowledge in advanced modules such as Design of Concrete Structures, Structural Analysis, and Geotechnical Engineering. These modules focus on Eurocode standards, soil behavior, and both elastic and plastic structural systems. The Individual Project and Group Design Project provide opportunities for independent and collaborative work on complex, open-ended problems, encouraging innovation, critical thinking, and the application of engineering judgment. Engineering Professional Practice prepares students for chartership and industry standards through training in leadership, ethics, and communication. Optional modules such as Water Engineering, Bridge Design, and Engineering Analysis enable students to tailor their studies to specific career interests, whether in infrastructure resilience, hydraulic systems, or advanced computational design. Overall, this degree equips students with the technical knowledge, practical experience, and professional awareness required for successful careers in civil engineering and infrastructure development.