COURSE CURRICULUM

The Civil and Environmental Engineering program is structured to provide students with a thorough understanding of advanced engineering principles and their application to modern infrastructure and environmental challenges. The compulsory modules ensure that students develop both technical expertise and research capabilities essential for professional practice. Advanced Structural Analysis focuses on the in-depth study of structural behaviour, enabling students to evaluate and design complex structures under various conditions. Advanced Structural Design builds on this knowledge, equipping students with the skills to create safe, efficient, and innovative structural solutions. Advanced Geotechnical Engineering explores soil mechanics and foundation design, preparing students to address challenges related to ground conditions and site-specific constraints. Hydraulic and Environmental Engineering examines water resources, fluid mechanics, and environmental considerations, emphasizing sustainable and resilient engineering practices. Construction Project Management introduces methods for planning, executing, and managing engineering projects effectively, integrating cost, time, and resource management with technical decision-making. Civil and Built Environment Research Methods provides students with the tools to conduct rigorous, evidence-based research, while the Project Dissertation allows them to apply these skills in an independent, in-depth study of a relevant engineering problem. Collectively, these modules equip graduates with the knowledge, analytical skills, and practical experience required to excel in civil and environmental engineering, addressing both technical and environmental challenges in professional practice and research contexts.