COURSE CURRICULUM

The MSc in Structural Engineering combines advanced theoretical knowledge with practical application to prepare students for professional practice in structural design and analysis. The program covers a wide range of topics, including advanced structural design, soil-structure engineering, finite element analysis, masonry and timber engineering, structural dynamics, and earthquake engineering. Students also gain expertise in advanced computing and structural simulation, enabling them to model complex structures and predict performance under various loads and environmental conditions. Assessment methods are varied to ensure a comprehensive evaluation of both theoretical understanding and practical skills. Modules such as Advanced Structural Design, Soil-Structure Engineering, Masonry and Timber Engineering, and Structural Dynamics are assessed through a combination of examinations and coursework, allowing students to demonstrate their problem-solving abilities and technical knowledge. Finite Elements and Stress Analysis is assessed equally through examinations and coursework, while Advanced Computing and Structural Simulation is assessed entirely through practical coursework. The program culminates in a substantial project or dissertation, which integrates the skills and knowledge gained across multiple modules and is assessed entirely through coursework. By combining rigorous academic training with hands-on practical experience, this MSc equips graduates with the technical proficiency, analytical capability, and creative insight required to design safe, resilient, and innovative structures for a range of engineering contexts.