COURSE CURRICULUM

In the first year, students explore core principles of civil engineering through modules such as Civil Engineering Principles 1 (20 credits), which covers essential topics like fluid mechanics, engineering geology, sustainability, and the applied practices of civil engineering science. Mathematical Modelling 1 (20 credits) introduces students to fundamental mathematical techniques needed to solve engineering problems and the use of mathematical modelling software. Civil Engineering Principles 2 (20 credits) delves into structural analysis and material behavior under various loadings, emphasizing the need for designing infrastructure to resist environmental impacts. The Civil Engineering Design Project (20 credits) allows students to apply theoretical knowledge to practical design challenges, including assessing competing solutions and minimizing environmental impacts, while developing teamwork and communication skills. Mathematical Modelling 2 (20 credits) builds on the previous module, focusing on dynamic systems and signal analysis techniques like Fourier series. The Integrated Digital Design - Residential module (20 credits) introduces students to Building Information Modelling (BIM), a key technology in modern residential development and digital construction.In the second year, students dive deeper into specialized civil engineering topics. *Structures I* (20 credits) focuses on core principles of structural analysis, with an emphasis on buildings and other structures through problem-based learning, including site visits and project-based activities. *Soil Mechanics* (20 credits) explores the effects of geological materials and soil mechanics on civil engineering, involving laboratory tests and problem-solving related to geotechnical reports. *Numerical Analysis* (20 credits) teaches mathematical concepts like transform calculus and matrix theory, enabling students to model linear systems using both continuous and discrete time methods and industry-standard software. *Civil Engineering Materials* (20 credits) covers the properties and behavior of materials used in civil engineering, emphasizing practical work and laboratory activities, with a focus on time management and presentation skills. *Civil Engineering Applications* (20 credits) explores the technologies and innovations in civil engineering, following a project from inception to construction, while *Integrated Digital Design for Complex Structures* (20 credits) introduces students to Building Information Modelling (BIM), helping them understand its role in optimizing the planning, design, construction, and management of complex structures.In the second year, students dive deeper into specialized civil engineering topics. *Structures I* (20 credits) focuses on core principles of structural analysis, with an emphasis on buildings and other structures through problem-based learning, including site visits and project-based activities. *Soil Mechanics* (20 credits) explores the effects of geological materials and soil mechanics on civil engineering, involving laboratory tests and problem-solving related to geotechnical reports. *Numerical Analysis* (20 credits) teaches mathematical concepts like transform calculus and matrix theory, enabling students to model linear systems using both continuous and discrete time methods and industry-standard software. *Civil Engineering Materials* (20 credits) covers the properties and behavior of materials used in civil engineering, emphasizing practical work and laboratory activities, with a focus on time management and presentation skills. *Civil Engineering Applications* (20 credits) explores the technologies and innovations in civil engineering, following a project from inception to construction, while *Integrated Digital Design for Complex Structures* (20 credits) introduces students to Building Information Modelling (BIM), helping them understand its role in optimizing the planning, design, construction, and management of complex structures.In the final year of the civil engineering program, students focus on advanced topics and complete significant projects. The *Hydraulics and Drainage* module (20 credits) covers the theory and practical application of fluid flow and pump theories, demonstrated through laboratory experiments and drainage system design. *Geotechnical Engineering* (20 credits) develops understanding of geotechnical theories, emphasizing teamwork, independent work, and reflective practice in civil engineering design and construction. *Structures II* (20 credits) builds on previous knowledge, focusing on structural design, analytical and numerical modeling, and design to Eurocodes for small building projects. *Advanced Analysis and Design Methods* (20 credits) teaches advanced analysis and design techniques, supported by seminars, guest speakers, and problem-based learning. Finally, the *Individual Honours Project* (40 credits) allows students to undertake an in-depth, research-informed project aligned with their academic or professional goals, culminating in a practical outcome and supported by one-to-one supervision, workshops, and seminars.