Advanced Structural Engineering (Taught)

This advanced programme offers a broader range of courses compared to most structural engineering programmes, allowing you to design your course of study to suit your background and career interests and to tackle environmental, economic and social challenges far beyond the construction industry. Unlike most other programmes in structural engineering that focus on the construction industry, the MSc Advanced Structural Engineering at Aberdeen has been developed to ensure engineers from any background - including civil, mechanical, aerospace, automotive and energy - can contribute to the advancement of society on a global scale.

In particular, we focus on topics such as advanced composite materials, lightweight structures and engineering optimisation – skills and knowledge that are crucial for engineers interested in pursuing careers in aerospace, automotive or wind energy sectors where lightweight structures made of advanced composite materials and highly optimised for their performance play a key role.

Almost all industry sectors are experiencing a period of tremendous change with technological developments in areas such as 3D printing, robotics, artificial intelligence and machine learning. This advanced programme is designed to produce the next generation of structural engineers who can embrace these opportunities to tackle the challenges of sustainable development, climate change, pollution and waste.

Our teaching is informed by our industry partners and our research. The School of Engineering is highly regarded its research in civil engineering and has one of the best hydraulic laboratory facilities in Scotland associated with a high-level research profile. The Structures Research group in particular investigates fundamental and applied aspects of the design and analysis of structural systems, components, connections and materials, and evaluates the performance, condition and health of existing structural systems.

This programme is accredited by both the Institution of Civil Engineers (ICE) and the Institution of Mechanical Engineers, ensuring that the curriculum is designed and delivered to the highest professional standards.

Course Modules

Offers courses such as Advanced Composite Materials, Lightweight Structures and Engineering Optimisation, which are crucial for students interested in pursuing a career in Aerospace, Automotive or Wind Energy sectors, where lightweight structures made of advanced composite materials and highly optimised for their performance play a key role.

Professionally accredited courses provide industry-wide recognition of the quality of your qualification.

• Civil Engineers, Institution of
• Mechanical Engineers, Institution of