Simulation, Modelling and Systems Integration (SMSI)

The research carried out in the Simulation, Modelling and Systems Integration research theme enables complex systems to be analysed, designed and predicted. The work is outwardly focused and looks to develop solutions, which provide economic and social benefits, to real problems. The work is underpinned by high quality fundamental research in mathematics and engineering.

Stress and Materials

Test work and research, analysis and modelling

Applied Mathematics

Applications solving real-world problems

Applied Statistics

Multi-disciplinary modelling and critical analysis

System Dynamics

Applied research in Vibration, Acoustics and Biodynamics

Risk and Reliability

New concepts and models in reliability and risk

Biomedical imaging and instrumentation

Expertise in dynamics, electronic instrumentation, engineering design, materials, stress analysis, mathematical and statistical methods and system reliability provide the multi-disciplinary approach required to provide solutions to real problems. The work is supported by industry, research councils and the public sector and is often carried out in collaboration with other departments within the faculty and with other faculties within the University.

Simulation, Modelling and Systems Integration (SMSI)