At Computational Mechanics Lab, we develop next-generation computational mechanics that makes shape a first-class design variable. Using finite element methods (FEM) as our core engine, we study how geometry, material behaviour, and loading environments jointly determine performance - how form arises, adapts, and persists under force, and how purposeful form can be engineered for resilience and function.

Our research spans solid and structural mechanics and fluid–structure interaction, with applications in space structures, cardiovascular biomechanics, and ophthalmology. We bridge rigorous continuum modelling with quantum-inspired workflows, alongside high-performance and data-driven computation, to accelerate simulation, enable scalable optimisation and uncertainty quantification, and open new routes to inverse problems and digital twins. The unifying goal is to uncover the governing principles by which mechanics shapes function, and to translate those principles into predictive models and form-aware designs across engineered and biological systems.

Founded at the University of Manchester, Harish Lab has pioneered research in developing of computational methods using classical and novel computing methods for applications in solid & structural mechanics and fluid-structure interaction problem.

We provide students and researchers with unique opportunities to engage in cutting-edge research, develop critical skills and contribute to advancements in application of computer methods in engineering.