FORGE lab

Form - Geometry - Elasticity (FORGE)

At FORGE Lab, we investigate how shape arises, adapts, and persists under force, using computational aeroelasticity as the unifying lens for understanding how structures interact with the media around them. Whether in the haemoelastic deformation of living tissues, the hydroelastic response of fluid-immersed systems, or the aeroelastic behaviour of flexible aerospace structures, we study how geometry, material behaviour, and flow co-create function. By integrating advanced computation with experimental insight, we aim to reveal the hidden principles that govern form across the biological and engineered world and to use those principles to design systems that are resilient, adaptive, and true to the logic of their mechanics.

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Forge Lab

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 and fluid mechanics.

Quantum Computing

We are exploring quantum algorithms to surpass classical computing limits in simulating quantum-scale interaction in materials to understanding chaotic fluid dynamics.

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Data-driven Computing

We develop data-driven methods, particularly graph neural networks and uncertainty quantification to investigate applications of mechanics in biomedical engineering.

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Classical Computing

We developed numerical models using finite element method to study problems related to design of advanced materials, fluid-structure interaction, and biomedical engineering.

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Empowering future innovators

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.