Dr Amborish Banerjee is a Lecturer in the Department of Mechanical and Aerospace Engineering (MAE) and a researcher within the Advanced Forming Research Centre (AFRC), University of Strathclyde. In this dual role, he contributes to undergraduate teaching in mechanical engineering design and materials engineering, while continuing to lead industry‑aligned research programmes within AFRC.

Amborish’s research focuses on establishing robust structure–property–process relationships in metallic alloys, with particular emphasis on titanium and advanced steels for high‑value engineering applications. He integrates solid mechanics, advanced manufacturing, and microstructural characterisation, spanning processes such as forging, flow forming, friction welding, additive manufacturing, and near‑net‑shape forming technologies.

He currently leads the CORE Titanium Programme, a major industry‑driven initiative within AFRC, and contributes to several Collaborative R&D (CR&D) projects across aerospace, defence, and energy sectors. His work combines experimental characterisation, finite element modelling, and data‑driven approaches to enable real‑time process optimisation and improved manufacturing efficiency.

Amborish has delivered multiple research programmes in collaboration with organisations including Rolls‑Royce, DSTL, Bifrangi, Boeing, Airbus, ATI, and Aubert & Duval. His expertise spans high‑temperature deformation, fatigue and fracture behaviour, multi‑scale modelling, and advanced materials characterisation techniques such as EBSD, SEM/TEM, and XRD.

Through his combined academic and industrial role, Amborish contributes to Strathclyde’s mission of translating fundamental materials research into industrial impact, while supporting the development of future engineers through teaching and project supervision.