Thermal Management in Resource-Constrained Spaces
Thermal management system design in emerging applications involving next-gen semiconductors, quantum computing, hypersonic vehicles, satellites, data-centre, and space–based manufacturing has become highly challenging. My research explores those design spaces with mathematical modelling at fundamental levels, with coupled multi-scale and multi-physics effects. Sustainable and scalable material-based applications are expected to gain significance in the coming days.
– Angiras Devendra Bawkar, Intern 2026
Electric Aircraft – coupled nonlinear design optimization with propulsion system
Electric flight has the great advantage of seamlessly integrating the electric propulsion system into the aerodynamic flow, with control elements that extend beyond conventional aircraft design paradigms. My research aimed to develop coupled system engineering modelling of the nonlinear design optimisation process, and it has been a fascinating journey studying the interplay of sub-system dynamics
– Jimit Pthak, Intern 2026