Ajeet holds PhD in Thermal and Fluid Engineering and has expertise in innovation and optimization of thermal-fluid systems. He has a vast experience in research and development focuses on ‘performance enhancement of thermal-fluid systems using computational fluid dynamics (CFD) and experimentation’. He is extremely good in handling complex design systems and developing a robust computational model using versatile Siemens STAR-CCM+ (6+ years of experience), Altair HyperMesh (6+ years of experience), Ansys (6+ years of experience), and multiple pre- and post-processing commercial software. The objective of the research has been concerted in advancement of existing/conventional thermal-fluid systems via effective novel designs to enhance overall system performance or upgrade conventional systems economically. His past and current research works have been vis-à-vis enhancement of thermo-hydraulic efficiency of active/passive thermal systems economically by proposing best ways to utilize heat energy recovered from wastewater, solar radiation, energy storage material (phase change material (PCM), pebbles/porous media, and many more), and hands-on experience in heat exchanger design optimization, etc. His current research has been focused on energy recovery from waste-heat sector as a potential energy source to considerably reduce domestic/industrial primary heating demand, which is very cost-effective and drastically reduces carbon emissions to meet Net-Zero Carbon Emissions targets following the theme “Let’s Go for Green energy to keep our Earth Clean & Green”.