BD Computational Fluid Dynamics Engineer in assessment of fluidic and thermal behaviour for medical devices. Proficient in using Ansys FLUENT for CFD simulations and MATLAB/Python for analytical calculator development to solve problems in fluid mechanics and heat transfer Valeo Research engineer in the field of computational fluid dynamics for thermal management of powertrain electrification systems, Thermal systems, comfort and driving assistance systems and transmission systems - e-machines and their electronic control units. Proficient in using commercial CFD codes Ansys FLUENT, Ansys ICEPAK, FloEFD and elementary Star CCM+ for the same. Proficiencies: 1. Electro-thermal simulation of on board chargers, telematics modules, DC-DC convertors, electronic control units and camera assemblies using FloEFD. Material characteristics and heat flux prediction using the principles of Inverse Heat transfer by the use of T3ster Master 2. Conjugate heat transfer of electric machines and their electronics using Ansys FLUENT. 3. Steady state and transient rotodynamic simulation using multiple reference frames. 4. Strong theoretical foundation in mathematics, Fluid mechanics; and Heat and mass transfer. Quality champion: 1. Responsible for maintaining internal quality in the simulations being carried out. 2. Weekly audits conducted to ensure adherence to quality policy. MTRDC, DRDO - Researcher in the field of heat transfer, fluid dynamics, materials science and structural dynamics with the aid of modelling softwares (mostly Solidworks) and analysis softwares (Ansys Workbench) with proven competence in experimental and computational heat transfer. My vision is to become a scientist and I want to make the world a better place to live in by providing sustainable solutions to problems faced by us like scarcity of water, drought and global warming, for both humans and other species, to live in harmony.