Atharv Kulkarni

•Developed and validated 1D thermal models (HVAC & cooling circuits) for BEVs using GT-SUITE, achieving 90-95% correlation with test data •Collaborated with system, controls, and simulation teams ensuring consistent model integration and validation •Created Python automation tool reducing simulation setup time by 40% •Delivered validated thermal models enabling critical design decisions for next-generation BEV thermal management systems

•Modeling and prototyping of diesel generator hoods, Electrical panels, and conveyor belts. •Improved designs of sheet metal components for greater manufacturing efficiency and created comprehensive design drawings in AutoCAD and SolidWorks. •Prepared bills of materials (BOMs) have been compiled to facilitate project documentation and production requirements.

•Designed and manufactured customized test jigs and fixtures using GD&T principles and FEA (ANSYS) •Improved assembly accuracy and validated mechanical performance under production loads

•Developed automated hardness testing system for crankshafts, reducing manualinspection time by 60% •Designed and integrated hydraulic and mechanical subsystems for consistent,repeatable testing •Defined validation procedures and created technical documentation, improving testreliability and repeatability •Applied systems engineering approach to integrate sensors, actuators, and controlsystems

Focus: Control engineering with methods such as PID, state-space, fuzzy logic, rapid control prototyping, model-based development, FEM, mechanical design, automation systems and assembly technology, and statistics.

Focus: Mechanics, Mechatronics, Design of Machine Elements, FEA, Machine Dynamics, CAD & CAM, Fluid Mechanics, Production Engineering