Omkar Vilas Narkar

• Analyzed design specifications and translated functional requirements into aesthetic and ergonomic product concepts. • Created detailed CAD models in Autodesk Fusion 360, incorporating snap-fit features, living hinges, button mechanisms, and conducted material selection based on strength and durability • Prototyped custom enclosures using 3D printing for IoT products including GPS detectors and QR scanners • Optimized designs for manufacturability and production feasibility, ensuring compatibility with mass production methods • Prepared cost-performance reports estimated raw material requirements, and managed supplier communication and negotiation for inventory procurement.

• Competed in Formula Bharat as part of a 20-member student team; collaborated cross-functionally with electrical, chassis, and powertrain teams to develop an electric race car. • Designed and modeled battery accumulator systems and air-cooling ducts in SolidWorks; conducted structural and thermal analysis using ANSYS. • Simulated battery cell performance, conducted thermal management studies, and performed material selection using MATLAB and ANSYS • Authored detailed technical documentation, design reports, and sponsor presentations; contributed to sponsor acquisition through strategic marketing efforts.

• Led a team of four as Head of the Design Department, overseeing 3D CAD modeling, material selection, and fabrication processes for the project. • Integrated an RFID-based sensor system, enabling dual-access control via traditional keys and contactless cards, improving security and user convenience. • Proficient in SolidWorks, ANSYS, VS Code, and Python; skilled in conducting Design Failure Mode and Effects Analysis (DFMEA) and producing detailed engineering drafts.