Ojas Mendapara

EV Engineering Excellence | Design governance, DFMEA maturity & ISO GPS deployment across all programmes. • ~40% FTR improvement via DFM checklists & structured DR0–DR3 reviews • ~30% ECN reduction through early-stage DFMEA deployment • ~60% fewer DFM iterations via standardised DFM/DFA guidelines • PLM implementation: BOM structuring, drawing release & ECN control • Mentor team on GD&T, tolerance stack-up & DFM/DFA Tools: Creo · Windchill · Teamcenter · SAP · ANSYS Standards: ISO GPS 8015 · ASME Y14.5

Marine engine subsystem design for MTU-Rolls Royce, Germany. • Designed subsystems using Creo MBD to MTU-RRPS standards • Coordinated with German engineering teams on ECNs & release quality • Reverse & value engineering — cost and weight reduction • Engineering change control via PTC Windchill • Mentored junior engineers; supported team resource planning Tools: Creo 9.0 (MBD) · Windchill · SAP · AutoCAD Standards: ISO GPS 8015 · MTU-RRPS

Engineering services: onsite assignment at Hitachi Energy (ABB India), Vadodara. Hitachi Energy (Jul 2017 – Sep 2021): • Design support for Live Tank Circuit Breakers (72.5kV – 800+ kV) • Creo/Windchill: modelling, drawing release & ECN management • Support for manufacturing, assembly & FAT Head Office (Dec 2015 – Jul 2017): • Reverse engineering, CAD, rendering & NPD for industrial clients Standards: IEC 62271-1 · IEC 62271-100

Petrochemical valve design for oil & gas and process plant applications. • Ball, gate, globe & piston valves — forged & cast per API 602, ISO 15761, ASME B16.34 & IBR • AutoCAD / UG-NX drawings, BOMs & technical documentation per customer specs • Material selection for pressure-rated components & dimensional inspection • Developed multi-size piston valve range — concept to production Standards: API 602 · ISO 15761 · ASME B16.34 · IBR