Working on design of packaging Inverter systems 48V hybrid and electric vehicles for all major automotive OEM. Responsible for the packaging design and documentation of automotive 48 voltage power electronic (Material selection, Thermal/Structural Simulation/Analysis, Tolerance analysis, Bill of Materials, DV and PV Validation, etc.).
Worked with packaging design and developmental efforts for Low and High voltage Inverter systems.
Responsible for the Plastic, Sheetmetal, diecasting components and connector system.
Worked with suppliers on technical feasibility studies.
Interface with electrical, supplier quality, purchase and operational engineers to develop packages to meet the customer requirements (prototypes to product launch).
Interface with manufacturing (internal) to design for manufacturability.
Good Knowledge on Automotive standards (PPAP, FC, PSW & APQP), change mgmt. (Teamcenter) and process knowledge (DFA).
Worked on reliability study for PCBA using Ansys Sherlock.
Good Knowledge on creating a PCB layout using ECAD and MCAD.
Understand and apply geometric tolerance using 3DCS.
Analysis of technical problems in the system/component level and prepare a risk assessment for Design.
Work with the FEA simulates engineers for various tasks.
Active participant in DFMEA and analysis of the DV and PV testing results.
Experience in Teardown and documentation on DV and PV units.
Senior Mechanical Engineer
Continental Automobile
10.2016 - 07.2019
Worked on design of packaging Inverter systems 48V hybrid and electric vehicles for all major automotive OEM. Responsible for the packaging design and documentation of automotive 48 voltage BSG, Battery modules and High voltage power electronic modules (Material selection, Thermal/Structural Simulation/Analysis, Tolerance analysis, Bill of Materials, OEM Validation plan, Warranty Support, etc.).
Worked on packaging design and developmental efforts for Low and High voltage Inverter systems.
Worked on the product launch by accomplishing the various stage of PLC (product maturity) and MLC (material maturity).
Interface with electrical, supplier quality, purchase and operational engineers to develop packages to meet the customer requirements (prototypes to product launch).
Interface with manufacturing (internal) to design for manufacturability.
Good Knowledge on Automotive standards (PPAP, FC, SCR, PSW, APQP and TS16949), change mgmt. (PLM, SAP and MKS) and process knowledge (DFA).
Analysis of technical problems in the system/component level and prepare a risk assessment for Design.
Analysis worst case and statistical tolerance using 3D software CETOL with 6sigma concept.
Work with the FEA simulates engineers for various tasks.
Active participant in DFMEA and analysis of the DV and PV testing results.