• Leading New Program Introduction to solve cross-functional hardware integration & packaging challenges to launch new vehicle/technology to the market.• Collaborating with stakeholders, and functional department leaders to gather KPIs and translate the top-down corporate strategy, program attributes, and milestones into detailed product roadmaps, timelines, and deliverables.• Managing the program planning, developing timing, assessing project risk, tracking issues, changes, and corrective action implementations using JIRA, and Bill of Materials.• Leading & supporting Battery Engineering activities (BMS, Architecture, Thermal Management, Fast charge SOC requirements, etc)• Creating decision matrix based on Thermal simulation to meet vehicle attributes to improve performance/save overall cost• Identifying risks, developing mitigation strategies, handling key tradeoff decisions for programs and facilitating conflict resolutions, and reporting the recommendations to Executive Management to meet program and market requirements to satisfy customer needs.• Spearheading a process re-engineering project to improve and consolidate end-to-end service processes, restructuring communication flow among 6 departments, and reducing downtime of NPI by 50%.• Mentoring Design Engineers to design various 3D powertrain components like Electric Drive Unit Mounts HVAC Components, Battery Modules, etc. using CATIA V5 & Teamcenter for complex manufacturing and assembly processes of Battery Electric Vehicles.

• Led Mechanical design & development of a state-of-the-art High Frequency - HV New Product Plasma Electro-Mechanical Ignition & Exhaust Powertrain Component, from initial concept to fruition.• Analyzed 3D Flow analysis using ANSYS Fluent/CFX to understand the hydrodynamics and Conjugate Heat Transfer (CHT), and Fluid-Structure Interaction (FSI) to determine the Heat Transfer and temperature contour. • Developed a HV electro-mechanical connector/cable to carry 40kV pk-pk voltage in high temperature environment. • Hands-on experience in building a high-level Heat Transfer and CFD model based on the First Principle and optimizing the Design/Solution with few available variables (input and boundary conditions). • Developed fixtures and assembly processes (stamping, injection molding, brazing, metallization, heat bonding) to test, diagnose, and validate the prototype proof of concept and deliver a working model for customer testing. • Performed Root Cause Analysis and generated DFMEA reports for the customers. Assisting the design engineers with GD&T drawing preparation, Tolerance Stack (Cp, Ck), BOM, DOE, DOF, & ECN.

• Blogging in the ASME.org Community, a growing online network of engineers• Sharing up-to-the-minute thoughts through the #IMECE2014 hashtag• Featuring in interviews before, during, and after Congress, including a video interview on-site at the event