Prasoon Gupta Email & Phone Number

Dublin, Ca, Us

Pleasanton, California, Us

Pleasanton, California, Us

Program:•Product lead for a successful launch of a program that generates $2.4Million of ARR for organization•Owner of Service <> Parts PM collaboration o Collaborate with POC from Parts team to align on roadmap o Discuss roadmap with Fixed Ops team with the goal of improving communication and reducing downstream effect of delays in product developmentProduct:•Perform functional discovery o Identify opportunities for development in Service and Parts Application & Integration for multiple programs o Create and delegate tasks to individual PM owners for addressing gaps in Product•Create Product requirement document (PRD) and collaborate with engineering for building both Applications and Integration enhancements in the product to meet the goal of launching programs•Product Owner for Auto Dispatch o Made a number of enhancements in Product to increase adoption o Assist Solutions & Account team in SKU penetration by collaborating with design and marketing on content creation o Auto Dispatch SKU adoption increased over 6 times over the past year with $600K additional ARR •Designed End to End product workflows like Parts Ordering on Appointment, Recommendation Workflow redesign, Parts & labor credit on repair, etc Process:•Lead research on the performance of Auto dispatch at live dealers and collaborated with Marketing team to define a standard process for conducting Product feedback surveys People:•Collaborate with SPMs in assisting ramp up of new hires in Service product team

Dayton, Ohio, Us

•Led system design and development on multiple OEM programs (such as upcoming Sono Sion, Indi EV Indi one, Nikola NZT, Karma GX-e1 Ford CX748 GE2) to meet specs per customer’s SOR and complete all APQP requirements•Led and worked cross-functionally with software, control and design team for layout packaging, feasibility, assembly and product design & BOM creation, release, and control using Product Life Cycle Management tools•Conduct & participate in customer related activities to broaden the prospect of future business by understanding & defining system requirements•Work closely with program management to explain customer concerns and define roadmap to a solution•Process improvement planning & execution for cost optimization & quality improvement•Researched and Implemented Complex EigenValue Analysis predictive modeling strategy to proactively address brake squeal noise issue and improve product design flow process•Self-initiated to develop tool with Visual Basics for automating data post-processing, report generation, link multiple database•Coordinate with ESC software team to define, validate and release brake booster cal. updates for continuous improvement•Define design & production validation (DV&PV) timing based on customer project timing plan and estimate Non-Recurring Expenses (NRE) for brakes product development•Manage prototype parts design, development and delivery for mule vehicle builds•Co-ordinate and arrange bench and dynamometer test on brake products both internally and outsourced to Link Engineering, utilizing BWI developed, SAE, GM & Ford Industry standard test procedures•Perform brake system sizing and modeling to determine optimum brake balance, no power and failed circuit pass margin, volume consumption and stroke reserve, locking pressure, park brake clamp force, rotor thermals•Experience with preparing and maintaining DVP&R, DFMEA, Caliper parameter & System worksheet for brake products

Dayton, Ohio, Us

• Formulated test procedures for conducting Impact Hammer Modal test on Brake components in Free-Free and constrained condition using Crystal Instrument's CoCo-80X (8 channels handheld Dynamic Signal Analyzer)• Carried out various instrumentation projects related to vehicle noise assessment to record and process the real-time brake squeal noise/other components noise heard in the driver’s cabin

Pune, Maharashtra, In

• Gained experience in understanding the process of Certification and Homologation of vehicles • Opted courses to expand my insight in Noise & Vibration and Automotive Component testing• Acquired an Understanding of the functioning of a Research oriented Organization

Vellore, Tamil Nadu, In

Design & Manufacturing• Designed and developed Pushrod actuated front and rear Suspension system of the vehicle in SolidWorks• Designed Rack and Pinion actuated Ackerman Steering geometry and Manufactured its linkages on Lathe machine• Designed and fabricated fixtures and fixture table for Frame construction• Designed Steering Knuckles (Upright) in SolidWorks to generate and optimize G-code and then manufacture it on 5-axis CNC machineNVH & FEA• Built Finite element models of Steering Knuckle, Rocker (Bellcrank) and Brake disc for static structural and transient thermal analysis using ANSYS• Performed Modal analysis of the components as well as full vehicle to obtain mode shapes and modal frequencies• Suggested design change in the components by studying their failure in frequency range of operationDynamics• Studied and Optimized the dynamic behavior of front and rear Suspension geometries by running their Kinematic simulation in OptimumKinematics and Adams Car - MSC softwares• Analyzed the parameters for vehicle's roll stability and controlProject Management• Acquired experience in the financial and management aspect of running a project of 30 students as a financial head• Structured Cost Analysis report of the vehicleEvents• Formula Electric Germany (Hockenheim) on July 2015• Formula Electric Italy (Varano de Melegari) on September 2014

New Delhi, In

Objective: Design, Analysis and fatigue testing of semi elliptical and parabolic leaf springs• Analyzed production management and quality control techniques associated with company’s manufacturing process such as oil quenching, water tempering, shot penning and assembly of leaf springs• Designed a Semi Elliptical leaf spring in SolidWorks and performed FEA analysis in ANSYS• Performed fatigue load testing on a Parabolic leaf spring using Leaf Spring Test Rig

Master’S Degree, Mechanical Engineering

Bachelor’S Degree, Automotive Engineering