Vivek Pant Email & Phone Number

Kirchheimbolanden, Rhineland-Palatinate, Germany

Kirchheimbolanden, Rhineland-Palatinate, Germany

Technical ownership of latest flow control technologies-• Defining and executing necessary technical tasks including deliverables, time planning and budget needs according to milestones.• Guide and consult development team members in terms of achieving reasonable results to gain holistic functionality including controls strategy.• Actively drive and support new manufacturing process on series machine onsite production plants with regards to building high qualified prototypes during series launch.• Drive and support supplier feasibility and quality control plan according to DFMEA findings (special characteristics) • Securing knowhow in technical documentation and present technical status and results to senior management.Leading development for automotive OEM applications-• Supporting and guiding application teams in finding best customer technical solution in terms of performance and durability.• Responsible for customer DVP validation specific to flow controlsDFMEA key user-• Moderating DFMEA-sessions for new technologies together with all necessary technical specialists

Brno, South Moravia, Czech Republic

Spearheading development phaseProgressing towards flawless launch of key projectsSummary of involvement in process-Understand needsGap anlaysis, risks identification & mitigation BOM cost and should cost reduction, achieve technology and manufacturing readiness levelSupport technical offerLead technical qualification and support commercial activities, toolingsSupport ODT, PPAPLatest generation automotive technologies-Capture market needs of performance, efficiency and emissionsEvaluate concepts to meet needs lead timeWorking with worldwide customer teamsHigh flexibilityContinous coordidation with cross functional teams, suppliers

District Brno-City, Czech Republic

Spearheaded Concept PhaseMatching and providing a right product to customerNew product concept generationEstablishing key characteristics of product and creating/approving BOM.Driving design & calculation activitiesProviding inputs for FEA, Bearings and Vibro-acoustics teams. Risk management by preparing and executing DFMEA & DVP.Performance prove-out by simulation and testingSimulation and analysisPost test analysis and root cause investigationCost reduction through value engineering and should cost analysis.Engaging suppliers through APQPMeeting project timing, customer expectation as per tech-offer and milestones.

Rueil Malmaison, France

Developed a new boosting system reduce fuel consumption. 1-D modeling of new charging system in LMS AMEsim and Matlab.Application and successful simulation in a Renault Gasoline engine boundaries.Increase in fuel economy by reducing 81% exhaust gas pressure drop.Reduction in CO2 emissions by lowering in-cylinder temperature.13% higher efficiency than twin scroll turbocharger. Keywords: Boosting, Exhaust gas back pressure, Pressure drop, Exhaust gas heat recovery cycles, Heat exchanger, Stirling engine, Thermo Acoustic Generators, Rankine Organic Cycle, Rankine Steam Cycle, Brayton Cycle, Ericsson Cycle, Thermo Electric Generators, Parametric analysis and variation, Heat exchanger

Chennai Area, India

3 cylinder, 1.5 liter, 2-stage turbocharged Diesel engineMild-Hybrid powertrain with permanent magnet synchronous motor, battery pack, Variable Geometry Turbo and dual-mass flywheelSuccessful launch of a new engine for Mahindra Quanto within time and cost boundariesIntegration of electric motor and battery in powertrainNew intake air management circuit improving crankcase pressureLighter and compact fuel injection pump with lower costAdvanced piston lubrication increasing oil flow rateTesting and development of Engine in V-cycle model

Master’S Degree - Ing, Automotive Engineering, 1.9/1

Activities and Societies: TechMotion Event organised by ZF Friedrichshafen AG at Pilsen (Czech Republic)European Masters in Automotive.

Master’S Degree - Ms, Advanced Powertrains And Vehicle Dynamics, 8 /10

Subjects: Advanced Powertrains, Vehicle Dynamics , Control Systems and Modeling, Advanced Vehicle Controls, Vehicle Electronics.

Bachelor’S Degree - Btech, Automotive Design Engineering, 2.88/4

Activities and Societies: Organiser of Automotive Styling event in University Member of SAE BAJA collegiate team 2010 Member of committee.