Systems Engineering Manager Power Train DevelopmentBattery Management SystemVehicle ValidationHomologation FMVSS and CARB

TPM for Advanced Engineering Sensors teamLeading Next Gen Sensor RFI/RFQ sensor mules and sensor evaluation programWorking with different suppliers and manufacturers for RADAR/LiDAR/CamerasProgram Planning Xfunc team support design and test plan

Executed POC for System Test TeamCreated scenarios for different used cases Supported automation team to execute POCHandled off shore team for executing test cases,creating scenarios using Scene Edit tool and WebvizTest Plan creation and executionTechnical discussion and project deliverables to onsite team

System ArchitectureADS - Automated Driving SystemHAV - Highly Automated Driving ODD - Operational Design DomainDDT - Dynamic Design Task OEDR - Object & Event Detection & ResponseMRC - Minimum Risk Condition UD Unrestricted Driving RD Restricted Driving AVS Automated Vehicle Stop SIL Stop In Lane ES Emergency StopPerception Decision Controls

Digital Cockpit Validation Artificial Robot Instrument Cluster Centre Display Heads Up Display Steering Wheel ControlAmplifier Working in development of a super computer ECU for an Electric CarVehicle Validation for Digital Cockpit Vehicle Validation for ADAS features Core platform support System Engineering for Digital Cockpit

Worked as a contractor at NIODigital Cockpit Infotainment System & Validation EngineerVehicle Validation CNCAP

Leading a Test Automation team Development of TAF - ADAS FCM - Front Camera Module AHBCLDWFDI

Development of ECU Software Requirement and Analysis functions for Front Camera Module (FCM).- Forward Collision Warning- Lane Departure Warning- Lane Departure Haptic Feedback- Traffic Sign Recognition- Lane Keep Assist- Brake Mitigation- Object Detection- Auto High Beam Control - Glare Free High Beam- Follow Distance IndicatorCalibration of FCM based on customer requirementsVehicle Testing activities for FCM.DVP&R Preparation of vehicles for Testing.Video Data Logging.Mobile Eye Gen 2/Gen 2.5/Gen 3/Gen4

Development of ECU software requirement and analysis functions for the Volvo Construction Equipment Asphalt Pavers.Writing end to end functional requirement, developing analysis functions for vehicle ECUs and HMI ECUs. All the developed analysis functions are used in design and development of the software for the ECUs of the machine.Model Based Design (MBD)

CAPL scripting, CANalyser, CANoe, verification and Validation of ECUs, functionality testing, diagnostic services

I have been working on the powertrain builds at home for the past ten years. I havebuilt many engines for the drag racing and street racing. I have also been tuning the standalone engine management systems for all the engine modifications for naturally aspirated and forced induction. I have worked on the turbo builds for the NA cars and also tuned them for best performance. The standalone EMS are aftermarket EMS available which will help to increase/ decrease the fueling, ignition and also to control the revlimit of the engines. The correction factors based on engine coolant temperature, battery compensation,ignition and injection compensation are carefully handled. The fuel table and ignition table are input with values according to the engine performance and also the AFR is monitored to get the best eficiency and performance form the engine builds. I have started developing in house standalone EMS which will be soon introduced as its in the testing phase. I am looking forward to learn more and about powertrain and improve my skills and looking forward to work in the same area.http://enginemanagements.blogspot.de/2014/01/introduction-to-standalone-ems.html

Validation of the vehicle electrical systems according to the GMW standards. Validation on diagnostics and complete vehicle electronics, benchmarking competitors vehicles with respect to electrical contents. Powertrain Platform Electrical Interface for the gloabal A vehicles.