Connected Cars Product Development. Responsibilities- V2X Technology- Systems Engineering.- Algorithms.- Product Management(On Board Unit & Road Side Unit)- Project Management- Testing and validation

Responsibilities- Project Planning, tracking and Person maintenance- Simulation environment development for a subsystem level Hardware-In-the-Loop validation.- Plant Modeling- Development of Hardware simulator boxes- dSPACE ControlDesk experiments development - Tool development for HIL automation - Automation procedure development for HIL validation.Projects: Body, HVAC, Passive Safety & Active SafetyTools: MATLAB Simulink, dSPACE ControlDesk, VB .NET & Python

Responsibilities- Project Planning and tracking- Simulation environment development for a subsystem level Hardware-In-the-Loop validation.- Plant Modeling- Development of Hardware simulator boxes- dSPACE ControlDesk experiments development - Tool development for HIL automation - Automation procedure development for HIL validation.Projects: Body, HVAC, Passive SafetyTools: MATLAB Simulink, dSPACE ControlDesk, VB .NET & Python

Automotive OEM on-site projectResponsibilities- Requirement gathering, project planning and tracking - Implement the whole Software lifecycle of the model development activity. - AUTOSAR compliant application model development - Functional testing of the application models- AUTOSAR compliant code generation, Model-In-the-Loop & Software-in-the-Loop testingProjects: Energy Management System, Body Controller applicationsTools: MATLAB Simulink & Stateflow and IBM Rational StatemateAutomotive OEM In-house projectResponsibilities- Application model development on multiple features of Chassis domain. - Models integration of all the features of the domain- Rapid prototyping of the Models.Projects: eDiff model development, Air Suspension model development & CAN Layer implementationTools: MATLAB Simulink & StateFlow & Freescale MPC5533 processorAutomotive OEM on-site projectResponsibilities- Lead, report, track and manage the projects. - Client’s R&D project. - Tool development for Model Coverage analysis.- Hardware porting of the toolProjects: Develop coverage analysis tool: Implement background scripts for test case generation, implement GUI & Tool comparison with existing market tools like ReactisTools: MATLAB Simulink, Visual C++, Python & dSPACE MicroAutoBox

Responsibilities- Model Based Design of Active Safety Features- Enhancements to core radar algorithm- Model in the Loop testing- Rapid Prototyping of the Applications- In Vehicle testing of the developed applications- HMI Software development for GUI- Version Control of filesProjects: Radar PWM Generation, Adaptive Cruise Control application, Collision Mitigation application & Park Assist ApplicationTools: MATLAB Simulink, Vector CANalyzer, Texas Instruments TMS320C2809 processor, MPC555 processor, XScale PXA270 processor, Visual C++, Freescale CodeWarrior, Windows CE & MKS Integrity

Responsibilities- Designed and developed projects for Vehicle Safety and Crashworthiness tests- Inter department coordination to establish the design requirements for the projects. - Support the test dummy Lab with the dummy calibration tests. Projects: Velocity Measurement System for test dummy knee calibration system, Crash test lighting control system, Crash test data acquisition systemTools: MATLAB Simulink & Visual C++ 6.0

Responsibilities- Research and Development funded by a leading Automotive manufacturerProjects: Microprocessor based Optimal .Energy Delivery Weld Controller, Software for the estimation of the nugget diameter of the weld, Software and hardware interface circuitry for data acquisition from the weld gunsTools: MATLAB m scripting & C