Lead C++ model design, integration & test efforts for: - Camera ISP Fixed Point Libraries, Pipeline construction & IQ evaluations- ARM IPs such as Processor Cores (Cortex M*, A*) Cache Interconnects, Interrupt Controller Models on various Application and Memory subsystems for Mobile and Server chipsets- Successfully bring-up S/W stacks for CoreBSP, Linux Kernel & Target teams - Develop models for MSM “low-power” architecture for pre-sil verification of DCVS IPs: CSRs, IRQs, Clocks & Reset controllers, MMU/Remappers, etc. for above targets- Integrate, Test & Debug and 3rd party IPs [USB, PCIe ] from vendors such as Synopsys- Interface with IP providers such as ARM, Lauterbach, Synopsys to debug IPs- Analysis of platform performance and reduce time to simulate IPs

Research Engineer – Electric Vehicle & Energy Technologies Prototyping Group- Lead development of Matlab/Simulink modeling for Electric Vehicle subsystems towards realizing a complete electric vehicle evaluation platformModeling of Vehicle dynamics & Powertrain [Hitachi Motor/Inverters] - Investigation of Energy management strategies for maximizing Electric Vehicle SoC by integrating navigation information- Routing strategies for Eco-Aware navigation to minimize fuel-consumption in 3D [considering altitude as additional factor]- Publish competitive landscape reports on Powertrain Systems, Charging technologies & Connectivity to Grid, towards creating research proposalsResearch Engineer – Software Systems Group- Successfully led investigation & development of “Zero-Hand” coding approach towards developing firmware for Traction [Motor] Controller in production environmentDemonstrated Proof-of-concept and successfully applied concept to production- Design/Develop/Testing of Matlab/Simulink models for testing hardware I/ODebug & Hardware I/O verification of developed firmware on actual targetConduct Design reviews and interface with customer to report statusTrack and Mange: Software Builds, Integration & Releases- Platform: Freescale S12X/Matlab/Simulink/Cosmic/Linux

- Successfully assist in discssions of Navigation Radio System/Software Architecture, Performance metrics of navigation radio towards Hitachi’s (Xanavi/Clarion) first OEM (Ford) design-win in US- Technical design reviews with OEM (Ford) and Suppliers (Sirius/XM, Navteq, TI, Freescale, Fujitsu, Microsoft)- Interface with OEM and Cross Functional Engineering teams to develop Software/Systems solutions for:  Migrate existing navigation system on WinCE 5.0 to WinCE 6.0/SH4 architecture to understand new platform intricacies & performance metrics Sirius Data Services [Traffic, Graphical Weather, Sports Scores, Fuel Prices]- Engaged in discovery meetings with customers to gather and define technical details of next generation product- Track & Manage development, bug resultion between OEM & Engineering teams- Presentations/Product Launches @ Industry Tradeshows – CES, SAE, ITS, GM/Ford TechWorld

Research Engineer – Vehicle Navigation Systems Group- Development of algorithms to improve vehicle navigation route generation based on statistical traffic data collected from the satellite radio receiver- Development of Link/Application Layer protocol stack to implement Data Services off the satellite radio Receiver- Worked closely with Design-Engineering and Sales teams to Design-Win US’s first Traffic routing capable Navigation-Radio.