▪ Lead for team of engineers to design and develop connectivity and charging software on multiple platforms.

▪ Architected framework and built/reviewed designs to securely update all ECUs.

▪ Led and delivered PoC and production software in compressed time frame.

▪ Core lead to develop and launch embedded Linux based IOT client.

▪ Worked on multi-thread, multi-process client server design.

▪ Collaborated globally to influence embedded Linux architecture, system design, conduct reviews and

supported agile development including end-to-end integration.

▪ Lead for design and development of firmware used across the company product portfolio: embedded

controllers and Bluetooth applications.

▪ Responsible for software development, creating scripts and debugging SW field issues.

▪ Architected & implemented, embedded software & full-stack application to perform wired & OTA updates.

▪ Software integration on Linux and QNX platform.

▪ Evaluated & designed IP Radio & Video software integration for infotainment platform.

▪ Developing Bluetooth software for proprietary communication.

▪ Supporting launch of connectivity technologies for NAR.

▪ Responsible for hybrid-electric HIL development, and automotive transmission controls and software development.

▪ Created and utilized Matlab, DSPACE models for algorithm definition.

▪ Conduct system-level and unit-level verification and validation of software including vehicle network using CANoe models.

▪ Perform System Design Failure Mode and Effects (DFMEA) and Variation analysis.

▪ Performed competitive assessments of telematics technologies for standalone and integrated architectures.

▪ Assessed software, hardware, technical, timeline feasibility, manufacturing, development processes, personnel and supplier readiness for OEM and battery electric programs.

▪ Developed sequence specification for in-vehicle Bluetooth integration including manufacturing, serviceability and diagnostics.

▪ Developed specification for telematics integration into multi-media unit: software, hardware, VM for remote applications and vehicle diagnostic requirements.

Development of Karma premium hybrid electric vehicle.

▪ Software design, development and launch of embedded control systems

▪ Designed functional, logic and control algorithm for embedded infotainment systems HMI.

▪ Used cross-disciplinary workshops for capturing requirements and Matlab for algorithm development, validation and autocode generation.

▪ Coordinated with all system teams to develop and implement the controller systems architecture.

▪ Worked with different groups to develop system requirements documents, DFMEA, DVP&R, APQP and module functionality rollout plans.

▪ Performed benchmarking and evaluated RFQ proposals, negotiated features, resources and pricing.

▪ Unique HMI control designs resulting in 3 patent application submissions.