Software Chief Architect- Configuration of the operating system- Load balancing the software architecture across cores- Configuration of the memory protection unit- Resource tracking and management- Debug of system level issues

- Design, development of first generation Advanced Driver Assistance System (ADAS)- Created methods for cross sharing protected libraries between Continental and customer for co-developed content of the software- Designed, implemented memory protection mechanisms to provide mutual protection from interference between base functions and customer application functions - Designed, implemented inter-processor communication and handshaking for exchanging data and synchronization between the processors with distributed functional content- Design, development and application of software for embedded safety critical applications (automotive airbag controllers)- Responsible for the re-architecture and implementation of the first Airbag system implemented as a dual-core processing solution with load balancing and handshaking between cores - Core team member for peer reviewing requirements, designs and embedded software- Training team members in appropriate use of design, development and testing tools- Team member coaching and mentoring- Direct interface to customer for negotiating software requirements and software delivery schedules- Administration of LINUX workstations used for automated code testing and analysis- Development of in house tools for test, analysis of results, product configuration- Globally responsible for design, implementation, and coordination customers regarding compliance with NHTSA crash data recording regulations- Specify and perform software verification tests and system validation tests- Prototype and development system debug and evaluation using oscilloscopes, network analyzers and in-circuit emulators (or JTAG)- Define software component boundaries and responsibilities- Define standard techniques for documenting software architecture and software designs using UML with Rhapsody (IBM)- Partial code generation from UML models to C code / model updates from code - synchronized and maintained design to/from implementation

Focused on rapid prototyping and developing motion control systems for autonomous drivingModel based development focused on portability and simulation supportCoaching and mentoring software and system team membersCoordinated development of multiple function topics on a common system platform.Defined interfaces between ECUs and software componentsDefined the network topology of the system across multiple ECU utilizing a combination of CAN and EthernetImplemented cross compileable software components across diverse hardware and OS systems (Windows PC, Raspberry Pi4 Linux, dSPACE MicroAutobox, R-Car Yocto Linux)Implemented CAN to Ethernet gatewayResponsible for evaluation and selection of software development toolsAdministrator of version control / change management systemCo-responsible for evaluation and selection of target hardwareCreated, administered and distributed Linux development images