Lead an agile scrum team focused on developing software for runtime management and diagnostics of automotive ethernet switches.Lead effort to rearchitect from hardware-focused software design which resulted in multiple different repositories for the same high-level software, cutting total number of projects owned by the team in half while maintaining the same functionality with minimal increase in system resource utilization.Engaged cross-organizationally with several groups to align key deliverables and ensure a quality, functioning product.Engaged with suppliers on both hardware and software design, providing key feedback and ensuring deliverables met expectations and requirements.Worked in an AUTOSAR-like software environment, using a combination of proprietary GM software and the AUTOSAR software stack to leverage the strengths of both.

Developed and designed embedded C++ software to visualize vehicle sensor data to the end-customer in an easy to understand graphical format.Created a standard for unit testing within the individual team using the GoogleTest framework, creating documentation and unit testing guidelines for the team to follow, leading to less overall software quality problems discovered by QA.

Assist in rapid prototyping of in-vehicle ethernet architecture concepts. Coordinate with stakeholders to develop requirements for ethernet communications software. Provide said requirements to contract software development team and hold technical discussions regarding status of software and implementation decisions.

Assisted in sourcing ethernet hardware for GM vehicle architecture, providing feedback to suppliers and key stakeholders, provided an official engineering recommendation based on comparative matrix of supplier solution strengths and weaknesses.Created a software tool to assist in analysis of semiconductor volume data, saving ~1,300 engineering hours a year of effort.

Continuous development of serial data mapping across vehicle controllers and models. Developed scripts and tools to optimize serial data mapping process.