Ryan Peer Email & Phone Number

• Analyzed, root caused and solved complex safety-critical issues in State of Charge (SOC) estimation in various thermal control modes for all GM Electric Vehicles (EV) in production.
• Identified and addressed gaps between system requirements and control designs for cabin heating and cooling issues for MY24 and beyond EV programs with the SOC estimation
• Led cross-functional reviews to verify data from SIL, HIL, and vehicles to identify any issues with the thermal system for all GM EVs with Epics, Features, Stories and backlog refinement
• Developed algorithms for the next generation of EV thermal system to improve energy efficiency and EV range with successful results
• Researched novel solutions for the next generation thermal controls with a systematic view including chemical, electrical, mechanical, and thermal
• Managed the latest technology to define the new state of art for thermal control and system simulations

GM Proving Grounds

• Managed the Statistical Software Quality Assurance (SSQA) for AV controllers used on Cruise Origin vehicles
• Implemented CAN Intrusion detection solution for Cruise Automation
• Led and implemented system requirements for running resets on first generation AV hardware
• Managed verification and reviewed each autonomous controller build through smoke test on HIL
• Developed and automated smoke test to be able to run nightly within the automated build system
• Led cross-functional Fault Tree Analysis (FTA) for troubleshooting running resets and bus offs

Ann Arbor, Michigan

• Led numerous troubleshooting issues for the analysis hardware and software packages at customer sites
• Managed quality control on legacy and next generations hardware and software
• Managed time-based acquisitions at destruction cell in GM Warren EV Labs
• Led cross-functional FTA to root cause software and hardware issues
• Implemented the latest technology for real-time processors with Linux VI tools and Telnet services
• Programmed and explored analog signal conditioning and the power electronics interfaces

Plymouth, Michigan

Programmed and solved software programming C# code issues using the internal software

Greater Grand Rapids, Michigan Area

• Product development of future technologies for anti-vibration system products
• Designed anti-vibration and rubber systems product development

Grandville, MI

• Managing shop supervisor for work flow, communication technicians and services advisors
• Recognized as “Performance Leader Top Performer” and “Customer Focus Performance” awards

Master'S Degree, Electrical And Electronics Engineering: Intelligent Controls

Bachelor Of Science, Mechanical Engineering

Activities and Societies: GVSU Alumni Big Brother/Big Sister - mentor Circle K - member