Top Engineering Jobs in Charlotte, NC

Support sportscar racing performance via vehicle dynamics analysis, simulation correlation, data reduction (on-track, rig-test, DIL), setup and strategy recommendations, competitor analysis, and reporting. Collaborate with race teams and internal GM groups, travel to occasional events, and improve tools and methods for vehicle simulation and data analysis.

Lead full‑lifecycle development and delivery of high‑quality, performant web/Electron applications for motorsports operations. Debug, maintain, and tune live production systems, collaborate with engineering and trackside teams, mentor junior developers, and provide on‑call support for global events.

Design, develop, integrate, test, and support motorsports electronic systems (hardware and software) across simulation, track, and bench environments. Provide embedded race-team support, troubleshooting, root-cause analysis, and project/issue management; travel to domestic and international events.

Investigate autonomous-vehicle safety issues through large-scale telemetry and time-series analysis. Integrate vehicle, incident, software-release, location, and operational data into analysis-ready datasets; perform root-cause investigations; distinguish data-quality problems from meaningful outliers; and communicate rigorous findings to safety, operations, and engineering teams. Develop reusable metrics, detection methods, pipelines, and analytics tooling using engineering and physics-based signal-processing techniques.

Define architecture and metrics for autonomous driving evaluation, lead cross-functional integration across autonomy and simulation teams, develop statistical and machine learning methods, analyze large-scale time-series data, manage evaluation KPIs and release gates, and communicate safety and readiness insights through dashboards and stakeholder presentations.

Develop ML/RL models and infrastructure for AV simulations, optimize training loops, and support project timelines in autonomous vehicle tech.

Lead the Mapping Engineering team as a Staff Software Engineer, focusing on designing scalable distributed backend systems for autonomous vehicle mapping, collaborating with cross-functional teams, and mentoring engineers.

Define and lead survivability strategy and roadmap for GM Defense. Determine in-house vs outsourced capabilities, establish partnerships, develop design/material/manufacturing standards, lead trade studies, define survivability requirements, guide analysis and validation approaches, assess vulnerabilities and integration risks, and work cross-functionally to embed survivability into product development.

The Sr Staff AV Behavior Safety Engineer leads safety validation for GM's autonomous driving systems, influences launch decisions, and collaborates across teams for safety standards and performance metrics in AV behavior development.

The Technical Lead will architect and implement systems for data processing and testing workflows in the autonomous vehicle development space, optimize software engineering practices, and guide a team of engineers.