Top Tech Jobs & Startup Jobs

Leads an engineering team building scalable ML data infrastructure, including data ingestion, processing, storage, access, pipelines, and analytical platforms. Defines architecture, evaluates technologies, improves performance and reliability, translates data requirements into technical solutions, and ensures governance, security, and regulatory compliance. Provides mentorship, strategic roadmap input, and cross-functional collaboration with ML engineers, data scientists, platform engineers, and product teams.

Designs and releases onboard charging and power electronics systems for electric vehicles. Oversees technical requirements, supplier deliverables, design reviews, validation plans, software releases, integration testing, and fault resolution. Performs DFMEA, DFSS trade-off analysis, root-cause investigations, warranty reduction, and high-voltage functional testing. Defines vehicle communication and control interfaces using CAN, LIN, and Automotive Ethernet while supporting future software-defined vehicle programs.

Designs and releases transmission hydraulic control components, including valve bodies, valves, solenoids, castings, and spacer plates. Leads engineering changes, supplier collaboration, audits, capability studies, PPAP, validation, root-cause analysis, corrective actions, and manufacturing quality improvements. Develops commodity strategies, technology roadmaps, BOM reuse strategies, technical documentation, and training materials while mentoring engineering teams and communicating risks and solutions to cross-functional stakeholders.

Leads onsite closed-course testing for autonomous vehicles, including test planning, regression and feature validation, fleet readiness, troubleshooting, data capture, issue escalation, and technical reporting. Coordinates limited operations personnel, maintains vehicle configurations and documentation, evaluates test outcomes, supports safety controls, and helps establish a dependable Yuma proving-ground testing operation. The role requires independent work in outdoor conditions, hands-on vehicle activities, and approximately 10% travel.

Designs, documents, and implements scalable, low-latency C++ software on Linux-based systems for autonomous vehicles. Develops interfaces connecting the autonomy stack with sensors and custom vehicle hardware, while improving reliability through requirements generation, continuous integration, automated testing, issue tracking, and code reviews. Collaborates across teams, mentors developers, and delivers complex projects incrementally.

Leads performance engineering for scalable backend services, APIs, microservices, and distributed systems. Diagnoses production performance issues, identifies bottlenecks, develops optimization strategies, and conducts load and capacity testing. Collaborates with DevOps, SRE, architects, and engineering teams on resilience, architecture, and technical design. Mentors junior engineers and drives performance best practices.

Develop autonomy evaluation metrics, statistical and machine-learning analyses, dashboards, and pipelines for simulation and on-road autonomous vehicle testing. Analyze perception, prediction, and planning performance; identify anomalous behavior and critical scenarios; apply VLMs and LLMs where appropriate; and support release gating and safety decisions. The role requires production Python, C++ debugging, technical leadership, cross-functional collaboration, and rigorous software engineering practices.

Leads global commodity strategy, sourcing, procurement, supplier negotiations, contracts, cost reduction, capacity planning, and supply resilience. Manages global teams, develops employees, collaborates cross-functionally, oversees supplier relationships, and executes procurement budgets and business plans. The role requires 10–20% domestic and international travel and regular hybrid attendance in Warren, Michigan.

Architect and build evaluation metrics, statistical and ML analyses, dashboards, and pipelines for autonomous driving systems. Analyze simulation and on-road time-series data, evaluate perception, prediction, and planning models, identify anomalous behavior, and support release-gating and safety decisions. The role requires production Python development, C++ codebase work, cross-team technical leadership, and integration of advanced AI models for scenario classification and validation prioritization.

Lead and support ATW projects for ICE propulsion controls: define requirements, develop controller software and calibrations, verify on SIL/HIL, engine carts, dyno or vehicles, and perform emissions testing to meet regulatory and performance targets.