Top Tech Jobs & Startup Jobs

Leads cross-functional AI Platform programs supporting autonomous vehicle verification, validation, reliability, and driverless readiness. Owns reliability metrics, execution plans, issue triage, testing priorities, risk assessments, and leadership updates across systems, software, hardware, autonomy, data science, and vehicle operations teams. Translates field failures into engineering priorities and improves troubleshooting, validation, and recovery workflows.

Own perception data operations for autonomous driving, translating ML and engineering requirements into labeling deliverables. Manage vendor allocation, budgets, timelines, quality, throughput, and risk across sensor data pipelines. Partner with perception engineering, product, data engineering, and external labeling providers to ensure reliable, high-quality data delivery. Use SQL, and optionally Python, to analyze operational metrics, identify root causes of quality issues, and improve vendor performance and workflow outcomes.

Own Nuro’s U.S. immigration and global mobility case management, coordinating employees, managers, recruiters, HRBPs, and external counsel. Manage H-1B, OPT, TN, O-1, and PERM cases; track deadlines, maintain compliance records, conduct data audits, support I-9 and visa compliance audits, and build scalable workflows, SOPs, reporting, and documentation processes.

Lead systems engineering for autonomous vehicle platform areas including sensors, compute, motion control, localization, and latency. Define requirements, architectures, performance targets, operating constraints, test coverage, interfaces, failure modes, and validation strategies. Analyze simulation, SIL/HIL, closed-course, and on-road data; conduct root cause analysis; and drive integration issues to resolution. Collaborate with software, hardware, electrical engineering teams, and vendors on component selection, characterization, testing, and verification.

Build Nuro’s teleoperations video-streaming platform connecting autonomous vehicles and remote operators. Responsibilities include designing real-time streaming pipelines, developing offline simulation and emulation frameworks, testing in real-world environments, collecting road-network metrics, and improving networking, bandwidth estimation, rate control, and communication reliability.

Design and implement real-time video streaming pipelines for Nuro’s teleoperations platform. Develop offline streaming simulation and emulation tools, test systems in real-world environments, collect network metrics, and improve streaming algorithms. The role requires expertise in networking, bandwidth estimation, rate control, and real-time communications, with collaboration across engineering teams to deliver reliable vehicle-to-operator connectivity.

Design and develop reliable, high-performance sensor and compute systems for autonomous vehicles. Build device drivers, communication protocols, runtime APIs, testing and monitoring tools, and onboard software across system layers. Debug complex real-time systems, identify root causes, collaborate with vendors and stakeholders, lead sensor and compute projects, and mentor software engineers.

Own full-cycle technical recruiting for machine learning, robotics, autonomy, infrastructure, systems, and software engineering roles. Build outbound sourcing pipelines, partner with engineering leaders on role definition and evaluation plans, coordinate interviews, negotiate offers, track recruiting metrics, improve hiring processes, and manage multiple concurrent searches using ATS and AI-powered recruiting tools.

Designs and develops reliable, high-performance sensor and compute software for autonomous vehicles and robotics. Responsibilities include architecting embedded and real-time systems, developing device drivers and communication pipelines, monitoring metrics, automating testing, collaborating with hardware vendors, debugging complex system failures, and driving cross-functional sensor and compute projects.

Design and develop reliable, high-performance sensor and compute software for autonomous vehicles, including device drivers, protocols, runtime APIs, testing, monitoring, debugging, and hardware integration. Lead cross-functional sensor and compute projects, collaborate with suppliers and stakeholders, optimize real-time Linux systems, and mentor software engineers.