Own the architecture and technical roadmap for Remote Assistance across onboard integration, offboard services, and operator tooling/HMI
Define and drive the vehicle ↔ operator “contract” (data, authority bounds, fallback/MRM behaviour, and failure handling)
Lead cross-team execution across autonomy, safety, platform/infra, and product partners, turning architecture into deliverable workstreams
Establish system-level quality bars (latency budgets, reliability targets, monitoring, replay/evidence, incident learning loops) for safety-critical RA operation
Act as the technical interface to engineering leadership and safety stakeholders, shaping how RA feeds into the evolving L4 safety case

Staff-level experience building and owning real-time, safety-critical systems (e.g., AV/robotics, teleoperation, aerospace/avionics, industrial control, medical devices)
Strong product and customer orientation; able to connect technical performance metrics to rider experience, operational outcomes, and launch readiness
Proven ability to lead cross-org technical roadmaps and land work across multiple teams you don’t directly manage (architecture, alignment, execution)
Deep hands-on expertise in at least one of: low-latency video/telemetry streaming, robotics/AV system integration, control systems, or human-in-the-loop system design
Strong safety-first engineering instincts: failure-mode thinking, fallback/MRM design, operational constraints/ODD enforcement, and evidence-driven decision making.
Direct experience with teleoperation / remote driving / remote assistance systems, including operator UX and authority boundaries
Familiarity with safety frameworks and processes relevant to autonomy (e.g., functional safety concepts, safety cases, hazard analysis)
Experience scaling production systems in ambiguous, fast-moving environments (from prototype to operational reliability)

Tech Lead – Remote Assist, Robotaxi

Key skills