Humble

You'll **own the design of electronic hardware** for autonomous automotive platforms, from concept through manufacturing. You'll **bring up new PCBs** and integrate sensors, compute, and actuators. Work with AV industry veterans on a zero-emissions hauler using **vision-based AI**.

You'll build **simulation systems and tools** for closed-loop testing, synthetic data generation, and sensor simulation, working heavily with **modern neural rendering approaches** like Gaussian splatting and world models. As part of a small early-stage team, you'll have **real influence** over what and how we build.

You'll own the architecture and delivery of chassis systems for an **autonomous heavy-duty electric vehicle platform**, directly determining vehicle performance and autonomy readiness. You'll drive decisions from first principles, operating with high autonomy in a **fast-moving hardware startup** environment. This is a high-impact role responsible for safety-critical systems.

You'll own the **spatial foundations** of our autonomy stack, ensuring sensors relate accurately to the vehicle and the environment. Your work will enable robust **localization algorithms** that fuse calibration outputs into a continuous, trustworthy vehicle state estimate. This role uniquely combines sensor geometry and state estimation as two facets of the same problem.

You'll design, train, and ship the **vision-language-action foundation model** at the core of Humble's autonomous driving stack. Your work will directly impact **large-scale model deployment** on our trucks. This is a rare chance to build a production VLA from the ground up with a small, high-impact team.

You'll **optimize and deploy ML models** on embedded GPUs using TensorRT and CUDA for autonomous freight trucks. You'll own **end-to-end latency** across the full autonomous driving stack. This is a rare chance to bridge ML and embedded systems at a fast-moving startup.

You'll **own electrical design** of next-gen autonomous vehicle hardware at **Humble Robotics**, building disruptive zero-emissions haulers. You'll drive architecture, schematic/layout, prototype bring-up, and transition to robust production hardware for groundbreaking AV systems.

You'll own **design verification** for our autonomous hauler, defining vehicle-level DV requirements and cascading them to every module. You'll decide whether to run tests at external labs or build in-house HIL and environmental setups, ensuring every module complies with vehicle-level DV requirements. This role offers a **once-in-a-lifetime adventure** in ground transportation.

You'll own **system-level requirements** and **architecture** for an autonomous vehicle platform at a close-knit AV startup. You'll translate product and safety goals into clear, testable requirements across compute, networking, sensors, and power distribution, driving design reviews and validation end-to-end.

You'll **build software for autonomous trucks** at a fast-moving AV startup. Your primary focus is real-time vehicle software, contributing across sensors, inference, and fleet systems. This is a chance to **ship code on real trucks hauling real freight** from day one.

You'll own the functional safety lifecycle for an **autonomous vehicle program**, building safety cases and verification strategies. Your work ensures safety is designed into **vision-based AI haulers** that lower freight costs. You'll drive architecture decisions and produce **traceable safety evidence** for a fast-moving startup team.

You'll drive the planning, coordination, and delivery of complex, cross-functional programs across hardware, software, robotics, and operations teams for an autonomous vehicle platform. Your core impact is ensuring engineering initiatives are well-scoped, on track, and delivered with high quality. This role offers a chance to shape the future of zero-emissions freight transportation.

You'll integrate **autonomous vehicle subsystems** across mechanical, electrical, and software domains to ensure cohesive performance. Your work will directly impact the **reliability and safety** of a groundbreaking zero-emissions hauler. You'll collaborate with cross-functional teams in a fast-paced startup environment.

You'll design, build, and scale the foundational **ML infrastructure** for **autonomous vehicle systems**. Your work will directly impact every stage of the ML training flywheel, from data collection to model deployment. This role offers a chance to shape systems at an early-stage robotics company.

You'll develop **safety-critical firmware** for autonomous vehicle ECUs at a **fast-moving AV startup**. You'll own the full lifecycle from board bring-up to production, collaborating across hardware, software, and safety teams.

You'll own the **architecture and delivery** of the full electric powertrain system for an **autonomous heavy-duty vehicle platform**. You'll define system-level tradeoffs and drive production-ready hardware for demanding real-world conditions. This role offers the chance to work with a **fast-moving team of AV industry veterans**.

You'll own the design and integration of mechanical hardware for **autonomous trucking platforms** at a fast-moving startup. Your work will directly enable **zero-emissions freight hauling** with groundbreaking vision-based AI. Collaborate across disciplines to bring prototypes from CAD to field deployment.

You'll design and optimize trajectory generation and control systems for an **autonomous truck**, owning safety-critical systems. You'll **integrate real-time path outputs** from the ML team while enforcing constraints and safety checks. This role offers a rare opportunity to connect cutting-edge ML with production autonomy on a small, high-ownership team.

You'll work across the full lifecycle of our **driving data**, from ingestion to training runs. Your work directly shapes how quickly the team can iterate. You'll join a **fast-moving, close-knit team** building autonomous, zero-emissions haulers.

You'll join a **fast-moving team** building autonomous, zero-emissions haulers using **vision-based AI** to revolutionize ground transportation. Your work directly impacts low-cost freight logistics.