Top Tech Jobs & Startup Jobs

Lead operational planning and execution across suppliers, procurement, production coordination, inventory, logistics, and delivery. Build supplier relationships, manage cost, lead-time, quality, and operational risks, and align parts and build readiness with engineering priorities. Establish scalable purchasing, vendor, tracking, escalation, and administrative workflows while directly resolving bottlenecks and supporting hardware production growth.

Design robot products from sketches and form studies through CAD, prototypes, materials, finishes, and production. Develop forms, controls, handles, covers, service access, and visual design language. Collaborate with mechanical and electrical engineers, suppliers, and manufacturers on packaging, assembly, tooling, ergonomics, usability, durability, and perceived quality. Build and test physical models, evaluate samples, and refine designs for appearance, function, cost, reliability, and manufacturability.

Develop software and machine learning methods for dexterous robotic manipulation. Responsibilities include designing experiments, building data collection and evaluation workflows, integrating learned models into robot software, testing and debugging on physical robots, improving reliability, documenting results, and collaborating with robotics, software, and hardware engineers.

Build software connecting robot hardware, SDKs, APIs, developer tools, and supporting infrastructure. Develop interfaces for sensing, motion, audio, and machine learning capabilities; debug performance, reliability, and integration issues; and create tests and documentation. Collaborate with robotics, electrical, and machine learning engineers to deliver complete product features and improve the developer experience. Hands-on work with physical robots is required.

Prepare, configure, test, deploy, and debug robot software in real-world environments. Investigate navigation, perception, sensor integration, and system failures; work with users and deployment partners to reproduce issues; deliver software fixes, tests, documentation, diagnostics, and deployment tooling. Collaborate across mechanical, electrical, and machine learning teams while supporting international field deployments and improving system reliability.

Hands-on Robotics Engineering Intern supporting robot hardware and software development. Responsibilities include building, integrating, testing, and debugging robotic systems; reproducing failures; collecting measurements; developing prototypes, tools, and tests; documenting results; and owning a scoped engineering project through implementation and verification. The role is onsite in San Francisco and provides exposure to mechanical, electrical, software, and machine learning disciplines.

Work directly with the CEO to translate priorities into decisions, plans, ownership, and completed projects. Maintain operating cadences, improve hiring execution, coordinate suppliers and company workflows, drive customer and developer programs, support launches, write investor and internal communications, and build practical tracking systems. The role requires strong judgment, clear writing, ownership, adaptability, and hands-on follow-through across a fast-moving robotics company.

Develop and improve assembly, inspection, testing, fixtures, tooling, and production methods for robots. Investigate manufacturing failures, identify root causes, implement corrective actions, and improve quality, cost, repeatability, and assembly time. Create work instructions and quality documentation, support design for manufacturing and assembly, introduce product revisions, and collaborate with engineering, operations, and suppliers. This is a hands-on bench role involving robot building, testing, and iterative process improvement.

Develop, evaluate, and integrate machine learning models for physical robots. Build data and evaluation workflows, run research experiments, analyze failures, and communicate tradeoffs. Integrate models into robot software, test them on real hardware, and optimize inference for practical latency and compute constraints. Collaborate with robotics and software engineers to turn research into reliable product capabilities.

Design and own robot mechanical systems from concept through CAD, prototyping, testing, supplier coordination, and production. Responsibilities include developing structures, mechanisms, joints, actuation, packaging, fixtures, and assemblies; integrating sensors, PCBs, cooling, connectors, and cables; reducing cost and improving reliability; and maintaining CAD, drawings, BOMs, revisions, and build documentation. This hands-on founding-team role requires building, debugging, measuring, and iterating hardware alongside electrical, software, robotics, and operations teams.