Top Tech Jobs & Startup Jobs

Build, maintain, and ship the Jan cross-platform desktop app using Tauri. Work full-stack (React/Node.js frontend, Rust native), own packaging, builds, installers, auto-update, code signing, and release pipelines, and provide first-class Linux support. Integrate local model runtimes and use agent-native workflows to iterate quickly while ensuring reliability and performance.

Paid, hands-on fellowship where interns own end-to-end projects in software, systems, infrastructure, applied AI, or research. Work includes shipping production-grade features, debugging across codebases, writing documentation and runbooks, and collaborating with mentors. Minimum three-month on-site placements in Menlo offices; strong ownership, practical debugging, and engineering fundamentals required.

Design, analyze, and validate mechanical and kinematic systems for a humanoid robot. Produce CAD models and production drawings, run FEA and physical tests, perform DFM with contract manufacturers, set up instrumented test rigs, and coordinate cross-discipline integration from prototype to production. Contribute to open-source hardware releases and manufacturing documentation.

Design, integrate, and bring up electronic systems for a humanoid robot: schematics and PCB layouts for power/motor control, wiring harness and enclosure integration, system bring-up and debugging, test protocol definition and failure analysis, collaborate with firmware/controls, and contribute open-source manufacturing documentation.

Open invitation for unconventional, hybrid thinkers to join Menlo Research's applied R&D lab building an open-source humanoid robot platform. Contributors work across hardware, locomotion, autonomy, simulation, and software infrastructure, shipping to real robots, using AI as a collaborator, and thriving in fast-moving, high-performance teams.

Design, train, and evaluate multi-modal world models for a humanoid robot platform. Advance self-supervised visual and sensor representations, prototype generative/predictive architectures, own data pipelines, integrate research into real robots, and contribute to sim-to-real, inverse dynamics, and sensor fusion.