Remote contract work (about 15 hours a week, flexible schedule) on an AI training project for machine learning experts: create, solve and validate challenging ML engineering tasks on model development, training and inference pipelines, numerical computing and performance optimization in Python.
Remote contract work (about 15 hours a week, flexible schedule) on an AI training project for Rust backend experts: solve and validate backend problems on APIs, persistence, concurrency, performance and reliability, and prepare reproducible environments and tests.
Remote contract work for cyber threat intelligence experts on an AI training project: map CTI cases to taxonomies, write boundary cases, grade threat-analysis responses and flag over-refusals. No prior AI experience is required.
Remote contract work for simulation experts on an AI training project: build 3D assets and environments in Isaac Sim, Gazebo, MuJoCo or similar, and tune physical parameters so they match real-world behavior. No prior AI experience is required.
Full-time (40 hours a week, no other engagements) remote AI training work for ML systems engineers, open worldwide: design and solve hard tasks on accelerator kernels, profiling, distributed debugging and LLM inference serving, and review ML systems solutions. JAX, XLA or TPU experience is especially valued.
Full-time role at micro1: full-stack engineering on internal tools, services and AI-driven workflows, building products from scratch with high ownership.
Full-time role at micro1: design and scale a cross-platform desktop application (macOS and Windows) built with Electron.js.
Full-time role at micro1: design benchmarks, evaluation methods and data systems that measure and improve frontier AI coding agents.
Full-time role at micro1: research engineering in reinforcement learning: build RL environments, training pipelines and evaluation systems for modern AI models.
Full-time role at micro1: build and evolve internal platforms, tools and AI-powered workflows, owning solutions from system design through launch and iteration.