What You’ll Own

Drive high-throughput performance across our physical systems: uptime, maintenance, consumables, scheduling, and operational cadence.
Recruit, train, and lead our on-site operators and student workforce with clarity and technical rigor.
Own the full lifecycle of our data-use cases: selecting objects, preparing them, tracking them, and integrating them into consistent, reproducible workflows.
Build and maintain the physical tooling that enables these workflows (fixtures, mounts, custom adapters, mechanical components).
Contribute as a hands-on hardware engineer when needed - designing or modifying end-effectors, brackets, adapters, and prototype parts.
Troubleshoot hardware + software issues end to end and collaborate closely with engineering for deeper fixes.
Own procurement, inventory, vendor relationships, and all logistics for equipment and materials.
Architect and continuously improve workflows, QA layers, safety protocols, and scaling mechanisms.
Build processes that expand gracefully - from small pilot setups to large facilities and multi-robot fleets.
Maintain a facility that reflects engineering excellence: structured, safe, orderly, and inspection-ready.

You’re a Fit If You…

Take pride in making physical systems behave predictably under real constraints.
Have the intuition to modify hardware, test components, and create simple fixtures or end-effectors with confidence.
Understand the interplay between hardware and software and can diagnose issues across both.
Have operated in labs, manufacturing environments, robotics facilities, or other settings where throughput, quality, and reliability matter.
Treat organization and process design as engineering disciplines - SOPs, labeling systems, dashboards, and feedback loops.
Lead operators with calm authority, fairness, and a builder’s instinct for clarity.
Manage procurement and logistics with precision and cost awareness.
Communicate clearly, act ethically, and move with urgency when needed.
Want to build foundational infrastructure - something that will not exist unless you help create it.

Why It Matters

Scaling robots requires more than algorithms. It demands engineered environments, reliable hardware, repeatable workflows, and operations that hold up under load.

Your work will define the stability, throughput, and technical credibility of a system that underpins everything we build. This is a role where excellence compounds - and where the fingerprints you leave will be visible for years.

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Poke & Wiggle