Genesis Lead Robotics Technician at Genesis responsible for maintaining and assembling robot hardware including robot arms, hands, and wheeled bases. Manage the collection floor operations and build Enos from scratch as production starts.
Responsibilities
We run two kinds of robot hardware. On our data collection floor, a growing number of robot stations and wearable collection kits run all day, every day, and the floor is scaling fast. Alongside it, Eno, our general-purpose robot, is moving from engineering builds toward production, and the first units will be assembled, tested and maintained here. You are the first lead technician for both: you keep the collection floor running today, and you are the person who gets to build Enos from scratch as production starts, and to grow the technician team that follows you.
When a robot arm stops, a hand loses tracking, a camera drifts out of calibration or a cable fails, data stops, and you are the one who gets it running again, finds out why, and makes sure it does not come back. When a new station or a new site has to be set up, you build it. When a task needs a fixture that does not exist, you design it. You work with the operators every day, with the engineers who design the hardware, and with the reliability team when they test on the floor.
Keep the collection floor running: diagnose, repair and maintain robot arms, hands, wheeled bases, station computers and cameras, and the wearable collection kits (head-mounted cameras, gloves, wireless hubs); swap, repair, verify, return to service.
Assemble and bring up Eno units as production starts: build from assembly drawings and work instructions, run the end-of-line checks, and maintain the fleet once it is running.
Set up stations and sites: build new stations from the station BOM, reconfigure them when the layout changes, and set up stations for deployments at partner and customer sites so they run the same way they run here.
Design and build mini fixtures, jigs, brackets and cable harnesses: crimped and soldered connectors to a workmanship standard, built to drawing or to your own sketch when the drawing does not exist yet.
Run calibration and readiness: arm, hand and camera calibration on cadence and after any repair; daily station checks; the tests that say a station is ready for collection or evaluation.
Find the root cause: every failure gets a tag from our failure list and a short write-up; repeat failures get a real investigation with the engineers and a fix that sticks.
Keep the records: unit, serial, what failed, what was done, parts used, in our fleet and maintenance system; spares and consumables stocked and reordered before they run out.
Support the engineers: real-robot testing with the reliability team, retrofits and hardware changes on the floor, feedback on what breaks and why.
Write it down: repair procedures, calibration SOPs, station build instructions with photos, so the next technician does it the same way.
Grow the team: train the technicians who join after you and set the standard for how work is done.
Qualification
You read assembly drawingsYou build cables and fixturesYou troubleshoot with instrumentsYou think in root causeYou are organized about partsBonusWorking conditionsProduction and lab environments
Required
Five or more years as an electromechanical, robotics or test technician in a lab, pilot line or production environment. Robots, automation, vehicles, medical devices or lab instruments all count.
You read assembly drawings, schematics and wiring diagrams and build from them.
You build cables and fixtures: crimping, soldering, connector assembly, strain relief, basic fabrication, and you can design a simple fixture when none exists.
You troubleshoot with instruments: multimeter, oscilloscope basics, continuity and power checks, and you are comfortable at a Linux command line to read logs, restart services and run scripts.
You think in root cause, not symptoms, and you write it down.
You are organized about parts, tools and records, and you notice when something is off.
Bonus: robot arms or dexterous hands; 3D printing and basic machining; electrical safety training; time on a manufacturing or NPI line.
Working conditions
Production and lab environments; prolonged standing; lifting and moving station equipment; occasional travel to partner and customer sites.
