Assembly Technician – Robotics Perception Systems

Confirmed live in the last 24 hours

Field AI

Compensation

$50k - $90k/per-year-salary

Irvine, CA

On-site

Posted December 18, 2025

Job Description

About Us

Field AI is transforming how robots interact with the real world. We are building risk-aware, reliable, and field-ready AI systems that address the most complex challenges in robotics, unlocking the full potential of embodied intelligence. We go beyond typical data-driven approaches or pure transformer-based architectures, and are charting a new course, with already-globally-deployed solutions delivering real-world results and rapidly improving models through real-field applications.

Assembly Technician Role

As an Assembly Technician for Perception & Compute Payloads, you will be a hands-on contributor responsible for assembling, integrating, and validating Field AI’s sensing and compute payloads. You will build electro-mechanical subsystems, integrate sensors and embedded compute platforms, perform harnessing and power system checks, support functional testing, and ensure every payload is field-ready and reliable. This role bridges mechanical assembly, electrical integration, and practical system-level debugging. You will support both prototype development and production workflows while working closely with engineers to improve build processes and increase system reliability.

What You Will Get To Do

1. Payload Assembly & Integration

Assemble perception payloads including LiDAR, cameras, IMUs, GPS receivers, and auxiliary sensors using engineering drawings and build instructions.
Install and integrate CPU/GPU compute modules, carrier boards, and microcontroller-based subsystems.
Build and route wire harnesses for power, high-speed data, synchronization, and control.
Install mounts, enclosures, gaskets, seals, thermal components, and structural hardware.

2. Electrical, Power, and Communication Bring-Up

Perform continuity checks, grounding/EMI checks, and power-rail validation.
Assist in bring-up of Linux- or ROS2-based embedded compute systems.
Validate communication links across Ethernet, USB, CAN, GMSL, and other interfaces.
Verify correct connectorization, pinouts, and harness strain-relief practices.

3. System Testing & Quality Assurance

Run functional tests including sensor bring-up, calibration checks, compute boot/health tests, and network verification.
Document test results, deviations, rework, and repair actions with high accuracy.
Support environmental, vibration, mechanical alignment, and thermal characterization tests led by hardware engineers.
Conduct inspections for workmanship quality, mechanical stability, and electrical safety.

4. Debugging & Continuous Improvement

Diagnose wiring faults, mechanical misalignments, intermittent communication issues, thermal faults, and other integration failures.
Work closely with electrical, mechanical, and compute engineers to root-cause issues and improve build processes.
Provide feedback on assembly workflows, documentation clarity, and opportunities to streamline production.

5. Field & Operations Support

Prepare, stage, and service payloads for real-world deployment.
Support integration and troubleshooting activities during lab tests, field trials, and live demonstrations.
Perform rapid repairs and reconfigurations in dynamic testing environments.

What You Have

2+ years of hands-on technician experience in robotics, aerospace, electronics, automotive, or related electro-mechanical assembly environments.
Proficiency with hand tools, power tools, torque drivers, and basic machine-shop tools.
Ability to read and follow wiring diagrams, mechanical drawings, and assembly instructions.
Experience building wire harnesses and working with low-voltage electrical systems.
Familiarity with embedded compute systems, sensors, or robotics hardware.
Strong attention to detail, documentation discipline, and ability to deliver reliable assemblies.
Ability to lift up to 50 lbs. and work in workshop, lab, or field environments.

What Will Set You Apart

Experience working with perception systems such as LiDAR, cameras, radar, or IMUs.
Familiarity with Linux, ROS2, or embedded system bring-up workflows.
Soldering, crimping, or IPC-certified workmanship skills.
Understanding of thermal management, weather sealing, EMI/EMC basics, and ruggedized mechanical design.
Experience supporting prototype builds, rapid iteration cycles, or field test deployments.
Ability to design or suggest simple fixtures or jigs to improve assembly and repeatability.
Experience assembling complex electro-mechanical systems, especially robotics, drones, or ruggedized field hardware.

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