Full-Stack Robotics Engineer – The Grid

CircuitHub, Inc.; Massachusetts; On-site; USD 80,000 - 120,000; Full time

Job summary

A leading company in electronics manufacturing is hiring full-stack robotics engineers to oversee and enhance The Grid, a state-of-the-art robotics platform. This on-site role in Massachusetts offers a unique opportunity for engineers with hands-on experience in full robotic systems to grow their careers while directly influencing advanced manufacturing processes.

Qualifications

• Experience building full robotic systems.
• Proficient in mechanics and low-level programming (Python or C++).
• Ability to work autonomously under production pressure.

Responsibilities

• Configuring and debugging GigE vision systems.
• Analyzing and modifying robotic systems.
• Prototyping mechanical solutions and deploying test robots.

Skills

System debugging

Problem-solving

Automation scripting

Mechanical design

Tools

SolidWorks

Fusion 360

Python

Beckhoff TwinCAT

GigE Vision

Job description

About CircuitHub

CircuitHub is reshaping electronics manufacturing with The Grid—a factory-scale robotics platform designed to make small-batch, high-mix electronics assembly radically more efficient. Think semiconductor-fab levels of precision applied to the chaotic world of prototyping and low-volume production. The result? A 10x throughput improvement in one of the world’s most foundational industries.

We’ve raised $20M from top-tier investors including Y Combinator and Google Ventures—and we’re already profitable. Our customers include industry leaders like Tesla, Meta, and Zipline.

The Grid isn’t a prototype—it’s live, scaling fast, and already delivering real revenue. We’re now building the engineering core that will scale it further.

What We’re Looking For

We’re hiring full-stack robotics engineers to keep The Grid operational and push its limits. This is a hands-on, high-impact role based full-time on-site in Western Massachusetts for a minimum of two years. After that, relocation to a future Grid site or a remote transition may be possible.

You’ll be embedded directly in the factory, owning both physical and software systems: tuning camera networks, fixing robot reliability issues, deploying new subsystems, and driving bold experiments to increase throughput. This is not a “write tickets, wait for ops” job. You are the ops.

Who This Role Is For

This role is only suitable for someone who has built full robotic systems—whether as a hobbyist, student, employee, or founder. You’ll be expected to integrate software, hardware, and process into functional systems and debug failures under real-world production pressure.

We don’t hire narrow specialists. We want engineers who can:

• Diagnose system-wide failures from first principles
  

• Prototype mechanical and software fixes on the fly
  

• Work autonomously and communicate clearly to a remote team
  

• Take full responsibility for uptime and performance in live production
  

Example Tasks

• Configure and debug a distributed GigE vision system
  

• Analyze end effector behavior from video and revise its geometry
  

• Prototype and deploy a new test robot for in-line PCB validation
  

• Travel to London/Cambridge to brief R&D teams and shape roadmap priorities
  

Why This Role Matters

You’ll be the eyes, hands, and brain of The Grid—directly responsible for keeping one of the most advanced electronics assembly systems in the world operating and evolving. You’ll have board-level visibility and help shape the future of our automation stack from the ground up.

This is a career-defining opportunity for a high-agency engineer early in their career. If you thrive on ownership and solving real problems with real hardware, there’s no better place to be.

What Will Set You Apart

• Demonstrated ability to build full robotic systems (projects, startups, labs, competitions)
  

• Strong skills in mechanical CAD, low-level Python or C++, and basic electronics
  

• Experience debugging production systems under time and reliability pressure
  

• Willingness to live and breathe the system for 2+ years on-site
  

Key Tools & Technologies

• Python for control and automation
  

• Beckhoff TwinCAT for industrial PLC integration
  

• SolidWorks and/or Fusion 360 for mechanical design
  

• GigE Vision, industrial sensors, motion control systems
  

Want to help us build the future of manufacturing?