---
title: 'Solar Site Superintendent - Mechanical Foreman at Charge Robotics'
canonical: 'https://feeny.ai/job/solar-site-superintendent-mechanical-foreman-charge-robotics-2bxb5dg7y8kh'
type: 'job'
last_seen: '2026-09-07'
---

# Solar Site Superintendent - Mechanical Foreman at Charge Robotics

- **Company:** Charge Robotics
- **Employment:** full-time
- **Work type:** onsite
- **Posted:** 2026-06-13
- **Last confirmed live:** 2026-09-07
- **Apply:** https://jobs.ashbyhq.com/charge-robotics/84dc9e8b-72fd-497a-a969-2d420ef5849b

## Job description

## ABOUT THIS ROLE:

We are a robotics startup on a mission to transform how utility-scale solar farms are built. Our technology automates the mechanical installation processes that have traditionally relied on massive manual labor forces—and we need experienced construction leaders who understand that work inside and out to help us deploy it.

As our Site Superintendent, you will serve as the on-site authority for all construction activities— tracker/racking assembly, and module installation—while working hand-in-hand with our robotics and automation engineering teams. You bring deep field knowledge of how solar farms are built today, and you are energized (not threatened) by the opportunity to help reshape how they will be built tomorrow.

This is not a traditional EPC role. You will operate in a fast-moving startup environment where processes are still being defined, feedback loops are short, and your field expertise will directly influence product development and deployment strategy.

## WHAT YOU WILL DO:

Field Leadership & Operations

- Lead and direct Foremen, and craft labor on-site, ensuring safe, efficient, and high-quality execution of all mechanical scopes.
- Plan and coordinate labor, materials, equipment, and subcontractor resources to maximize production while controlling costs.
- Develop and maintain crew matrices, equipment plans, and production schedules; continuously reconcile actuals against established work plans and budgets.
- Provide hands-on mentorship and structured coaching to field supervision, building the next generation of solar construction leaders.
- Serve as acting project leader and primary contact to our customer.

Robotics Deployment

- Partner with robotics engineers and field application teams to deploy automated installation equipment alongside traditional construction methods.
- Provide real-world construction feasibility feedback that informs equipment design, workflow sequencing, and deployment playbooks.
- Champion adoption of new tools and processes among field crews, bridging the gap between technology development and jobsite realities.
- Assist in documenting operational learnings, field performance data, and process improvements that accelerate product iteration.

Safety & Quality

- Champion a culture of safety—enforce company, EPC, and OSHA safety regulations without exception.
- Manage employee training covering work methods, high-risk activities (cranes, rigging, telehandlers, DOT, LOTO, arc flash), JHAs, and site-specific hazards.
- Ensure all construction activities conform to the project Quality Plan and that craftsmanship expectations are clearly communicated to every crew member, vendor, and subcontractor.

YOU'LL SUCCEED IN THIS ROLE IF YOU:

- Have a track record leading mechanical construction on utility-scale solar EPC projects (pile, racking/tracker, and module installation).
- Can supervise large, multi-crew field operations and manage diverse teams of craft workers and subcontractors.
- Have strong working knowledge of tools, heavy equipment, and their safe application on solar construction sites.
- Are able to read and interpret construction drawings, specifications, and contract documents.
- Have a solid understanding of job costing principles and the ability to track and report cost performance.
- Are familiar with applicable federal, state, and local construction codes and safety regulations.
- Can communicate effectively and interface confidently with owners, clients, engineers, and field personnel.
- Have a valid driver’s license with an acceptable motor vehicle record.
- Enjoy life on the road — are willing to relocate to project sites as needed (travel up to 80 90% will be required during deployments).

IT'D ALSO BE NICE IF YOU:

- Have experience working within a startup, early-stage company, or rapidly evolving operational environment.
- Have comfort with ambiguity—you thrive when standard playbooks do not yet exist and you help write them.
- Are curious about robotics, automation, and emerging construction technology.
- Have experience with process improvement, lean construction, or continuous improvement initiatives.

## ABOUT CHARGE ROBOTICS:

Charge Robotics is an early-stage startup building robots that build solar farms.

The demand for utility-scale solar generation is booming, so we started designing robots to directly address labor bottlenecks in order to speed up the world’s transition to renewables.

Charge is a fast-moving company, which means constant opportunities for learning and growth. You’ll have a large impact on the direction of our company and product performance in field, and will be compensated accordingly.

If you have spent years mastering the craft of building solar farms and are ready for the next challenge at the cutting edge of new robotic technology, you’re going to be a perfect fit for this role.

We’re MIT-founded and backed by top generalist and climate tech investors, including Founders Fund, Energy Impact Partners, Lux Capital, and Y Combinator (S21). Read more about Charge here:

- Fast Company – Solar Building Robots to Solve One of Climate's Biggest Problems https://www.fastcompany.com/91108331/these-solar-assembling-robotic-arms-could-solve-one-of-the-industrys-biggest-problems
- MIT News – Making solar projects cheaper and faster with portable factories https://news.mit.edu/2025/charge-robotics-makes-solar-projects-cheaper-faster-portable-factories-0312
- YouTube – full video of our Gen1 robots building a solar farm https://www.youtube.com/watch?v=ZZ2fP1Y5Z2E

## About Charge Robotics

## Company Overview
- **One-liner**: Charge Robotics builds robots that automate the most labor-intensive parts of solar construction, enabling faster, cheaper, and safer deployment of utility-scale solar farms.
- **Entity Type**: Private (Series A – $17.1M total funding)
- **Headquarters**: San Leandro, California, United States
- **Founded**: 2021
- **Founders**: Banks Hunter (CEO) and Max Justicz (CTO)

## Core Business
- **Primary industry**: Solar construction automation / Robotics for renewable energy infrastructure.
- **Target customers**: B2B – solar construction companies, EPC contractors, and utility-scale project developers.
- **Mission or purpose**: Accelerate the transition to renewables by removing the labor bottleneck that limits solar installation growth.

## Products & Services
- **Sunrise (Autonomous Solar Construction System)**: A fully autonomous system that handles the most labor-intensive parts of solar farm assembly – including pile driving, racking installation, and module placement. It is deployed as a portable factory on-site, dramatically reducing the need for specialized manual labor.

## Market Standing
- **Valuation/Market Cap**: Not publicly disclosed.
- **Key Metric**: Total funding of $17,124,997 (as of August 2024, led by Lux Capital).
- **Notable Investors/Partners**: Lux Capital, Y Combinator (S21 batch), Gustaf Alstromer (primary partner).
- **Growth Signals**:
  - Headcount grew 40% YoY to 26 employees (as of mid-2025).
  - Deployed first commercial system in late 2025.
  - Featured in MIT News and Fast Company for breakthrough solar construction automation.
  - Active job postings increased 450% year-over-year.

## Competitive Advantages
- **First-mover in solar construction robotics**: While many companies automate solar manufacturing, Charge Robotics is one of the few focused on the on-site assembly process – the current bottleneck.
- **Portable factory model**: Their system can be shipped and set up directly at project sites, reducing transportation costs and assembly time.
- **Strong founding team**: MIT EECS backgrounds (Banks Hunter and Max Justicz) with deep technical expertise in robotics and systems engineering.
- **Backed by top-tier climate and deep-tech investors** (Lux Capital, Y Combinator).

## Strategic Focus
- **Scale commercial deployments**: After proving the first commercial system, the company is now focused on scaling production and expanding to more solar projects.
- **Hiring across engineering and operations**: Open roles include Head of Engineering, Senior Software Engineer, Robotics Field Engineer, and more – indicating a push to grow the team and product simultaneously.
- **Reduce cost of solar installation**: Long-term goal is to make solar farms cheaper and faster to build, enabling renewables to outcompete fossil fuels on a massive scale.

## Why Work Here
- **High-impact climate mission**: Directly contributes to accelerating the global energy transition by solving a real-world bottleneck in solar construction.
- **Fast-growing startup**: 40% headcount growth and a clear trajectory from prototype to commercial deployment.
- **Culture**: Described as fostering creativity, collaboration, diversity, and inclusivity (from careers page). Offers comprehensive benefits and a sense of purpose.
- **Work policy**: On-site in the San Francisco Bay Area (San Leandro HQ and Oakland office). Roles are primarily in-person for hardware and robotics work.
- **Engineering focus**: Strong technical team with talent sourced from Tesla, Aeva, Vicarious Surgical, and other advanced robotics companies. Opportunity to work on full-stack robotics (software, hardware, field integration).

## Sources
1. [chargerobotics.com](https://chargerobotics.com/)
2. [ycombinator.com](https://www.ycombinator.com/companies/charge-robotics)
3. [linkedin.com](https://www.linkedin.com/company/charge-robotics)
4. [jobs.ashbyhq.com](https://jobs.ashbyhq.com/charge-robotics) (careers page)

## Other roles at Charge Robotics

- [Electrical Design Engineer](https://feeny.ai/job/electrical-design-engineer-charge-robotics-san-leandro-wv8cqzs953cx) — San Leandro, CA
- [Senior Robotics Integration Engineer](https://feeny.ai/job/senior-robotics-integration-engineer-charge-robotics-san-leandro-sps0xptbfftm) — San Leandro, CA
- [R&D Technician, Manager](https://feeny.ai/job/r-d-technician-manager-charge-robotics-san-leandro-q1c120ecv54q) — San Leandro, CA
- [Senior Electrical Engineer](https://feeny.ai/job/senior-electrical-engineer-charge-robotics-san-leandro-73t7epedt2sq) — San Leandro, CA
- [Senior Robotics Software Engineer](https://feeny.ai/job/senior-robotics-software-engineer-charge-robotics-san-leandro-v5jysq56e7gr) — San Leandro, CA
- [Lead R&D Technician](https://feeny.ai/job/lead-r-d-technician-charge-robotics-san-leandro-ymxbg4qv24yw) — San Leandro, CA
- [Manufacturing Engineer](https://feeny.ai/job/manufacturing-engineer-charge-robotics-san-leandro-pxv2f1zemw6e) — San Leandro, CA
- [R&D Technician (electrical assembly)](https://feeny.ai/job/r-d-technician-electrical-assembly-charge-robotics-san-leandro-9mbsj0b2snje) — San Leandro, CA
- [Technical Project Manager](https://feeny.ai/job/technical-project-manager-charge-robotics-san-leandro-4zkk17shjm1c) — San Leandro, CA
- [Head of Manufacturing](https://feeny.ai/job/head-of-manufacturing-charge-robotics-san-leandro-nayms70f1sgr) — San Leandro, CA