Charge Robotics is a Series A startup building robots that build solar farms.
Demand for new solar projects is booming (1 ⁄ 5 of all the solar that exists in the US was installed last year!), but today’s construction companies can’t keep up due to limited labor resources.
We thought this was insane, so we started working on robots to directly address this bottleneck and 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 will be compensated accordingly.
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).
If you’re excited to work on interesting problems with direct climate impact, you’re going to fit right in! Read more about Charge at the links below:
Fast Company – Solar Building Robots to Solve One of Climate's Biggest Problems
MIT News – Making solar projects cheaper and faster with portable factories
YouTube – full video of our Gen1 robots building a solar farm
As the Senior Robotics Integration Engineer at Charge Robotics, you'll be working full-stack on hardware and software integration, playing a direct role in deploying gigawatts of clean power generation.
What you'll be working on:
Architecting, building, documenting, testing, and iterating on mechatronic systems for our robotic factory
Integrating and commissioning sensors, actuators, control systems, and industrial automation hardware (actuators, motors, hydraulic systems, robot arms)
Optimizing the interface between mechanical, electrical, and software components to ensure reliability and safety in factory and field deployments
You:
Have strong experience in mechatronics, robotics integration, or automation engineering, with hands-on skills in both hardware and software
Are proficient in at least one programming language (we use a lot of Python) and are comfortable reading electrical schematics and mechanical drawings
Know how to instrument, test, and validate complex electromechanical systems as a member of a team, including writing documentation, using version control, and performing systematic debugging
Have worked in a fast-paced startup environment before, and loved it
Are excited to work with (and occasionally safely climb into) giant robots
Have excellent written and verbal communication skills
Are based in or can relocate to the SF Bay Area, and able to work 4-5 days/week from our San Leandro HQ
Are open to ~10% travel to field (solar construction sites) to work directly with our product in its deployment environment
Gain satisfaction from personally playing a part in mitigating climate change
Are excited to see your work deployed onto actual solar farms!
It'd also be nice if you:
Have experience working with industrial robot arms, motion planning, PLCs, or automated manufacturing systems
Have a 4-year degree in mechatronics, robotics, mechanical engineering, electrical engineering, or a related field
Gain satisfaction from personally playing a part in mitigating climate change
Skills Required
- Strong experience in mechatronics, robotics integration, or automation engineering
- Hands-on experience with both hardware and software
- Proficiency in at least one programming language, particularly Python
- Ability to read electrical schematics and mechanical drawings
- Experience instrumenting, testing, and validating complex electromechanical systems
- Experience writing technical documentation, using version control, and performing systematic debugging
- Experience working in a fast-paced startup environment
- Excellent written and verbal communication skills
- Based in or able to relocate to the San Francisco Bay Area
- Able to work four to five days per week from the San Leandro headquarters
- Willingness to travel approximately 10% to field deployment sites
- Experience with industrial robot arms, motion planning, PLCs, or automated manufacturing systems
- Four-year degree in mechatronics, robotics, mechanical engineering, electrical engineering, or a related field
What We Do
Charge Robotics is building robots that automate the most labor-intensive parts of solar construction. Solar has rapidly become the cheapest form of power generation in many regions, and demand is skyrocketing — one fifth of all the solar in the US today was installed last year! — but today's construction companies can't keep up due to specialized labor shortages. Our robots make it cheaper, faster, and safer to build utility-scale solar farms, allowing construction companies to meet the rising demand for solar and enabling the world to switch to renewables faster. We’re MIT-founded and backed by some of Silicon Valley’s top investors, including Founders Fund, Energy Impact Partners, Lux Capital, Y Combinator (S21).
