COMPANY INFO
Charge Robotics Inc, founded in 2021 by Banks Hunter and Max Justicz, is a robotics company based in Oakland, California, with around 20 employees. The company develops robots that automate the most labor-intensive parts of solar farm construction, enabling faster and more scalable solar energy installations in the construction, solar, AI, and sustainability industries. Their website is chargerobotics.com.
Charge Robotics is an innovative robotics company specializing in automating the most labor-intensive elements of solar farm construction. Founded in 2021 and based in Oakland, California, Charge Robotics accelerates and scales solar energy installations with advanced robotics, operating at the intersection of construction, solar, AI, and sustainability.
The Charge Robotics leadership team brings together expertise across engineering, strategy, and operations, driving the company's rapid growth and technological advancements in solar construction automation. The team features a combination of seasoned mechanical engineers, software architects, and experienced operations leaders, each with backgrounds spanning premier universities, high-growth startups, and industry leaders in robotics, product engineering, and sustainability. This blend of technical mastery and operational acumen positions the company for ongoing success and impacts the renewable energy landscape significantly.
Phäedra B. leads strategy and operations at Charge Robotics, where she is instrumental in scaling the company’s robotic solutions for solar construction projects. She oversees key initiatives in operational efficiency, growth strategy, and process optimization, leveraging her entrepreneurial and product engineering background to drive company-wide impact and strengthen the Charge Robotics management team.
Phäedra holds a Bachelor of Science from Cornell University. Her career spans software engineering and product roles at organizations like Pear VC, Spero®, and Meta, along with experience as a startup founder. This diverse background provides her with deep insights into startup growth, operations management, and technology product development—making her a cornerstone of Charge Robotics leadership.
Ben Lerner heads the mechanical engineering team at Charge Robotics, directing the design, development, and prototyping of the company’s signature large-scale robotic construction systems. His leadership has been central to building high-performing hardware capabilities, a vital component of scaling the Charge Robotics technology platform.
Ben earned his Master’s Degree in Mechanical Engineering from Stanford University and has a strong foundation in mechanical design from experiences at Hyphen, Apollo Fusion, and as a teaching assistant at Stanford. His practical and academic expertise in advanced prototyping and product design is an asset to the Charge Robotics executive team.
Brian Eiseman is a senior mechanical engineer leading product development and hardware innovation at Charge Robotics. He brings over 20 years of experience in product design and manufacturing, contributing key technical solutions for the company’s robotic systems and influencing the evolution of the company’s hardware roadmap.
Brian holds a Bachelor of Science in Mechanical Engineering from California State University-Sacramento. His leadership roles in product development have spanned electric vehicles, consumer electronics, and robotics—making him a versatile and experienced member of the Charge Robotics management team.
Thompson B. contributes to Charge Robotics as a senior mechanical engineer, focusing on product design, development, and improving the prototyping processes that define the company's advanced robotic systems. His efforts drive efficiency and innovation in mechanical systems vital to solar construction automation.
He earned a Bachelor's degree in Mechanical Engineering from Georgia Institute of Technology, with experience in additive manufacturing research and product development in healthcare startups and design firms. Thompson brings a deep technical perspective to the Charge Robotics leadership team.
Stephen Bunch is the senior software engineer specializing in frontend software development for Charge Robotics’ integrated robotics platform. Leading critical software projects, Stephen's work ensures efficient user interfaces and seamless system functionality that support both the hardware and user experience.
Stephen holds an Associate of Science in Computer Science from City College of San Francisco and has held engineering roles at Google and several high-growth startups. His full-stack development proficiency and experience with modern front-end architectures solidify his place on the Charge Robotics executive roster.
Marshall Wentworth advances the Charge Robotics mission as a senior mechanical engineer, focusing on robotics system design and development for scalable solar farm construction. He contributes valuable aerospace and robotics engineering knowledge to the team’s product innovation efforts.
Marshall has a Bachelor of Science in Mechanical Engineering from MIT. His prior roles at Vicarious Surgical Inc. and NASA’s Jet Propulsion Laboratory enhance the Charge Robotics management team with a breadth of industry-leading technical experience.
Justin Keenan is a senior software engineer at Charge Robotics, leading embedded systems and software development for the company's advanced robotic platforms. He has managed teams and technical projects aimed at enhancing product functionality and regulatory compliance.
Justin studied Electrical Engineering at MIT and Penn State University, followed by R&D engineering management and software development roles at Vicarious Surgical Inc. and Formlabs. His experience strengthens the Charge Robotics leadership team’s capabilities in software innovation and technical delivery.
The Charge Robotics leadership structure is a blend of experienced technical engineers and operational strategists who collaborate closely to propel the company forward. This unified management approach, built upon a foundation of diverse expertise and industry experience, ensures robust support for both rapid scale and continued innovation. As the company expands, the synergy among the Charge Robotics executives, technical leads, and founders remains central to maintaining a pioneering edge in solar automation.
Websets is a powerful natural language search and data enrichment tool that helps you research executive teams for any company. Whether you're analyzing the Charge Robotics leadership team or exploring management structures at other organizations, Websets provides comprehensive insights into executive backgrounds, roles, and team dynamics.
With Websets, you can access detailed executive team profiles, management structures, and leadership insights through intuitive natural language queries. Sign up now to enhance your executive team research capabilities.