Jobs at Charge Robotics

Leads a 15+ person multidisciplinary engineering team through the transition from prototype development to repeatable production and scaled deployments. Responsibilities include engineering strategy, product architecture, team growth, process improvement, manufacturing transition, quality standards, stakeholder communication, and hands-on technical problem-solving. The role requires leadership of complex electromechanical systems and supports deployment of robotic solar-construction systems.

Integrate and deploy robotic factory systems by architecting, building, testing, documenting, and commissioning mechatronic hardware and software. The role integrates sensors, actuators, motors, hydraulics, robot arms, control systems, and industrial automation hardware while optimizing mechanical, electrical, and software interfaces for reliability and safety. Responsibilities include systematic debugging, validation, field deployment support, and occasional travel to solar construction sites.

Design, build, test, and deploy software for robotic solar-farm installation systems. Develop perception, motion planning, controls, embedded, and low-level safety-critical software while controlling industrial automation hardware. Collaborate in a fast-paced startup environment, document and test code, and support field deployments at solar construction sites. The role is primarily based onsite at the San Leandro headquarters with approximately 10% travel.

Own the end-to-end engineering development and international deployment of a robotic solar-farm system. Coordinate engineering, manufacturing, supply chain, commercial, leadership, field, and customer teams; manage project schedules, requirements, design reviews, milestones, vendors, contract manufacturers, deployment logistics, risks, dependencies, and critical-path decisions. The role requires strong cross-functional communication, comfort with ambiguity, and on-site work in San Leandro with travel to support manufacturing and deployments.