Leads robotics automation strategy and hands-on software architecture for manipulators and automated forklifts, spanning controls, autonomy, cloud systems, team leadership, and production deployment.
About this role
This open-level engineer develops electrical systems for articulated robots and humanoids moving from prototypes into field deployment. Scope can include power, embedded hardware, sensing, communications, safety, PCBs, system architecture, manufacturing and reliability.
The engineer creates schematics, layouts, harnesses and documentation; integrates power, motor drives, sensors and communications; selects components; supports bring-up and validation; investigates root causes; improves manufacturability and safety; and works with suppliers through production scaling.
Candidates need a related engineering background and experience developing hardware for commercial products or complex systems. Required skills include Altium, KiCad, OrCAD, Cadence or equivalent; analog and digital circuits; oscilloscopes, meters and analyzers; PCB and harness prototyping with soldering and breadboards; CAN, EtherCAT, RS422, RS485 and I2C; troubleshooting. Professional Japanese and English are required.
This is an AI-generated summary of the employer's original posting — details can be incomplete, out of date or simply wrong. Always confirm everything on the official posting before applying.
Similar jobs
Lead the engineering of a full-stack software platform for humanoid robots, focusing on system architecture and team management.
Lead the initiative to bring Telexistence’s robot assembly process in-house, moving assembly work previously outsourced to external partners into the product development and production team.
Develop and evaluate 3D-printed prosthetic legs from a prosthetist-orthotist perspective, while providing technical guidance and training to overseas entities in the Philippines and India.
Brings up and ports AI software stacks to customer automotive hardware, configuring Linux, QNX and Adaptive AUTOSAR systems, integrating drivers and middleware, and automating tests.
Design wastewater facilities for private factories and plants, managing equipment specifications, procurement, utility works, costs, schedules, budgets, construction support, commissioning, and overseas projects.