Contribute to robotics development, system design, and project management while implementing and deploying logistics automation solutions that integrate robots and equipment.
Design, install, maintain, and operate ground-station communications infrastructure, including antennas, tracking systems, RF equipment, and launch-day communication links.
Join the Controls Design Engineering team to enhance global data center design standards focusing on control, automation, and electrical power monitoring systems.
Designs and validates high-stability time and frequency systems for satellite positioning payloads, including atomic clocks, synchronization architectures, PLLs, and analysis using Python/MATLAB.
Manage sales and construction for repair and renewal work at water-treatment plants, including planning, cost control, safety documentation, contractor and client coordination, inspections, testing, and operational guidance. The role is based in Tokyo and includes regional travel.
Design and implement algorithms for 3D bin packing, loading, and space optimization, applying geometric reasoning and motion planning to real-time logistics robotics.
Provide full life-cycle support to AWS Data Centers from design inception through site improvement and maintenance.
Conduct strength and stiffness analyses for rocket propulsion components, optimize vehicle designs from evaluation results, compare analyses with test data, improve analysis environments, and coordinate external analysis partners.
Design and analyze satellite systems across hardware and software, covering requirements alignment, control, positioning, communications, optical systems, testing, reliability, and quality assurance.
Handle customer support for after-sales services involving large central air-conditioning systems for factories and buildings. Investigate installed equipment, arrange inspections and repairs, manage pricing and schedules, and coordinate contractors, with a focus on electrical controls.
Provides factory-automation strategy consulting for supply-chain and mid- to long-term management planning, within Mujin’s integrated hardware and software automation business.
Lead flight and system safety for satellite-launch rockets, evaluating reliability, coordinating technical goals, schedules and costs, and preparing safety reviews, technical documents, plans, specifications and verification materials.
Design ground segments and monitoring systems for LEO-PNT and LNSS, integrating RF equipment, timing references, communication links, and data-processing systems, with some remote work available.
Design and deploy WES solutions from requirements and operational analysis through system design, testing, and on-site implementation, integrating logistics robots and AGVs.
Develops thermal models and analyses for spacecraft and landers, predicts temperatures, supports test planning and data analysis, and contributes to design reviews and verification.
Lead requirements, architecture, integration, testing, analysis, and optimization for ZERO rocket propulsion systems, including engines, turbopumps, fluid networks, and related interfaces.
Manage civil construction sites, mainly water and sewage projects, by preparing plans, controlling schedules, overseeing material quality, and confirming worksite safety. The role covers projects mainly in the Kanto region, with assignments also in Hokkaido and Tohoku.
Design and develop FPGA logic for onboard boards in small satellites, including data transmission and software-defined radio boards, and verify implemented logic through testing.
Coordinate system integration for the ZERO small rocket, connecting propulsion, structures, avionics and ground facilities to clarify specifications, resolve interfaces and support overall design consistency.
Manage maintenance of membrane water-treatment equipment through scheduling, inspections, reports and remote monitoring, while directing partner companies during site work and customer meetings.
Design and analyze satellite constellation orbits for Earth observation, communications, positioning, and IoT. Develop optimization, control, collision-avoidance, ground-station, satellite-lifetime, and deorbit plans.
Design and develop power circuits and battery systems for the avionics of the ZERO small rocket, including BMS, DC-DC converters, safety circuits, board analysis, and environmental testing.
Evaluate satellite-mounted GNSS receivers for LEO-PNT and LNSS, analyze signal quality and errors, verify timing-system interfaces, and develop receiver software for ground terminals.