Work as a satellite systems engineer across satellite design, development, testing, and operations, helping build communications infrastructure and direct-to-device connectivity.
About this role
The role performs strength and stiffness analysis for rocket propulsion components, including cryogenic piping, high-pressure piping, pneumatic valves, solenoid valves, and propellant management devices. Analyses include static strength, buckling, and eigenvalue analysis.
The engineer uses evaluation results to optimize vehicle design and compares analytical results with actual test results to provide feedback for subsequent design work. Responsibilities also include maintaining the analysis environment and introducing new analysis technologies.
The role selects external partners such as contracted analysis companies, prepares work specifications, and manages their progress.
The propulsion systems group is responsible for developing and operating systems that integrate rocket engines, tanks, avionics, and other elements to deliver the propulsion required for flight. Its scope covers the full development cycle, from overall system design and analysis and the design and development of vehicle components through large-scale combustion testing and launch operations.
The work location is the Tokyo Second Branch at 7-1-2 Toyo, Koto-ku, Tokyo. The posting states that the scope of duties may be changed to duties designated by the company.
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