Analyze positioning signals for LEO and lunar satellites, define interfaces, develop SDRs and signal simulators, and test navigation signal generation using Python and C/C++.
About this role
The role designs and develops attitude-control systems for small satellites, including conceptual system design and selection of required components.
Responsibilities include developing attitude-control software for satellite-mounted control units using C and C++, creating simulators that model satellite behavior using C and C++, and conducting mission analysis to examine satellite behavior.
The work covers both hardware and software aspects of small-satellite attitude-control design, from initial design through completion. It also includes analysis for missions using multiple satellites in large constellations.
The position supports the development and production of small artificial satellites and may involve projects related to maritime digital transformation, IoT communications for sustainability initiatives, deep-space exploration, and lunar industries. The posting also states that the role may involve collaboration with countries in Europe, North America, Asia, Africa, and South America, as well as joint research and development projects with space agencies including ESA.
Named tools and technologies include Windows, Linux, GitHub, GitHub Projects V2, GitHub Issues, Git, C, C++, and Python. A company-designated PC is provided according to the employee's preference. The basic work arrangement is office-based at the Ariake office in Koto, Tokyo, with limited remote work available. The office is entirely smoke-free indoors.
This is an AI-generated summary of the employer's original posting — details can be incomplete, out of date or simply wrong.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
Evaluates and verifies satellite-borne GNSS receivers, designs interfaces with timekeeping systems, and develops signal-processing algorithms and software-defined receivers for LEO-PNT and LNSS.
Develop and validate real-time orbit determination and time synchronization algorithms for satellite systems from LEO to the Moon, implementing optimized solutions on FPGA using MATLAB, Python, VHDL, Verilog, C and C++.
Designs and develops an integration platform connecting pharmacy hardware, regulated healthcare systems, partner software, and cloud SaaS across client and AWS server layers.
Lead product development for new and growing EdTech services by setting roadmaps, researching learner and educator needs, defining solutions, planning MVP releases, and measuring outcomes with cross-functional teams.
Join a product team focused on developing and improving features for various digital transformation projects in the real industry sector.