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 processes and analyzes signal data obtained through microwave observation from small artificial satellite constellations. The work supports global satellite services and ocean observation initiatives by converting acquired data into useful information for business and social applications.
Responsibilities include building systems that provide ocean information to customers who need it, using observation data collected by small satellite constellations. The engineer will implement algorithms that set efficient observation plans and deliver information to customers at the required times. The role also involves developing data analysis and visualization methods and applying AI-based automation systems to the overall system.
The engineer will collaborate with equipment development and satellite systems teams, and will prepare technical deliverables for public research programs and commissioned development projects.
The posting states that satellite and space expertise can be learned after joining, allowing candidates from other industries to apply. The role is connected to marine monitoring, disaster prevention, and resource management, and involves hardware development projects. The development environment includes GitHub, Slack, Zoom, Microsoft Word, Excel, PowerPoint, Google Workspace, Google Drive, Git, GitHub Actions, AWS, Python, Matlab, and LabView.
The position is based at the Ariake office in Koto, Tokyo. The basic work arrangement is office attendance, with limited remote work available. The organization has 57 people: 45 in technical roles, 4 in business roles, and 8 in administrative roles. Common satellite technologies are developed in coordination with other technical departments.
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