Satellite Operation Systems Software Engineer
Content + Source + Freshness • 14 Feb 2026 • 95% confidence
Offer value
High value due to unique position in the satellite tech sector, opportunities for innovation, and a clear pathway to impactful work.
- Work on innovative satellite technology with global implications.
- Strong career growth potential in an emerging field.
- Opportunity to enhance programming skills in a collaborative setting.
- Requires solid technical and problem-solving capabilities.
Pros
- Engage in cutting-edge satellite operations with significant technological advancements.
- Contribute to global initiatives in Earth observation, providing real-time data solutions.
- Foster technical skills in programming languages and collaboration in a high-tech environment.
Cons
- Requires proficiency in multiple programming languages and there may be a steep learning curve.
- Limited remote work options may not suit those seeking more flexible terms.
- The pressure to innovate and maintain high operational standards can be demanding.
Who it's for
Mid-Senior • Hybrid (telecommute with potential onsite requirements)
Good fit
- Experienced software engineers with an interest in aerospace.
- Tech-savvy professionals ready for a challenge in automation.
- Collaborative team players passionate about satellite technology.
Not recommended for
- New graduates lacking hands-on technical expertise.
- Candidates seeking only remote opportunities without onsite engagement.
- Individuals uncomfortable with rapid changes and high expectations.
Motivation fit
Key skills
About the job
Company Introduction
Since our founding in 2008, Axelspace has been driven by the vision “Space within Your Reach.” We have continuously refined our unique micro-satellite technology with the goal of democratizing space technology to a wider population across the globe.
AxelGlobe started in 2019 to provide a new Earth observation infrastructure by launching multiple micro-satellites for its higher data frequency. In addition to a satellite launched in 2019, we have successfully launched Japan’s first four mass-produced satellites in 2021. We are currently operating a constellation of five Earth observation satellites, capturing images with a 55 km swath every 2 to 3 days, and providing data and solutions.
Building on our experience with our dedicated satellite business, we launched AxelLiner in 2022 to provide a one-stop service for satellite development and operation, helping customers quickly actualize their satellite business. In 2024, we launched our first demonstration satellite, “PYXIS,” bringing our total number of developed and operated satellites to 11.
Additionally, we received the highest award, the Minister of Economy, Trade and Industry Award at the 22nd JAPAN VENTURE AWARDS in 2022, and was selected as part of “Technology Fast 50 2023 Japan” in 2023.
As the world faces pivotal stages in democratizing satellite development and satellite imagery use, we are actively looking for talented individuals who can enjoy the challenges to make a global impact with micro-satellite technology. Hit that apply button and let’s make our vision come true together!
Job Description
About the Role
Axelspace operates its satellites using an in‑house developed software system. To run these satellites, tasks such as scheduling satellite operations, sending and receiving commands, and analyzing received data are required. You will help develop, operate, and improve the automated systems that perform these tasks, and provide them as a service. Our vision, “Space within your reach,” drives us to fully automate and autonomize satellite operations so that satellite users can easily and effectively achieve their goals. With the mottos “Operate to automate” and “Automate all,” we continue to advance our satellite systems.
Job Description
As a member of the Satellite Service Automation Group, you will collaborate with other team members to:
Required Skills
- Strong ability to identify, define, and solve mathematical or algorithmic challenges through programming
- Proficiency in developing, operating, and refining software systems using Python, C, or C++
- Experience building and maintaining software on Unix/Linux environments
- Familiarity with Git for version control in software development
- Capability to communicate technical information in English, in writing (documents, email, chat) and comfortably by voice
- Willingness to engage in English‐language technical discussions (translation tools are acceptable)
- Openness to learning Japanese communication skills as needed
