About the job
Astranis is at the forefront of satellite technology, developing cutting-edge satellites designed for high-orbit missions, which significantly extend humanity's presence in the solar system. Our satellites deliver dedicated, secure communication networks to a diverse range of high-profile clients, including large enterprises, sovereign nations, and the US military. Currently, we have five satellites operational in orbit and a robust pipeline of over $1 billion in commercial contracts awaiting launch.
Astranis is recognized as the leading satellite communications partner for clients with rigorous demands for uptime, data security, network transparency, and tailored solutions. Backed by over $750 million in investments from top-tier firms like Andreessen Horowitz, Blackrock, and Fidelity, our team consists of 450 talented engineers and innovators dedicated to redefining the future of space communication. We design, build, and operate our satellites from our state-of-the-art 153,000 sq. ft. headquarters in Northern California, USA.
Avionics Engineer Intern (Fall 2026)
Our internships typically span twelve weeks and are structured as hourly positions aimed at students currently enrolled in a four-year university program.
As an intern at Astranis, you will have the unique opportunity to tackle challenging problems and contribute significantly to our projects. We believe in empowering everyone at Astranis to engage in meaningful work, regardless of their experience level. Many previous interns have had the chance to design and test hardware/software for our inaugural satellite missions, and numerous have transitioned into full-time roles within the company.
If you have already graduated from a four-year university, we encourage you to apply for our Associate Engineer positions.
Role Responsibilities- Collaborate with the avionics engineering team to develop and test flight hardware.
- Design test equipment to validate designs under various stressed conditions.
- Assist in bringing up and debugging designs in a laboratory environment.
- Write code to assess performance and automate testing processes for satellite hardware.
- Support low-level software development for interfacing with various spacecraft subsystems.
