Kapta Space is developing low‑cost, advanced spaceborne electronically steered arrays (ESAs) that enable high‑performance radar from orbit. Their focus is on compact, phased‑array radar systems that can be mass‑produced and deployed on small satellites, providing real‑time Earth observation, maritime surveillance, and disaster response. By leveraging cutting‑edge antenna design, low‑power electronics, and reusable manufacturing processes, Kapta Space offers a cost‑effective alternative to traditional radar payloads, accelerating the adoption of spaceborne radar for commercial and government users. Their culture emphasizes rapid prototyping, collaborative engineering, and a mission‑driven approach to solving global sensing challenges.
Kapta Space is seeking a Radiation Engineer to lead radiation analysis, testing, and qualification across Kapta’s avionics and payload electronics. The ideal candidate will demonstrate the ability to apply advanced technical principles, theories, and concepts, and will have the drive and discipline to complete projects independently and on time.
Kapta Space is developing low‑cost, advanced spaceborne electronically steered arrays (ESAs) that enable high‑performance radar from orbit. Their focus is on compact, phased‑array radar systems that can be mass‑produced and deployed on small satellites, providing real‑time Earth observation, maritime surveillance, and disaster response. By leveraging cutting‑edge antenna design, low‑power electronics, and reusable manufacturing processes, Kapta Space offers a cost‑effective alternative to traditional radar payloads, accelerating the adoption of spaceborne radar for commercial and government users. Their culture emphasizes rapid prototyping, collaborative engineering, and a mission‑driven approach to solving global sensing challenges.
Kapta Space