Oligo Space
Oligo is a hardware, software, and AI research company building the automated engineering and production systems required to translate an objective directly into the physical system built to accomplish it in space. We begin with application-specific spacecraft, each designed and built around the precise payloads, instruments, mission objectives, and operating conditions it must support. As these systems advance, we will apply our technology beyond conventional spacecraft to engineer unique platforms, surface machinery, and the broader physical infrastructure humanity will need beyond Earth. We are now filling the manifest for a larger ~300 kg mission planned for the end of 2027. Alongside these missions, we are working with a small number of companies to define new space-based applications and determine the physical systems required to make them operational.
Open Positions at Oligo Space
7 open positions
Lead the development of foundation models, agentic AI, reinforcement learning, and automation software that directly shapes how spacecraft are designed and manufactured. This hands-on, on-site role connects advanced AI research with simulation, CAD, hardware testing, and real missions.
Build the software workflows and internal systems that turn spacecraft customer requirements into actionable engineering work. This founder-adjacent role combines hands-on engineering with customer delivery, technical product execution, and business strategy.
Build and test embedded flight software for spacecraft using F-prime, hardware interfaces, and Hardware-in-the-Loop testing. This on-site internship offers hands-on experience with real-time, high-reliability systems that operate in space.
Build AI systems that help design, simulate, manufacture, and validate real spacecraft. This hands-on internship spans LLMs, generative design, reinforcement learning, and physics-aware machine learning.
Build and own critical embedded flight software for spacecraft across architecture, development, testing, deployment, and on-orbit operations. The role focuses on F-prime, real-time systems, hardware integration, and high-reliability software in a multidisciplinary aerospace team.
Build AI systems that generate, simulate, and optimize real spacecraft designs for automated manufacturing and flight. You’ll work across ML, physics simulation, CAD, and hardware with designs tested on real missions.
Build AI agents, LLMs, and vision-language models that automate spacecraft design and systems engineering. This hands-on role connects cutting-edge ML with real spacecraft hardware, testing, manufacturing, and flight missions.