Design the mechanics behind Earth observation missions with general impact.
At SATLANTIS, we develop high-performance optical payloads and space technologies to tackle some of the world's biggest challenges—from environmental monitoring to strategic defense. We're now expanding our Mechanical Engineering team with both junior and senior profiles. You'll work side by side with engineers, analysts and technicians to design, prototype, and test payload components that will be launched into orbit. What's in it for you?Mission-driven engineering : Flexible working hours: Private health insurance: Your wellbeing comes first—with top-tier medical coverage.Office perks: Enjoy fresh fruit, quality coffee, and an energizing work atmosphere.Get access to local restaurants and sports installations on the UPV/EHU campus.Collaborate with ESA, European research institutions, and national defense organizations.
You'll play a key role in the mechanical design and development of high-precision optical payloads and their mechanical ground support equipment (MGSE). From concept to testing, you will be part of the full lifecycle of satellite instruments that make a difference from space.You will design mechanical structures and components using CAD tools, considering thermal and optical constraints.You will participate in mechanical and thermal testing, both in-house and at external facilities.You will collaborate closely with systems engineering, optics, electronics, and project management teams.
You have experience with CAD tools (ideally SolidWorks) and are confident creating part and assembly drawings.You understand tolerance analysis, design for manufacturability, and enjoy seeing your designs built and tested.You feel comfortable working in English and coordinating with international stakeholders.You have a background in Mechanical Engineering, Aerospace, or related fields, and a passion for space technology.
Experience in ESA/NASA/EC space projects or in high-reliability sectors.Familiarity with FEM tools and thermal/mechanical distortion analysis.Hands-on testing skills: CMM, vibration/shock tests, thermal cycling.
Ready to take your mechanical design career into orbit?If you're passionate about engineering, space missions, and turning ideas into launch-ready systems—this is your opportunity.