ppAt SATLANTIS, we design advanced space technologies to tackle general challenges from above. Our satellites are conceived, designed, and built to deliver reliable, high-performance Earth observation data in demanding orbital environments. /p pAs a Junior Space Telecommunications Engineer, you will start your career working hands‑on with RF systems, ground stations, and real mission operations, learning alongside experienced engineers in a highly technical and collaborative environment. /p h3bWhat's in it for you /b /h3 ul libReal exposure to space missions from day one /b: Your work will directly contribute to RF systems that operate in orbit, participating in real satellite missions. /li libLearning by doing with experienced engineers /b: You will grow side by side with senior profiles, gaining practical experience in testing, analysis, and operations. /li libEnd-to-end understanding of satellite communications /b: You will experience the full lifecycle, from cleanroom AIV activities to ground station support and in-orbit operations. /li libHands‑on experience in lab and cleanroom environments /b: You will work with RF equipment and real hardware, building strong technical foundations. /li libExposure to ground segment infrastructure /b: You will support S‑band and UHF systems and understand how space and ground interact. /li libHybrid growth in hardware and software /b: You will combine RF engineering with scripting, APIs, and automation tools. /li /ul h3bYour mission /b /h3 pYour mission will be to support the performance and reliability of satellite communication systems across the mission lifecycle. /p pThrough hands‑on execution and continuous learning, you will contribute to ensuring robust communication links between satellites and ground stations. /p pYou will: /p ul liYou will assist in RF testing, measurements, and validation during satellite integration and verification.



/li liYou will support ground station maintenance, monitoring, and troubleshooting activities. /li liYou will contribute to link budget updates, operational analysis, and communication performance tracking. /li /ul h3bWhat will set you up for success /b /h3 ul libA solid foundation in telecommunications or RF engineering /b: Understanding key concepts such as gain, losses, modulation, and antennas will help you quickly contribute to real mission work. /li libHands‑on mindset and willingness to learn /b: Comfort working in lab or cleanroom environments will accelerate your growth and confidence with RF systems. /li libFamiliarity with RF measurement equipment /b: Exposure to tools like spectrum analyzers or oscilloscopes will help you ramp up faster in testing activities. /li libBasic programming skills /b: Writing simple scripts and working with APIs will allow you to contribute to automation and integration tasks. /li libAttention to detail and structured work /b: Careful documentation and disciplined execution will be key in testing and operations. /li libProfessional communication in English /b: You will collaborate in an international environment where clear communication matters. /li /ul h3bWhat will help you grow faster /b /h3 ul libExperience with RF projects or amateur radio /b: Personal or academic projects will give you extra confidence working with real systems. /li libExposure to satellite communications or ground stations /b: Any prior contact with TTC, operations, or similar environments will accelerate your learning curve. /li libFamiliarity with tools like GNU Radio or SDR /b: These tools will help you better understand and experiment with RF systems. /li libComfort with Linux and basic networking /b: Ground stations combine RF and software, so this knowledge will expand your impact. /li /ul pbReady to start your career in satellite communications? /b /p /p #J-18808-Ljbffr

📌 JUNIOR SPACE TELECOMMUNICATIONS ENGINEER VACANCY (Bilbao)
🏢 Satlantis
📍 Bilbao