PpbCloser to Space, closer to the Future: join Telespazio – Leonardo Space Division! /b /p pbLeonardo /b is a leading global industrial group in Aerospace, Defence and Security, delivering advance multi-domain technologies across Helicopters, Aircraft, Aerostructures, Electronics, Cybersecurity, and Space. As part of the Leonardo Space Division, bTelespazio a joint venture between Leonardo (67%) and Thales (33%) /b, is a global reference in the field of satellite solutions and services. With a workforce of over 3.300 professionals across its offices in Europe and around the world, Telespazio operates an international network of Space Centres and Teleports, offering cutting-edge solutions in Geoinformation Services, Satellite Systems and Operations, and Satellite Communications. /p pJoin us as we continue to push the boundaries of what’s possible in Space. /p pbInside the Technology Innovation - New Mission Design Area in Rome, we are looking for a Space Mission Designer Developer. /b /p pbThe selected candidate will be included in the Telespazio Technology Innovation team responsible for the following main activities: /b /p ul liAnalysis, Design and Modelling of Innovative Space Missions /li liTrade-offs between promising space technologies applicable to the missions of interest /li liSimulation and Proof of Concepts of the innovative space solutions /li liAR/VR/MR Interactive Simulations /li liSupport to the End2End system development /li /ul pbDegree and Seniority: /b /p pDegree/PhD in Telecommunication or Aerospace engineering – Intermediate /p pbTechnical skills and IT tools: /b /p ul liRF Payload Architecture: deep understanding of transponders, High Power Amplifiers (TWTA/SSPA), frequency converters, and complex antenna systems (e.g., Active Phased Arrays and Beamforming) relevant to satellite, spacecraft and ground terminals /li liLink Budget Analysis: Mastery of calculating the Eb/N0 considering atmospheric loss, rain fade, and cosmic interference /li liStandards Protocols: Expertise in DVB-S2X for high-throughput data, CCSDS and SDA protocols for ESA/NASA missions /li liModulation Coding: knowledge of advanced schemes like 16APSK/32APSK and error correction (LDPC, Turbo Codes) /li liOptical Communications: knowledge in design of Inter-Satellite Links (ISL) and Optical Ground Stations (OGS) for LEO/GEO constellations and Moon/Mars communications. /li liSolid programming capability in Python and MATLAB /li /ul pbAdditional preferred technical skills are: /b /p ul liKnowledge of orbital mechanics for mission analysis and design of space missions and experience with tools for trajectory design and mission simulation (e.g. STK / GMAT). /li liKnowledge of the System Engineering Model-Based System Engineering approaches to apply along project life-cycle, from requirement management, architecture and design definition to development and verification/validation activities /li liInterest in AR/VR/MR technologies for the development of immersive simulations, training tools, or interactive system visualizations /li liProblem-Solving /li liAdaptability Flexibility /li liTime Management Organization /li liInterpersonal Skills /li /ul pGood knowledge of the English language is required. /p pAvailability for business trips, if necessary. /p h3What We Offer: /h3 ul liA stimulating and dynamic working environment with flexible working hours /li liHybrid working (onsite and off-site) /li liMeal voucher, company canteen and employee welfare programs /li liFree access to online learning platform with courses from top universities /liliOpportunities for international experiences /li /ul pbWhy Telespazio /b: At Telespazio, the well-being, safety, and development of our people are at the heart of our corporate culture. We actively foster an inclusive, diverse, and stimulating work environment, promoting the principles of equity and the value of diversity. All qualified applicants will receive consideration for employment without regard to race, religion, gender, sexual orientation, national origin, disability, or age. /p /p #J-18808-Ljbffr