Weseek a passionate ElectronicsEngineer to join our electronics engineering team and to coordinate andcontribute to the development activities of electronics for innovative onboardtechnologies designed for autonomous satellite guidance and navigation.
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Theposition is mainly application-oriented, focused on practical design anddevelopment activities, while also offering significant opportunities tocontribute to R&D; initiatives aimed at developing innovative technologiesfor next-generation satellite systems.
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Your role will include leading thedesign, development, integration, and testing of advanced Printed CircuitBoards (PCBs) and FPGA-based solutions for spacecraft onboard systems.
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You willsignificantly impact the development of next-generation autonomous satelliteplatforms, collaborating closely with flight dynamics, software and systemsengineering teams to integrate hardware solutions effectively into missionarchitectures.
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GENERAL INFO:Location: ForlìSmartWorking: 50%Start Date: Earliest availabilityKey Responsibilities- Space Electronics Design:Lead the design and development of circuits and PCBs for spacecraft avionics systems and terrestrial navigation applications, from initial architecture to final layout, ensuring compliance with mission-specific requirements and ECSS standards.
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Select space-qualified components, ensuring maximum reliability in extreme orbital environments (radiation, vacuum, thermal cycling, and vibrations).
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Contribute to the design of innovative edge technologies for onboard processing and autonomous systems, enabling advanced in-orbit capabilities for next-generation satellite platforms.
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- Technology Development and Manufacturing Roadmap:Define technology maturation and manufacturing roadmaps for onboard electronic subsystems, ensuring compatibility with industrialization processes and progression through all TRL stages up to TRL 9.- Testing and Qualification:Define and oversee functional and environmental testing of hardware.
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Prepare electronics for space qualification campaigns (vibration, thermal-vacuum, EMI/EMC) and analyze test outcomes to validate designs.
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- Interdisciplinary Collaboration:Collaborate closely with systems engineers, software developers and GNC (Guidance, Navigation & Control) teams to ensure seamless hardware/software integration into autonomous spacecraft systems.
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Contribute to critical subsystem architectural decisions, aligning hardware solutions with mission requirements.Must Have- Education: Master's degree in Electronic Engineering, Aerospace Engineering, Telecommunications, or equivalent.
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- Experience: Minimum 2–3 years of practical experience in electronic hardware design, preferably with exposure to space applications.
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Candidates with slightly less experience but strong technical foundations and relevant project work are also encouraged to apply.
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Demonstrated capability across the hardware development lifecycle, from requirement analysis to testing and integration, is highly valued.
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- Digital circuits design and simulation tools: Strong capabilities with Altium Designer (or equivalent tools), simulation tools (e.G., SPICE), and embedded systems hardware-software co-design.
- Soft Skills: Excellent analytical problem-solving, technical leadership, and mentoring skills.
- Languages: Proficient in technical English, both written and spoken.Nice to have- Space Electronics Experience: Experience in space-related projects and/or PCB design for space applications is highly desirable.
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Familiarity with the space environment, environmental testing, technical reviews, and reliability-driven design (thermal management, power optimization) is welcome.
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Exposure to flight or high-TRL hardware is beneficial but not mandatory.
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Proven expertise with ECSS standards.
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- FPGA: Advanced skills in FPGA design and programming are highly welcome, including VHDL/Verilog and synthesis tools.About Nautilus:Nautilus offers a portfolio of products and services focused on Flight Dynamics.
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We support the full mission lifecycle—from early mission design and trajectory definition to precise navigation and in-orbit operational support—leveraging proven heritage across LEO, lunar, and deep-space missions.At the core of our offering are two key products: EON and NEMO.
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EON is a technology suite enabling autonomous navigation and collision avoidance, paving the way for next-generation self-driving satellites.
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NEMO is a non-ground flight dynamics software suite, featuring dedicated Collision Avoidance and Space Situational Awareness modules, and extended capabilities including precise orbit determination, trajectory design, maneuver optimization, station keeping, and more.In addition, Nautilus provides operational Flight Dynamics services, covering mission analysis, navigation, a