17 ott - Lomazzo
Leaf Space
pLeaf Space is a rapidly growing scale-up company and a leading provider of ground segment as-a-service (GSaaS) solutions. Our innovative and proprietary concept is focused on providing satellite and launch vehicle connectivity as-a-service, enabling clients to efficiently manage their assets and fully exploit data. Our GSaaS solutions have been recognized by the market for their efficiency, security, and effectiveness in supporting different applications, from remote sensing to IoT communications. /p h3JOB OVERVIEW /h3 pThe Software Network Engineer will design, implement, secure, and optimize the networking software stack that enables a resilient, self‑organizing mesh network across a constellation of satellites. You will design and implement routing, SDN‑based control frameworks, link‑management systems, cybersecurity protections, and distributed‑systems capabilities that allow spacecraft to communicate reliably under constantly changing orbital conditions. /p pThis role blends deep networking expertise with systems engineering, real‑time constraints, SDN control‑plane design, and the unique challenges of securing communication in space environments. /p h3RESPONSIBILITIES /h3 ul liDevelop distributed mesh‑network algorithms that adapt to dynamic topology changes driven by orbital motion, intermittent connectivity, and variable link quality. /li liArchitect and implement SDN‑based networking frameworks, including programmable control‑plane logic for dynamic topology management, policy enforcement, and cross‑link orchestration. /li liDesign and implement SDN‑based networking frameworks, including programmable control‑plane logic for dynamic topology management, policy enforcement, and cross‑link orchestration. /li liIntegrate cybersecurity into all layers of the communication stack, including encryption, authentication and secure routing for space systems.
/li liImplement real‑time communication stacks optimized for radiation‑tolerant processors and constrained onboard computing environments. /li liCollaborate with RF, DSP, FPGA, and security teams to ensure end‑to‑end secure communication from PHY layer to application layer. /li liEnsure reliability and robustness through redundancy, error handling, watchdog systems, autonomous recovery, and secure failover mechanisms. /li liDevelop simulation and emulation frameworks to model constellation‑scale networking behavior, orbital dynamics, link variability. /li liParticipate in code reviews, design reviews, and mission readiness activities across the software and RF engineering teams. /li liContribute to system‑level architecture, including protocol selection, SDN controller design, interface definitions, and end‑to‑end communication strategy. /li liContribute to networking architecture decisions, including protocol selection, SDN controller design, interface definitions, and end‑to‑end communication strategy. /li /ul h3QUALIFICATIONS AND STUDIES /h3 ul liBachelor’s, Master’s, or PhD in Computer Science, Computer Engineering, Electrical Engineering, or related field. /li li5+ years of experience in networking software development for distributed, embedded or real‑time systems. /li liStrong expertise in networking protocols, distributed systems, cross‑layer optimization and software‑defined networking (SDN) /li /ul h3REQUIREMENTS /h3 ul liProficiency in Python, C/C++, Rust or similar programming languages, with experience developing software for embedded or resource‑constrained environments. /li liExperience with embedded Linux and firmware development.
/li liStrong understanding of wireless networking, link‑layer behavior, and dynamic topology management. /li liAbility to design and drive end‑to‑end test campaigns /li liHands‑on experience with cybersecurity, including encryption, secure communication protocols, key management, authentication frameworks, and secure boot. /li liFamiliarity with simulation tools for networking.Ability to collaborate across hardware, RF, DSP, FPGA, and SW development teams. /li liKnowledge of LEO/MEO/GEO orbital dynamics and how they affect network topology and link performance. /li liExperience with DTN, MANETs or self‑organizing mesh networks is considered a plus. /li liExcellent cross‑functional communication skills to interface effectively with engineering teams, suppliers and management. /li liAbility to work effectively in multidisciplinary engineering teams. /li liRigorous, detail‑oriented approach, with a preference for measured/verified data over assumptions, and transparency when prior estimates need correction. /li liComfortable working in a fast‑moving, still‑maturing product environment, iterating on both architecture and hands‑on implementation. /li liFluent English (written and spoken) required, given interaction with external international partners. /li /ul h3WHAT WE OFFER /h3 ul liA flat and collaborative organizational structure /li liA fast‑paced and professional environment within a rapidly growing space scale‑up /li liChallenging projects with real impact on the global space ecosystem /li liAn international and diverse workplace /li liComprehensive benefits package, including a welfare platform, meal vouchers, a hybrid work policy supporting work‑life balance, and training opportunities /li /ul h3COMPENSATION TRANSPARENCY: /h3 ul liReports to: Head of Engineering /li liJob location: Lomazzo (Como), Italy | Hybrid work model /li liSalary range: 55-70K /li liVariable compensation: 10% of annual gross salary /li /ul #J-18808-Ljbffr
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