GNC Engineer

🏢 Summary: The role involves operating satellites from a control center, executing flight operations procedures, supporting system validation tests, and responding to anomalies. The position also includes developing and validating operational procedures and participating in pre-launch testing activities. It requires technical expertise in aerospace-related domains and readiness to work in shifts during critical mission phases. 🗂️ Requirements: Minimum 3 years experience in control center operations or aerospace testing, Technical knowledge in avionics, electrical engineering, electronics, thermal control, or software, Experience with troubleshooting and problem-solving in technical environments, Ability to work under pressure, Very good English proficiency (spoken and written), Willingness to work in shifts, including LEOP phase, Willingness to complete training for flight operations scenarios 📃 Skills: Python, Scripting, Avionics, Electronics, ElectricalEngineering, ThermalControl, Software, OrbitMechanics, FlightDynamics, SatelliteOperations 🏢 Description: Responsibilities: Execute operations on satellites by running flight operations procedures in the control center Participate in development of operations procedures: coding and validation Assist in testing the operational system during pre-launch phase: System Validation Tests with satellite or simulator or flat satellite; ground segment validation tests Respond to satellite anomalies by escalating issue and once approved run contingency procedures Basic qualifications: Experience of working in a control center (space or other industry) or experience in aerospace tests activities (equipment or SW); at least 3 years. Fundamental technical understanding in at least one of the following domains: avionics, electrical engineering, electronics, thermal control, software. Troubleshooting and problem-solving skills. Ability to work effectively under pressure. Very good English in speaking and writing. Be willing to work in shifts, especially during satellite LEOP Be willing to follow training to be prepared for flight operations scenario Preferred qualifications: Experience in satellite operations Knowledge of Python or experience with scripting languages Training in orbit mechanics and/or flight dynamic We offer Work in a friendly, well-coordinated team of enthusiasts Stable employment in a modern company with an established market position Attractive salary and benefits package (e.g., private medical care, sports card) Opportunities for professional development and participation in innovative projects

🏢 Summary: The role involves executing and developing satellite flight operations procedures in a control center environment, including system validation and anomaly response. The position supports pre-launch testing and operational readiness, requiring shift work during critical mission phases. It focuses on hands-on satellite operations and technical troubleshooting within aerospace systems. 🗂️ Requirements: Minimum 3 years experience in control center operations or aerospace testing, Technical background in avionics, electrical engineering, electronics, thermal control, or software, Experience with operational procedure execution and validation, Ability to troubleshoot and resolve technical issues, Availability for shift work including LEOP phase, Very good English proficiency, Willingness to complete flight operations training 📃 Skills: Python, Scripting, Avionics, Electronics, Electrical, Thermal, Software, Orbit, FlightDynamics, Troubleshooting, SatelliteOperations, ControlCenter 🏢 Description: Responsibilities: Execute operations on satellites by running flight operations procedures in the control center Participate in development of operations procedures: coding and validation Assist in testing the operational system during pre-launch phase: System Validation Tests with satellite or simulator or flat satellite; ground segment validation tests Respond to satellite anomalies by escalating issue and once approved run contingency procedures Basic qualifications: Experience of working in a control center (space or other industry) or experience in aerospace tests activities (equipment or SW); at least 3 years. Fundamental technical understanding in at least one of the following domains: avionics, electrical engineering, electronics, thermal control, software. Troubleshooting and problem-solving skills. Ability to work effectively under pressure. Very good English in speaking and writing. Be willing to work in shifts, especially during satellite LEOP Be willing to follow training to be prepared for flight operations scenario Preferred qualifications: Experience in satellite operations Knowledge of Python or experience with scripting languages Training in orbit mechanics and/or flight dynamic We offer Work in a friendly, well-coordinated team of enthusiasts Stable employment in a modern company with an established market position Attractive salary and benefits package (e.g., private medical care, sports card) Opportunities for professional development and participation in innovative projects

🏢 Summary: The offer is for a Satellite Operations Engineer responsible for executing and developing flight operations procedures in a control center environment. The role includes pre-launch system validation, anomaly response, and participation in testing activities, with shift work during critical mission phases. 🗂️ Requirements: Minimum 3 years experience in control center or aerospace testing activities, Technical background in avionics, electrical engineering, electronics, thermal control, or software, Ability to execute and validate operational procedures, Troubleshooting and problem-solving skills, Ability to work under pressure, Very good English communication skills, Willingness to work shifts including LEOP, Willingness to complete flight operations training 📃 Skills: Python, Scripting, Avionics, Electronics, Electrical, Thermal, Software, OrbitMechanics, FlightDynamics, SatelliteOperations, ControlCenter, Troubleshooting 🏢 Description: Responsibilities: Execute operations on satellites by running flight operations procedures in the control center Participate in development of operations procedures: coding and validation Assist in testing the operational system during pre-launch phase: System Validation Tests with satellite or simulator or flat satellite; ground segment validation tests Respond to satellite anomalies by escalating issue and once approved run contingency procedures Basic qualifications: Experience of working in a control center (space or other industry) or experience in aerospace tests activities (equipment or SW); at least 3 years. Fundamental technical understanding in at least one of the following domains: avionics, electrical engineering, electronics, thermal control, software. Troubleshooting and problem-solving skills. Ability to work effectively under pressure. Very good English in speaking and writing. Be willing to work in shifts, especially during satellite LEOP Be willing to follow training to be prepared for flight operations scenario Preferred qualifications: Experience in satellite operations Knowledge of Python or experience with scripting languages Training in orbit mechanics and/or flight dynamic We offer Work in a friendly, well-coordinated team of enthusiasts Stable employment in a modern company with an established market position Attractive salary and benefits package (e.g., private medical care, sports card) Opportunities for professional development and participation in innovative projects

🏢 Summary: The role involves executing and supporting satellite flight operations from a control center, including running procedures, handling anomalies, and validating operational systems before launch. The position also contributes to developing and testing operational procedures and systems in preparation for live missions. 🗂️ Requirements: Minimum 3 years experience in control center operations or aerospace testing activities, Technical background in avionics, electrical engineering, electronics, thermal control, or software, Strong troubleshooting and problem-solving skills, Very good English communication skills, Willingness to work in shifts including LEOP phase, Willingness to complete training for flight operations scenarios 📃 Skills: Avionics, Electronics, Electrical, Thermal, Software, Python, Scripting, Orbit, Dynamics, Testing, Troubleshooting, Control, Aerospace, Satellites 🏢 Description: Responsibilities: Execute operations on satellites by running flight operations procedures in the control center Participate in development of operations procedures: coding and validation Assist in testing the operational system during pre-launch phase: System Validation Tests with satellite or simulator or flat satellite; ground segment validation tests Respond to satellite anomalies by escalating issue and once approved run contingency procedures Basic qualifications: · Experience of working in a control center (space or other industry) or experience in aerospace tests activities (equipment or SW); at least 3 years. · Fundamental technical understanding in at least one of the following domains: avionics, electrical engineering, electronics, thermal control, software. · Troubleshooting and problem-solving skills. · Ability to work effectively under pressure. · Very good English in speaking and writing. · Be willing to work in shifts, especially during satellite LEOP · Be willing to follow training to be prepared for flight operations scenario Preferred qualifications: · Experience in satellite operations · Knowledge of Python or experience with scripting languages · Training in orbit mechanics and/or flight dynamic

🏢 Summary: Space Engineer role focused on mission analysis and early-phase mission design for space missions. Responsibilities include orbital maneuver planning, trajectory optimization, feasibility studies, and system-level trade-offs, with tool development primarily in Python. The position involves close collaboration with multidisciplinary teams and presenting technical results to clients and partners. 🗂️ Requirements: Minimum 5 years of professional experience in Mission Analysis, Basic understanding of orbital mechanics, Knowledge of systems engineering principles, Professional experience with Python, Ability to perform mission analysis and trajectory optimization, Experience conducting feasibility and trade-off studies 📃 Skills: Python, STK, GMAT, FreeFlyer, Orekit, Astropy, Poliastro, OrbitalMechanics, MissionAnalysis, TrajectoryOptimization, SystemsEngineering 🏢 Description: We’re looking for Space Engineers to join our team. Depending on your experience and interests, you’ll work across Mission Analysis and Early Mission Design. What You’ll Work On Mission analysis (lifetime, coverage, revisit time, performance assessments) Orbital maneuver planning and trajectory optimization Early-phase mission design and concept development Feasibility studies for new mission concepts System-level trade-off studies to support key design decisions Presenting results to clients, consortium partners, and ESA Close collaboration with system engineers and domain experts (AOCS, mechanical, thermal, electronics, etc.) Building and improving internal tools (primarily in Python) What We’re Looking For Strong initiative and hands-on problem-solving mindset Broad engineering curiosity and willingness to learn across domains Basic understanding of orbital mechanics and systems engineering Experience with Python At least 5 years of professional experience in Mission Analysis Nice to Have Experience with STK or similar tools (GMAT, FreeFlyer) Familiarity with astrodynamics libraries (Orekit, Astropy, Poliastro) Why Join Us Real impact on cutting-edge space missions Fast learning curve and rapid skill development A small, highly capable, and collaborative team Exposure to projects and experience that are hard to find elsewhere in the market

🏢 Summary: The offer is for a Space Engineer focused on Mission Analysis and Early Mission Design, contributing to orbital maneuver planning, trajectory optimization, feasibility studies, and system-level trade-offs. The role involves developing and improving internal Python tools and collaborating with multidisciplinary engineering teams while presenting results to clients and ESA. It targets experienced professionals who can support early-phase space mission concept development and performance assessments. 🗂️ Requirements: Minimum 5 years of professional experience in Mission Analysis, Basic understanding of orbital mechanics, Basic understanding of systems engineering, Professional experience with Python, Experience in orbital maneuver planning and trajectory optimization, Experience in mission performance analysis (lifetime, coverage, revisit time) 📃 Skills: Python, STK, GMAT, FreeFlyer, Orekit, Astropy, Poliastro, Astrodynamics, OrbitalMechanics, SystemsEngineering 🏢 Description: We’re looking for Space Engineers to join our team. Depending on your experience and interests, you’ll work across Mission Analysis and Early Mission Design. What You’ll Work On Mission analysis (lifetime, coverage, revisit time, performance assessments) Orbital maneuver planning and trajectory optimization Early-phase mission design and concept development Feasibility studies for new mission concepts System-level trade-off studies to support key design decisions Presenting results to clients, consortium partners, and ESA Close collaboration with system engineers and domain experts (AOCS, mechanical, thermal, electronics, etc.) Building and improving internal tools (primarily in Python) What We’re Looking For Strong initiative and hands-on problem-solving mindset Broad engineering curiosity and willingness to learn across domains Basic understanding of orbital mechanics and systems engineering Experience with Python At least 5 years of professional experience in Mission Analysis Nice to Have Experience with STK or similar tools (GMAT, FreeFlyer) Familiarity with astrodynamics libraries (Orekit, Astropy, Poliastro) Why Join Us Real impact on cutting-edge space missions Fast learning curve and rapid skill development A small, highly capable, and collaborative team Exposure to projects and experience that are hard to find elsewhere in the market

🏢 Summary: The role involves working on mission analysis and early-phase mission design for space missions, including trajectory optimization, feasibility studies, and system-level trade-offs. You will collaborate with multidisciplinary engineers and develop internal tools, primarily in Python, to support mission performance and concept development. The position requires presenting technical results to clients and partners, including ESA. 🗂️ Requirements: Minimum 5 years of professional experience in Mission Analysis, Experience with mission analysis (lifetime, coverage, revisit time, performance), Knowledge of orbital maneuver planning and trajectory optimization, Basic understanding of orbital mechanics, Basic understanding of systems engineering, Experience with Python, Ability to conduct feasibility and trade-off studies, Experience presenting technical results to stakeholders 📃 Skills: Python, STK, GMAT, FreeFlyer, Orekit, Astropy, Poliastro, Astrodynamics, OrbitalMechanics, SystemsEngineering 🏢 Description: We’re looking for Space Engineers to join our team. Depending on your experience and interests, you’ll work across Mission Analysis and Early Mission Design. What You’ll Work On Mission analysis (lifetime, coverage, revisit time, performance assessments) Orbital maneuver planning and trajectory optimization Early-phase mission design and concept development Feasibility studies for new mission concepts System-level trade-off studies to support key design decisions Presenting results to clients, consortium partners, and ESA Close collaboration with system engineers and domain experts (AOCS, mechanical, thermal, electronics, etc.) Building and improving internal tools (primarily in Python) What We’re Looking For Strong initiative and hands-on problem-solving mindset Broad engineering curiosity and willingness to learn across domains Basic understanding of orbital mechanics and systems engineering Experience with Python At least 5 years of professional experience in Mission Analysis Nice to Have Experience with STK or similar tools (GMAT, FreeFlyer) Familiarity with astrodynamics libraries (Orekit, Astropy, Poliastro) Why Join Us Real impact on cutting-edge space missions Fast learning curve and rapid skill development A small, highly capable, and collaborative team Exposure to projects and experience that are hard to find elsewhere in the market

🏢 Summary: The role involves owning the ADCS for in-orbit data centers, developing and deploying high-reliability GNC algorithms and software to ensure optimal satellite constellation performance. The engineer will design architectures, perform constellation optimization and collision avoidance analysis, and support real-time satellite operations. This position requires strong expertise in orbital mechanics, control theory, state estimation, and spacecraft GNC software development. 🗂️ Requirements: Bachelor's degree in Computer Science, Aerospace Engineering, Physics, or related engineering discipline, Experience developing, debugging, and deploying spacecraft GNC software, Strong knowledge of orbital mechanics, Experience with low thrust trajectory optimization and stationkeeping, Ability to support on-call satellite operations, U.S. citizenship, lawful permanent residency, or export authorization eligibility 📃 Skills: GNC, ADCS, OrbitalMechanics, ControlTheory, StateEstimation, GNSS, OrbitDetermination, AttitudeDetermination, CollisionAvoidance, TrajectoryOptimization, Simulation, FlightSoftware, Avionics, Python, C++ 🏢 Description: Position Overview: As a GNC (Guidance, Navigation, and Control) Engineer, you will own the ADCS of in-orbit data centers. You will develop algorithms, simulations, and tools, leveraging a strong foundation in orbital mechanics, control theory, state estimation, and software development. You will select ADCS architectures, create and maintain production code, perform detailed performance analysis, and support on-call operations to ensure the satellite network operates at peak efficiency. Key Responsibilities: Algorithm and Software Development: - Develop and implement high-reliability and high-performance GNC algorithms, simulations, tools, and dashboards. - Participate in architecture, design, and code reviews to ensure high-quality software solutions. - Conduct comprehensive data analysis to review performance metrics from elements of the satellite constellation and network. - Produce detailed technical documentation for programs, algorithms, and analytical methods. System Integration and Support: - Support on-call operations rotation, command satellites, and review network data to maintain optimal performance. - Collaborate with cross-functional teams to enhance GNC system performance and ensure seamless integration. Optimization and Analysis: - Perform constellation design and optimization, fleet management, satellite orbit transfer automation, and collision avoidance. - Conduct constellation-level and network-level analysis of existing and proposed satellite systems. Basic Qualifications: - Bachelor's degree in Computer Science, Aerospace Engineering, Physics, or a related engineering discipline. - Experience developing, debugging, and deploying software for spacecraft GNC. - Deep understanding of orbital mechanics, including low thrust trajectory optimization and stationkeeping. Preferred Qualifications: - Master's degree or PhD in an engineering discipline or Physics. - Experience verifying GNC algorithm performance through simulation and validating simulation models. - Expertise in state estimation, including attitude determination, orbit determination, GNSS, and radio navigation. - Familiarity with numerical probability of collision methods such as Alfano, Foster, and Hall. - Knowledge of spacecraft flight disciplines including structures, propulsion, avionics, GNC, flight software, dynamics, launch and mission operations, and integration. - Strong problem-solving and analytical skills. - Ability to work independently in a fast-paced environment. - Strong written and verbal communication skills. Compensation and Benefits: Annual salary: L1: $120,000 - $155,000 L2: $145,000 - $195,000 Benefits include: - Stock options, discretionary bonuses, and long-term incentives. - Medical, vision, and dental coverage. - 401(k) retirement plan with company match. - Short and long-term disability insurance, life insurance, and paid parental leave. - Paid vacation, holidays, and sick leave. Additional Requirements: - Willingness to work extended hours and weekends as necessary to support critical project milestones. - Must be a U.S. citizen, lawful permanent resident, or eligible for authorization under U.S. export regulations.

🏢 Summary: The offer is for a Systems Engineer responsible for defining and assessing space mission concepts, translating customer needs into system requirements, and leading early lifecycle and proposal-phase systems engineering activities. The role focuses on mission feasibility studies, trade-off analyses, and technical documentation aligned with space industry standards. It involves close collaboration across engineering and commercial teams to shape viable space projects. 🗂️ Requirements: Degree in systems, aerospace, electrical or mechanical engineering, Minimum 3 years experience in space industry projects, Strong understanding of space systems, Experience in systems engineering during early lifecycle or proposal phase, Knowledge of orbital mechanics and mission analysis, Understanding of electronics, mechanics, thermal control and software including FPGA, Experience with requirements management and interface control, Hands-on experience with DOORS-like requirements management tools, Experience creating technical documentation according to ECSS, Ability to perform trade-off analyses and system-level requirement definition, Very good English proficiency 📃 Skills: SystemsEngineering, OrbitalMechanics, MissionAnalysis, Electronics, Mechanics, ThermalControl, FPGA, Software, RequirementsManagement, DOORS, ECSS, MBSE, MATLAB, Python, STK, Excel 🏢 Description: Role summary: As a Systems Engineer for Mission Concepts you will play a critical role in converting customer needs into successful space missions. You’ll lead the definition of mission concepts and realization of feasibility studies, collaborate across engineering, commercial and supply chain teams, and help shape proposals that become real projects. Responsibilities: · Leading systems engineering efforts in space projects focusing on early steps of system lifecycle, also as part of proposal phase · Performing mission concepts trade-off analyses (such as orbital/rendezvous trade-offs, delta-V, coverage/revisit, link budget, power budget, payload sizing) · Identifying and naming customer needs and transforming them into requirements · Translate customer requirements into system-level requirements; iterate with customers to refine needs. · Preparing and oversight of technical documentation · Support in building consortia of partners/suppliers to deliver missions based on identified mission concepts · Present and communicate technical and commercial proposals to both technical and non-technical audiences. Basic qualifications: · Background in systems engineering, aerospace engineering, electrical/mechanical engineering, or related disciplines. · Solid understanding of space systems (at least 3 years of experience in space industry in relevant projects); · Experience contributing to proposals, technical management, or customer engagement. · Fundamental technical understanding in the following domains: electronics, mechanics, thermal control, software (including FPGA), orbital mechanics; · Basic mission-analysis familiarity (coverage, link budgets, orbital constraints) · Strong understanding of requirements management, interface control, architectural modeling, and V-model development. · Hands-on experience in requirements definition and management using Doors-like requirements management tool · Experience in creating technical documentation according to ECSS; · Troubleshooting and problem solving skills; · Ability to work effectively under pressure; · Very good English in speaking and writing. · Strong communication skills, capable of bridging technical and non-technical domains. Preferred qualifications: · Experience in working on systems with flight heritage (TRL 9); · Familiarity with Model-Based Systems Engineering (MBSE); · Practical experience with MBSE; · Experience in working with European Space Agency, European Commission and European Defense Agency.; · Experience in small-sat or EO/telecom missions; · Solid mathematical and analytical skills; comfortable working with budgets, trade-offs, uncertain requirements and preliminary sizing. · Hands-on skills: e.g., Excel modelling, MATLAB/Python, STK or equivalent mission-analysis tools — desirable.

🏢 Summary: Entry-level position in a software validation team focused on testing automotive ECU software in domains such as ADAS, Body, and Functional Safety. The role involves executing manual test cases, supporting test case creation, and maintaining requirements traceability. It is suited for candidates with a technical background who want to develop skills in embedded systems and automotive testing. 🗂️ Requirements: Basic knowledge of software testing, Willingness to learn embedded systems, Technical degree in Electrical Engineering, Computer Engineering or related field, Basic understanding of automotive systems, Ability to execute manual test cases, Ability to support test case creation and traceability 📃 Skills: ECU, ADAS, CAN, LIN, RQM, DNG, Embedded, Testing 🏢 Description: Entry-level role within a software validation team, focused on testing ECU software in automotive domains (e.g., ADAS, Body, Functional Safety) . Requirements: Basic knowledge of software testing and willingness to learn embedded systems Technical degree (e.g., Electrical, Computer Engineering) or similar background Basic understanding of automotive systems or communication protocols (CAN/LIN – nice to have) Responsibilities: Execute manual test cases based on system and software requirements Support test case creation and maintain traceability (e.g., RQM/DNG)