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JOB ID 25111

GNC Engineer (Guidance, Navigation, and Control)

  • IT, SE(Control, Embedded), Program・Project Management, Product Engineer (Hard/soft)
  • Tokyo
  • ¥5,000,000～¥9,000,000

Their team includes members from all over the world and offers a chance to work at the cutting edge of satellite technology and services. Their track record includes multiple launch mission successes, a vast network of satellite Their track record includes multiple launch mission successes, a vast network of satellite operations, and collaboration with space industry leaders, both private and governmental, worldwide.

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Job Description

  • Responsibilities
    - Develop, design and validate the AOCS (Attitude and Orbit Control System)/GNC (Navigation, Guidance and Control) of the spacecraft.
    - Support system-level design from the standpoint of GNC. Examples include: mission CONOPS (Concept of Operations) development, FMECA (Failure Mode, Effects, and Criticality Analysis), and FDIR (Failure Detection, Isolation, and FDIR (Failure Detection, Isolation, and Recovery) process, design, and system test and verification plan.
    - Development of control laws and algorithms: design, analysis, and validation by simulation of RPO (rendezvous and proximity operations) and docking scenarios.
    - Trade-off hardware or software configurations to achieve the functional performance of the GNC and determine the overall architecture.
    - Work with procurement engineers to trade-off and select GNC equipment to be procured.

    Develop, design and validate the AOCS (Attitude and Orbit Control System)/GNC (Navigation, Guidance and Control) of the spacecraft.
    Examples include: mission CONOPS (Concept of Operations) development, FMECA (Failure Mode, Effects, and Criticality Analysis), and FDIR (Failure Detection, Isolation, and Recovery) process, design, and FDIR (Failure Detection, Isolation, and Recovery). Examples include: mission CONOPS (Concept of Operations development, FMECA (Failure Mode, Effects, and Criticality Analysis), and FDIR (Failure Detection, Isolation, and Recovery) process, design, and system test and verification plan. and system test and verification plan.
    Development of control laws and algorithms: design, analysis, and validation by simulation of RPO (rendezvous and proximity operations) and docking scenarios. scenarios.
    Trade-off hardware or software configurations to achieve the functional performance of the GNC and determine the overall architecture.
    Work with procurement engineers to trade-off and select GNC equipment to be procured.

  • Requirements
    ▪ 3+ years of experience as an AOCS or GNC Systems Engineer in either the design, implementation, or testing of GNC solutions for aerospace aircraft.
    ▪ Or 3+ years of experience in the design, implementation, and testing of dynamic control of moving vehicles. However, must have an undergraduate or graduate degree in aerospace
    ・ Experience developing algorithms and control laws: using GNC design and simulation software (e.g. MATLAB), implementing control laws and realistic effects (nonlinearity, signal noise, tuning), and converting algorithms to operational flight Conversion to software
    ・ TOEIC score of 700 or higher in English
    ・ Business level Japanese language skills


    However, you must have an undergraduate or graduate degree in the design, implementation, or testing of dynamic controls for mobile vehicles. However, must have an undergraduate or graduate degree in aerospace However, must have an undergraduate or graduate degree in aerospace
    ・Experience developing algorithms and control laws: using GNC design and simulation software (e.g. MATLAB), implementing control laws and realistic effects (nonlinear) laws and realistic effects (nonlinearity, signal noise, tuning), operational flight of algorithms Conversion to software
    ・TOEIC score of 700 or higher
    Business level Japanese language skills
  • Preferred
    ∙ 5+ years of experience as an AOCS or GNC Systems Engineer in the design, implementation and testing of GNC solutions for actual spacecraft missions.
    ∙ Experience implementing RPO and docking algorithms and solutions preferred.
    Experience in hardware trade-offs, hardware and software GNC architecture design.
    Experience in orbital satellite operations.
    Experience in control law design beyond classical methods: nonlinear design, optimal design.
    Knowledge of GNC sensor systems including visible cameras, IR cameras, LiDAR (trade-offs/procurement, data processing)

    ・ 5+ years of experience as an AOCS or GNC Systems Engineer in design, implementation and
    Experience implementing RPO and docking algorithms and solutions preferred.

    ・Experience in on-orbit satellite operations.
    ・Experience in control law design Knowledge of GNC sensor systems including visible cameras, IR cameras, LiDAR (trade- offs/procurement, data processing).
    -Experience in control law design beyond classical methods: nonlinear design, optimal design.)
  • Location
    Tokyo
  • Work Style
    Remote working possible, Flex working possible
  • Salary
    ¥5,000,000～¥9,000,000
  • Attractive
    Points
    Weekends and holidays off, Make use of languages

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