Чётко очерченная senior-роль в проекте реального космического аппарата сочетает системную ответственность и практическую верификацию, но требует серьёзного опыта в критически важных системах.
Высокий порог входа
Понятная зона ответственности
Работа над космическим аппаратом
Поддержка переезда
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Описание вакансии
Текст:
Hirify AI/Оригинал
TL;DR
Nyx Software Functional System Verification & Validation Engineer (Spacecraft): Ensuring that Nyx flight software meets system-level functional requirements through verification campaigns across unit, SIL, PIL, HIL, and vehicle-in-the-loop levels with an accent on requirements traceability, test automation, and spacecraft subsystem integration. Focus on analysing failures, adjusting test scripts and software, driving issue resolution, and reporting verification status for complex safety-critical space systems.
Location: Munich, Germany. Relocation assistance is provided, including visa sponsorship where applicable.
Company
The Exploration Company is building spacecraft for humanity, including the Nyx vehicle and its flight software.
What you will do
Maintain a holistic view of system-level software functional requirements and ensure correct implementation and verification.
Select appropriate verification levels, including unit testing, SIL, PIL, HIL, and vehicle-in-the-loop testing.
Define, plan, execute, analyse, and report verification campaigns and results.
Work with subsystem teams to define functional chains, test cases, and test facilities.
Analyse code and test failures, adjust test scripts, test harnesses, and software, and drive issue resolution with the FSW team.
Maintain traceability, review verification evidence, manage deviations and waivers, and report readiness and status to the FSW lead and Chief Engineer.
Requirements
Degree in Aerospace, Software, Electrical, Computer Engineering, or a related field.
5–10 years of experience on complex space projects, including software verification and validation of embedded, real-time, or safety-critical systems.
Hands-on experience with at least two of SIL, PIL, HIL, or vehicle-level test campaigns.
Ability to think holistically at system level while making hands-on code and test adjustments when needed.
Strong C/C++ reading and debugging skills, plus scripting for test automation such as Python.
Understanding of spacecraft subsystems and cross-subsystem functional chains, including AOCS, power, thermal, propulsion, and avionics.
Experience with requirements management and traceability tools.
Structured, precise, ownership-driven approach and ability to align multiple subsystem teams.
Clear written and verbal communication in English.
Nice to have
Flight software experience on spacecraft or launch vehicles.
Familiarity with NASA and ECSS standards for space software and verification.
Experience operating or setting up SIL, PIL, HIL, and/or vehicle-in-the-loop facilities.
Culture & Benefits
Agile environment with fast decision-making while maintaining focus on goals and systems.
Open and collaborative culture with transparent communication about risks and obstacles.
Opportunity to contribute to the democratisation of space.
Relocation assistance, including visa sponsorship where applicable.
Employment offers are contingent on a country-, role-, and project-dependent background check.
Hiring process
Submit a CV for consideration.
Offers may be conditional on successful completion of a background check conducted with Zinc Work Limited where applicable.
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