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ClearSpace

Autonomous space-debris removal for orbit

Head of AIV/AIT & Industrialisation

Spacecraft & Launch Vehicle SystemsConfirmed live in the last 24 hours
Full-timeToulouse, FranceNo salary listedIn-person

About the Job

Requirements

  • A degree or equivalent in Aerospace Engineering, Mechanical Engineering, or a closely related discipline is required.
  • At least 10 years of experience managing end-to-end AIV/AIT processes in the space industry, including at least 3 years in a leadership or management role.
  • Proven experience leading the ramp-up of a space production line, including transition from prototype (EM/QM) to series flight production (FM).
  • Demonstrated use of AIV/AIT early in the development cycle, including low-TRL test campaigns, breadboards, demonstrators, and rapid hardware iteration, with evidence that test results influenced design decisions.
  • Strong knowledge of environmental test methods, including thermal vacuum, vibration, acoustic, shock, and EMC/EMI, and associated standards such as ECSS-E-ST-10-03 and MIL-STD-1540 or equivalent.
  • Proficiency in Lean Manufacturing, value stream mapping, design for manufacturing, assembly, integration and test, process failure mode and effects analysis, QRQC, and 8D methodologies, with experience in industrialisation and process standardisation.
  • Solid knowledge of ECSS, EN9100, and ISO 9001 standards; experience managing CAPEX/OPEX budgets and presenting to senior leadership.

Responsibilities

  • Embed AIV/AIT from the earliest development stages by partnering with design and systems teams at low TRL to shape architectures for integration and test, rapidly establishing breadboard and demonstrator test campaigns, and using hardware evidence to retire technical risk early.
  • Define, own, and evolve the AIV/AIT and Industrialisation roadmap, including the industrial vision, production strategy, facilities, processes, and organisation needed to progress from low-TRL demonstrators through prototypes (EM/QM) to repeatable multi-satellite flight production (FM), with targets for cost, quality, lead time, and production rate.
  • Build, lead, and develop the AIV/AIT team across Industrialisation & Methods, AIT Production, and AIT Industrial Support; participate in recruitment, set objectives, and conduct performance reviews.
  • Oversee spacecraft and payload assembly, integration, verification, and test campaigns across programmes, ensuring compliance with ECSS, EN9100, ISO 9001, and mission requirements.
  • Drive design for manufacturing, assembly, integration, and test across Engineering; lead manufacturability and testability analysis (DFMA/PFMEA), define and enforce readiness criteria at programme milestones, and oversee qualification of critical assembly and test processes.
  • Manage environmental test campaigns, including thermal vacuum, vibration, acoustic, shock, and EMC/EMI, from planning through execution and anomaly resolution; ensure test facilities, GSE, and tooling are available.
  • Own the strategy, development, and operation of AIV/AIT infrastructure and test means, including FlatSats, EGSE, MGSE, test benches, cleanrooms, integration facilities, and tooling; define the make-or-buy strategy for test capabilities and ensure availability across programmes.
  • Enforce safety and workmanship standards, including cleanroom protocols, ESD controls, and chemical/fluid safety, and embed a strong safety culture across the AIV/AIT team.
  • Serve as the primary AIV/AIT and industrialisation interface with Engineering, System Architecture, Programme Management, Quality, and Supply Chain; assess industrial and AIT feasibility, schedule, resource, and infrastructure implications of contractual commitments before signature; contribute to programme planning, commercial proposals, and tender responses.
  • Own AIV/AIT capacity planning and associated CAPEX/OPEX, anticipate programme demand, and define investments, facilities, equipment, and external partnerships needed to support company growth.
  • Drive continuous improvement across AIV/AIT processes through feedback loops, standardisation, and lessons learned; promote industrial innovation, including automation of repetitive tasks and workplace ergonomics improvements.
  • Drive short build-test-fix hardware learning cycles, build in-house test capability where it removes external dependencies, and promote decisions grounded in test data rather than analysis alone.

Desired Qualifications

  • An advanced degree or Chartered Engineer (CEng) status is advantageous.
  • Experience in active debris removal, on-orbit servicing, rendezvous and proximity operations (RPO), or other complex in-space mission programmes.
  • Relevant safety certifications or awareness, including electrical safety accreditation (B2V/BE Testing), ESD awareness, and chemical/fluid risk awareness.
  • Familiarity with NewSpace development approaches, small satellite platforms, and agile programme management; experience in a scale-up environment is a strong advantage.

About the Company

ClearSpace

Autonomous space-debris removal for orbit

ClearSpace develops autonomous space-debris removal and servicing capabilities to clean Earth's orbit. Its flagship mission, ClearSpace-1, uses robotic systems to approach, capture, and remove debris or refuel/repair satellites, carried out under contracts with space agencies such as the European Space Agency. It differentiates itself by offering end-to-end, agency-backed debris-removal missions rather than just research, focusing on practical on-orbit sustainability. The goal is to protect future space activity by reducing collision risks and extending the life of satellites through active debris management.

Company size
51-200
Company stage
Grant
Total funding
$38.8M
Headquarters
Renens, Switzerland
Founded
2018

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