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ICEYE

SAR satellite constellation for Earth monitoring

Engineering Supply Chain Manager - Mechanical

Procurement & SourcingConfirmed live in the last 24 hours
Full-timeEspoo, FinlandNo salary listed

About the Job

Requirements

  • At least 5 years of direct experience in mechanical sourcing, procurement, or engineering supply chain roles in fast-moving hardware environments.
  • Strong procurement understanding of machined and composite parts, special processes, engineering materials, and prototyping flows.
  • Ability to work effectively in startup-like conditions with tight deadlines, shifting priorities, incomplete information, and rapid cycles.
  • Hands-on experience running purchasing and material management through an enterprise resource planning system.
  • Ability to negotiate commercially and technically and influence engineers, program managers, and suppliers without formal authority.
  • Strong communication, problem-solving, and negotiation abilities.

Responsibilities

  • Serve as the hands-on supply chain counterpart for fast-paced mechanical engineering teams working on multiple, rapidly evolving hardware projects.
  • Identify long lead items, critical raw materials, and complex parts early, and secure them proactively through early orders, material reservation, capacity booking, buffer stock, coating readiness, and securing helicoils before they delay a project.
  • Translate early-stage concepts, evolving bills of materials, and mid-design changes into actionable sourcing steps with minimal delay.
  • Provide engineers with real-time insights on material and component availability and quick-turn manufacturing options.
  • Identify supply issues before they become blockers and propose workaround paths immediately.
  • Own project procurement of CNC-machined parts, structural elements and composite parts, mechanisms, motors, fasteners, bearings, thermal hardware, and raw materials, including related special processes such as heat treatment, surface treatments, and coatings.
  • Run fast quoting and supplier selection so prototype builds receive parts and materials on the dates engineering committed to.
  • Lead efforts to find alternative suppliers, processes, or materials quickly when capacity or material shortages occur.
  • Set stock levels and material availability plans for development and prototype builds.
  • Work closely with machine shops, composite fabricators, special process providers, and material distributors to understand lead-time constraints, manufacturing capabilities, design-for-manufacturing implications, and fast-track build options.
  • Support technical capability assessments of machining and special-process suppliers and material distributors.
  • Negotiate priority machine time, expedited processing, and shipments, and secure prototypes under compressed timelines.
  • Coordinate across engineering, manufacturing, program management, and operations to remove obstacles and maintain build readiness.
  • Maintain visibility into prototype schedules, engineering changes, and material risks, communicating clearly and frequently.
  • Build and maintain a view of supply risks across active projects, including capacity constraints, raw-material availability, single-source suppliers, special-process bottlenecks, and export restrictions; qualify alternatives early.
  • Keep purchasing details accurate in the enterprise resource planning system, with reliable traceability and build-readiness status.
  • Test new suppliers, sourcing channels, manufacturing partners, and tools to reduce lead times and cost.
  • Communicate R&D supply-chain risks and identified critical parts and materials to Production early and clearly, before handover.
  • Support engineering prototype iteration while preparing Production for rollout and mass production.
  • Ensure critical and long-lead parts, qualified suppliers and special processes, and realistic lead times and capacity are in place before a design moves into series production.
  • Help build sourcing foundations that carry a design from prototype into repeatable production.

Desired Qualifications

  • Experience in space, aerospace, defence, hardware startups, or other deep-tech R&D environments.
  • Mechanical engineering background, knowledge of tools such as computer-aided design, and technical understanding of designs.
  • Exposure to taking a hardware design from prototype into series production.
  • Existing relationships with machine shops, fabricators, special process providers, and material distributors; familiarity with rapid-prototyping suppliers and global component marketplaces.

About the Company

ICEYE

SAR satellite constellation for Earth monitoring

ICEYE builds and operates the world’s largest synthetic aperture radar (SAR) satellite constellation to monitor the Earth continuously, day or night and in any weather. Its SAR satellites capture radar imagery that can see through clouds and darkness, giving customers in defence and intelligence, insurance, emergency management, and environmental monitoring a persistent view of wide areas. Images and analytics are delivered from a network of satellites and, increasingly, sovereign constellations that governments can operate themselves. ICEYE plans to scale up production toward about 100 satellites per year by 2028 and has pursued large funding rounds to expand capacity and sovereign delivery, aiming to grow its revenue and backlog while offering reliable, near-real-time Earth observation data.

Company size
1,001-5,000
Company stage
Series F
Total funding
$1.5B
Headquarters
Espoo, Finland
Founded
2012

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