SciTransfer
Organization

PHOTONFIRST TECHNOLOGIES BV

Dutch SME providing fiber optic sensing and structural health monitoring solutions for aerospace composites, expanding into photonic circuits and energy harvesting.

Technology SMEtransportNLSMENo active H2020 projects
H2020 projects
8
As coordinator
0
Total EC funding
€3.1M
Unique partners
70
What they do

Their core work

PhotonFirst is a Dutch SME specializing in fiber optic sensing (FOS) technology for structural health monitoring, primarily serving the aerospace and transport sectors. They develop and integrate optical sensor networks that detect damage, measure strain, and monitor the condition of advanced composite structures in real time. Their sensors are embedded into landing gear systems, composite airframes, and wind tunnel test models, enabling predictive maintenance and safer operation of aircraft and rotorcraft. Beyond aerospace, they are expanding their photonic sensing capabilities into energy harvesting systems and photonic integrated circuits.

Core expertise

What they specialise in

Fiber optic sensing for aerospace structuresprimary
4 projects

Core contributor to EXTREME, ALGeSMo, ADD-ON, and SuCoHS — all focused on optical sensing in composite aerospace structures.

Structural health monitoring and damage detectionprimary
3 projects

ADD-ON specifically targets advanced damage detection through optical sensor networks; SuCoHS and EXTREME address structural monitoring under extreme conditions.

Landing gear and aerostructure monitoringsecondary
3 projects

ALGeSMo focuses on landing gear sensing; ATTILA on tiltrotor aeroelastics; AEROMO2 on morphing movable aerostructures.

Photonic integrated circuits (PIC)emerging
1 project

InPulse project — their largest funded project (EUR 645K) — positions them in the indium-phosphide PIC pilot line ecosystem.

Energy harvesting and polymer compositesemerging
1 project

InComEss explores piezoelectric and thermoelectric energy scavenging integrated with advanced polymer composites.

Evolution & trajectory

How they've shifted over time

Early focus
Aerospace structural health monitoring
Recent focus
Photonics and smart sensing systems

In their early H2020 participation (2015–2018), PhotonFirst focused squarely on aerospace structural monitoring — detecting damage in composites, monitoring landing gear health, and analyzing fire-resistant structures. From 2019 onward, their scope broadened significantly: they entered photonic integrated circuit manufacturing (InPulse), energy harvesting with piezoelectric and thermoelectric systems (InComEss), and morphing aerostructures (AEROMO2). This evolution suggests a company transitioning from a pure aerospace sensor supplier toward a broader photonics and smart materials technology provider.

PhotonFirst is diversifying from aerospace-only sensing into broader photonic technologies and energy systems, signaling readiness for cross-sector partnerships in smart manufacturing and IoT-connected monitoring.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European16 countries collaborated

PhotonFirst operates exclusively as a participant — they have never coordinated an H2020 project, which is typical for a specialist SME contributing deep technical expertise rather than managing large consortia. With 70 unique partners across 16 countries in just 8 projects, they work within large, diverse consortia (averaging ~9 partners per project). This pattern suggests they are a trusted technology component supplier that integrates well into complex multi-partner projects without needing to lead them.

PhotonFirst has built an extensive network of 70 distinct partners spanning 16 countries, remarkably broad for an 8-project SME. Their partnerships are concentrated in aerospace-heavy countries but extend well across Europe, reflecting the international nature of Clean Sky 2 and transport research programs.

Why partner with them

What sets them apart

PhotonFirst occupies a rare niche: they bridge photonic sensing hardware with aerospace structural engineering, offering sensor solutions that are designed for harsh, safety-critical environments. Their combination of fiber optic sensing expertise with hands-on experience in composite materials, landing gear, and aeroelastic testing makes them a difficult-to-replace partner in any project requiring embedded, real-time structural monitoring. Their recent move into PIC ecosystems and energy harvesting suggests they can bring sensing intelligence to sectors well beyond aviation.

Notable projects

Highlights from their portfolio

  • InPulse
    Their largest single grant (EUR 645K) and a strategic diversification into photonic integrated circuit pilot lines — a departure from their aerospace core.
  • ADD-ON
    Directly showcases their core value proposition: building optical sensor networks specifically designed for advanced damage detection in aircraft structures.
  • InComEss
    Represents an expansion into energy harvesting and smart polymer composites, combining their FOS sensor expertise with piezoelectric and thermoelectric technologies.
Cross-sector capabilities
Digital — photonic integrated circuits and IoT sensor networksManufacturing — structural health monitoring for Industry 4.0 and predictive maintenanceEnergy — energy harvesting systems with piezoelectric and thermoelectric generators
Analysis note: Profile is well-supported by 8 projects with clear thematic coherence around photonic sensing. Company name and project portfolio strongly align. Some early projects lack keyword data, but titles and sectors provide sufficient context. The diversification trend (PIC, energy harvesting) is clear but based on only 1-2 projects each, so these emerging areas should be verified before relying on them for consortium building.