SciTransfer
Organization

OPTIMAL STRUCTURAL SOLUTIONS LDA

Portuguese aerospace SME specializing in structural health monitoring, composite inspection, and predictive maintenance for aircraft and rotorcraft.

Technology SMEtransportPTSMENo active H2020 projects
H2020 projects
4
As coordinator
0
Total EC funding
€430K
Unique partners
109
What they do

Their core work

Optimal Structural Solutions is a Portuguese SME specializing in structural engineering for aerospace, with a focus on composite materials inspection, damage assessment, and condition-based maintenance of aircraft and rotorcraft. They provide technical expertise in structural health monitoring, prognostics, and adaptive maintenance planning — helping the aviation industry move from scheduled to predictive maintenance. Their work spans from composite damage quantification to real-time sensor-based monitoring systems using edge computing and data analytics.

Core expertise

What they specialise in

Aircraft structural health monitoring and prognosticsprimary
2 projects

ReMAP focused on real-time condition-based maintenance with structures/systems prognostics; GAM-2020-AIR continued airframe work.

Aerospace composite inspection and damage assessmentprimary
1 project

CompInnova developed advanced methodology for inspection and quantification of damage on aerospace composites.

Condition-based maintenance (CBM) for aviationprimary
2 projects

ReMAP specifically targeted adaptive aircraft maintenance planning and CBM certification; GAM projects supported airframe maintenance innovation.

Sensor technology and edge computing for aircraftemerging
1 project

ReMAP involved sensors technology, edge computing, and data analytics applied to aircraft maintenance.

Rotorcraft and eco-design structuressecondary
1 project

GAM-2020-AIR addressed rotorcraft alongside fixed-wing aircraft with eco-design and energy efficiency goals.

Evolution & trajectory

How they've shifted over time

Early focus
Composite inspection and airframes
Recent focus
Predictive maintenance and digital monitoring

Early participation (2014–2016) centered on fundamental aerospace structural work — composite materials inspection via CompInnova and airframe contributions through the Clean Sky 2 GAM AIR programme. From 2018 onward, their focus shifted decisively toward digital and predictive maintenance: real-time monitoring, sensor integration, edge computing, and data analytics for adaptive maintenance planning (ReMAP). The most recent project (GAM-2020-AIR) also introduced eco-design and energy efficiency as explicit concerns alongside traditional structural performance.

They are moving from traditional structural analysis toward data-driven predictive maintenance, combining their deep structural expertise with sensor technology and edge computing — positioning themselves at the intersection of aerospace structures and Industry 4.0.

Collaboration profile

How they like to work

Role: third_party_expertReach: European17 countries collaborated

Optimal operates as a specialist contributor rather than a project leader — they have never coordinated an H2020 project, participating instead as a partner or third party. With 109 unique consortium partners across 17 countries, they are well-connected and experienced at integrating into large aerospace consortia. Their recurring involvement in the Clean Sky 2 Airframe ITD (GAM AIR 2018 and GAM-2020-AIR) suggests they are a trusted, returning contributor within established programmes.

Despite being a small company, they have collaborated with 109 distinct partners across 17 countries, largely through the large Clean Sky 2 consortium structure. Their network is strongly European with broad geographic coverage across the EU aerospace research ecosystem.

Why partner with them

What sets them apart

As a Portuguese SME with deep expertise in both traditional structural engineering and emerging digital maintenance technologies, they occupy a niche that few small companies fill — bridging physical structural analysis with predictive data analytics for aviation. Their sustained involvement in Clean Sky 2 over six years (2014–2024) demonstrates a level of trust and domain credibility unusual for a company of their size. For consortium builders, they offer specialized aerospace structural and CBM knowledge without the overhead and complexity of engaging a large aerospace OEM.

Notable projects

Highlights from their portfolio

  • ReMAP
    Their largest funded project (EUR 298,875), focused on real-time condition-based maintenance — represents their strategic pivot toward predictive, data-driven aerospace maintenance.
  • CompInnova
    An FET/Research Excellence project on advanced composite damage inspection, demonstrating their capacity for fundamental research alongside applied engineering.
  • GAM-2020-AIR
    Continuation of their Clean Sky 2 Airframe ITD involvement, now including eco-design and rotorcraft — showing long-term programme loyalty and expanding scope.
Cross-sector capabilities
Manufacturing — composite materials and advanced inspection techniquesDigital — edge computing, sensor integration, and data analyticsEnvironment — eco-design and energy efficiency in aviation structuresSecurity — safety risk assessment methodologies for critical infrastructure
Analysis note: Profile based on 4 projects, but 2 are third-party participations in large Clean Sky 2 calls with limited keyword data. The early-period keyword set is empty, so evolution analysis relies on project titles and dates rather than explicit keyword comparison. Funding data is available for only 2 of 4 projects. The company website (optimal.pt) could provide additional context not captured in CORDIS data.