ReMAP focused on real-time condition-based maintenance with structures/systems prognostics; GAM-2020-AIR continued airframe work.
OPTIMAL STRUCTURAL SOLUTIONS LDA
Portuguese aerospace SME specializing in structural health monitoring, composite inspection, and predictive maintenance for aircraft and rotorcraft.
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.
What they specialise in
CompInnova developed advanced methodology for inspection and quantification of damage on aerospace composites.
ReMAP specifically targeted adaptive aircraft maintenance planning and CBM certification; GAM projects supported airframe maintenance innovation.
ReMAP involved sensors technology, edge computing, and data analytics applied to aircraft maintenance.
GAM-2020-AIR addressed rotorcraft alongside fixed-wing aircraft with eco-design and energy efficiency goals.
How they've shifted over time
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.
How they like to work
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.
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.
Highlights from their portfolio
- ReMAPTheir largest funded project (EUR 298,875), focused on real-time condition-based maintenance — represents their strategic pivot toward predictive, data-driven aerospace maintenance.
- CompInnovaAn FET/Research Excellence project on advanced composite damage inspection, demonstrating their capacity for fundamental research alongside applied engineering.
- GAM-2020-AIRContinuation of their Clean Sky 2 Airframe ITD involvement, now including eco-design and rotorcraft — showing long-term programme loyalty and expanding scope.