SciTransfer
Organization

AEROCONSEIL SAS

Blagnac aerospace engineering firm specialising in aircraft thermal management, multidisciplinary optimisation, and smart-material actuation for next-generation transport.

Engineering firmtransportFRNo active H2020 projects
H2020 projects
2
As coordinator
0
Total EC funding
€86K
Unique partners
17
What they do

Their core work

Aeroconseil is an aerospace engineering consultancy based in Blagnac — the French town that is effectively the Toulouse aerospace cluster's backyard, where Airbus has its headquarters. Their core work is specialist engineering for transport systems: multidisciplinary design optimisation, aircraft thermal and ventilation systems, advanced materials integration, and the kind of system-level analysis that sits between fundamental research and industrial production. In EU research consortia they contribute as technical specialists, bringing engineering rigour to prototype and demonstrator development. Their presence in both aviation (nacelle integration for next-gen UHBR engines) and railway (SiC-based traction reliability) shows a firm that applies aerospace-grade methodology across transport modes.

Core expertise

What they specialise in

Aircraft thermal management and engine ventilationprimary
1 project

PALOMA engaged Aeroconseil in passive ventilation system design for UHBR aircraft engines, covering heat pipes, nacelle integration, and shaped memory alloy actuators.

Multidisciplinary engineering optimisationprimary
2 projects

Multidisciplinary optimisation was a named keyword in RECET4Rail, and the cross-discipline passive actuation design in PALOMA confirms this as a recurring capability.

Reliability and robustness engineeringsecondary
1 project

RECET4Rail listed reliability and robustness engineering and predictive maintenance as explicit keywords for their railway traction contribution.

Advanced materials and passive actuation (shape memory alloys)emerging
1 project

PALOMA introduced shaped memory alloy actuators as the core enabling technology for passive ventilation opening — a niche capability at the intersection of materials science and mechanical design.

Energy-efficient transport power systems (SiC, additive manufacturing)secondary
1 project

RECET4Rail combined SiC semiconductors, additive manufacturing, and energy efficiency targets in a cost-efficient railway traction system design.

Evolution & trajectory

How they've shifted over time

Early focus
Railway traction reliability optimisation
Recent focus
Aircraft nacelle thermal management

Aeroconseil's first H2020 project (RECET4Rail, 2020) placed them in cross-modal transport, applying aerospace-style methodology — multidisciplinary optimisation, reliability engineering, SiC power electronics, additive manufacturing — to a railway traction challenge. Their second project (PALOMA, 2021) pulled them firmly back into aviation with a tightly scoped focus on aircraft engine thermal management using passive smart-material actuators, UHBR nacelle integration, and prototype delivery. The trajectory suggests a consolidation back toward their core aerospace market rather than deliberate diversification into rail — RECET4Rail looks like opportunistic broadening, while PALOMA represents home territory.

Aeroconseil is deepening its specialisation in next-generation aircraft engine integration (UHBR), which positions them squarely in the technology roadmap of Clean Aviation — Europe's successor to Clean Sky — making them a natural fit for upcoming calls around sustainable propulsion and advanced nacelle systems.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European8 countries collaborated

Aeroconseil joins consortia exclusively as a participant, never as coordinator — consistent with an engineering services firm that contributes focused technical capacity rather than leading research programmes. With 17 unique partners spread across just 2 projects, their consortia are mid-sized and project-specific rather than built on a recurring core network. This specialist-contributor pattern means working with them is straightforward: they bring defined aerospace engineering expertise and expect a clear technical brief in return.

Aeroconseil has worked with 17 distinct partners across 8 countries from only 2 projects — a broad pan-European reach relative to their portfolio size. Their Blagnac base naturally anchors them to the French and wider European aerospace supply chain, though no partner concentration is visible in the available data.

Why partner with them

What sets them apart

Aeroconseil's location in Blagnac — effectively inside the Airbus campus — gives them industrial proximity that few research partners can match: they understand the practical constraints, certification requirements, and design standards of commercial aircraft production. Their validated ability to work across both aviation and railway shows genuine transport-agnostic engineering competence, not just familiarity with one OEM's needs. For a consortium that needs an industrial engineering partner who can bridge the gap between research ambition and production reality, Aeroconseil brings that credibility from their base in Europe's most concentrated aerospace cluster.

Notable projects

Highlights from their portfolio

  • PALOMA
    Directly targets next-generation UHBR aircraft engine technology with a niche passive actuation solution — shaped memory alloy-driven ventilation — placing Aeroconseil at the frontier of Clean Aviation propulsion challenges.
  • RECET4Rail
    Their largest project by EC funding (EUR 57,018) and a demonstration of cross-sector reach, combining SiC semiconductors, additive manufacturing, and multidisciplinary optimisation in a railway traction context — the most technically broad of the two projects.
Cross-sector capabilities
Advanced manufacturing — additive manufacturing and SiC power electronics applicable to industrial electrificationEnergy — thermal management, heat pipes, and energy efficiency optimisation transferable to industrial heat recoverySpace — passive thermal control and smart-material actuation relevant to spacecraft thermal management
Analysis note: Profile rests on only 2 projects with modest total funding (EUR 85,805). The Blagnac location and project keywords strongly imply an aerospace engineering services firm connected to the Airbus supply chain, but this contextual inference is not directly confirmed by CORDIS data. The space sector entry in cross_sector_capabilities is based on technology transferability, not direct project evidence.