PHP2 focused on pulsating heat pipes for hybrid propulsion; SALAMANDER addressed soakback thermal assessment using lattice Boltzmann methods.
ALTRAN TECHNOLOGY & ENGINEERING CENTER
French aerospace engineering firm specializing in thermal management, aerothermal simulation, and drone autonomy for aviation applications.
Their core work
Altran Technology & Engineering Center is an engineering services subsidiary of the Altran group (now Capgemini Engineering), based in Blagnac near Toulouse — France's aerospace capital. They specialize in aerothermal engineering and thermal management for aviation propulsion systems, including heat exchanger design, two-phase flow modeling, and engine intake aerodynamics. More recently, they have expanded into autonomous drone frameworks, contributing to safety and interoperability standards for UAV operations.
What they specialise in
Three Clean Sky 2 projects (SALAMANDER, PHP2, InVIGO) all involved thermal or aerodynamic modeling for aircraft engine components.
InVIGO specifically addressed intake vortex ingestion during ground operations, a niche but critical safety concern.
COMP4DRONES contributed to a framework for safe and autonomous drone applications, covering UAV composition, security, and interoperability.
How they've shifted over time
Their earliest H2020 work (2018) was firmly rooted in aerospace thermal engineering — pulsating heat pipes, two-phase flow, condensation and evaporation modeling, and micro-channel heat exchangers for aircraft propulsion. By 2019, while still active in aerospace (InVIGO), they branched into autonomous drone technology with COMP4DRONES, signaling a broadening from pure thermal/aerothermal simulation toward digital autonomy and safety systems. The shift suggests a deliberate move from deep component-level engineering toward systems-level work in unmanned aviation.
They appear to be transitioning from component-level thermal simulation toward broader unmanned aviation systems, positioning themselves at the intersection of aerospace engineering and drone autonomy.
How they like to work
Altran predominantly leads projects — coordinating 3 out of 4 H2020 efforts, which is unusual for a private engineering firm. Their coordinated projects are smaller Clean Sky 2 actions (2-3 partners typical), while their one participant role was in the large COMP4DRONES consortium. With 65 unique partners across 9 countries from just 4 projects, they clearly engage with broad networks rather than repeating the same partners, suggesting they are comfortable assembling new teams for each challenge.
Despite only 4 projects, they have connected with 65 unique partners across 9 countries, largely driven by the large COMP4DRONES consortium. Their geographic footprint centers on Western Europe with strong ties to the Toulouse aerospace ecosystem.
What sets them apart
Their location in Blagnac (adjacent to Airbus headquarters in Toulouse) places them at the heart of European aerospace engineering. Unlike academic partners who bring theoretical models, Altran delivers applied engineering services — simulation, design, and testing — that bridge the gap between research and industrial implementation. Their willingness to coordinate Clean Sky 2 projects as a private company (rather than just participating) shows they can drive applied R&D agendas, not just execute tasks.
Highlights from their portfolio
- PHP2Largest funded project (EUR 273,634), coordinated by Altran, tackling pulsating heat pipes for hybrid propulsion — a direct contribution to next-generation aircraft thermal management.
- COMP4DRONESTheir only participant role, in a major multi-partner drone framework project — marks their strategic expansion from aerospace thermal engineering into autonomous systems.
- SALAMANDERApplied lattice Boltzmann methods to soakback thermal assessment in aircraft engines, combining advanced computational physics with practical aerospace design.