SALUTE and CIRRUS projects focused on acoustic liners for UHBR engines and core/turbine noise reduction for aircraft.
UNIVERSITE DU MANS
French university with deep expertise in acoustics (aviation noise, surface waves), speech AI, marine biotechnology, and CO2 storage research.
Their core work
Université du Mans is a French public university with strong research groups in acoustics, speech processing, materials science, and marine biotechnology. Their acoustics work focuses on engine noise reduction for next-generation aircraft engines, while their speech research covers neural network-based language processing. They also run significant programs in blue biotechnology (microalgae-based biorefinery) and CO2 geological storage. Beyond research, they are active in science communication, having participated in multiple European Researcher's Night events across France.
What they specialise in
ESPERANTO project (coordinated) covers neural network-based speech processing, explainability, and low-resource NLP.
GHaNA project (coordinated) developed photobioreactors and biorefinery approaches for the diatom genus Haslea, targeting natural blue pigments and lipids.
STSAW project (coordinated) explores sub-THz surface acoustic waves using picosecond laser ultrasonics and superlattice structures.
DISCO2 STORE project (coordinated) studies mechanical discontinuities and fracture permeability in CO2 storage reservoirs.
Five Researcher's Night projects (EXPERIM, CREATIVITY, STORIES, LINCS, VOYAGES) spanning 2014-2021 delivering participatory science events across France.
How they've shifted over time
In the early H2020 period (2014-2018), Le Mans was primarily visible through public engagement activities — European Researcher's Night events emphasizing dialogue, entertainment, and participatory science — alongside their entry into marine biotechnology (GHaNA) and aeroacoustics (SALUTE). From 2020 onward, the profile shifted dramatically toward hard technical research: aircraft engine noise (CIRRUS, their largest project), speech AI and neural networks (ESPERANTO), CO2 storage geomechanics, biosensing with DNA origami, and sub-THz acoustic wave physics. The university has clearly moved from a public-engagement-heavy portfolio to one dominated by deep technical research coordination.
Le Mans is consolidating around its core physics and engineering strengths — acoustics, wave phenomena, and AI-driven speech technologies — and increasingly taking the coordinator role in these areas.
How they like to work
Université du Mans balances leadership and partnership almost evenly, coordinating 5 of 13 projects — notably all their recent technical research projects. Their 100 unique consortium partners across 29 countries indicate they build broad, diverse consortia rather than relying on a tight circle of repeat collaborators. This makes them an accessible partner: experienced enough to lead, flexible enough to contribute as a specialist in larger teams.
With 100 unique partners across 29 countries, Le Mans has built a notably wide network for a mid-sized regional university. Their collaborations span most of Europe and extend internationally through MSCA-RISE mobility projects, giving them connections well beyond French academia.
What sets them apart
Le Mans brings a rare combination of acoustics expertise — spanning aeroacoustics for aviation, surface acoustic waves at the nanoscale, and speech signal processing — all under one institution. This acoustics breadth, combined with their willingness to coordinate and their strong MSCA track record for researcher mobility, makes them an unusually versatile partner. For anyone building a consortium that touches sound, vibration, or wave physics at any scale, Le Mans offers depth that few similarly-sized universities can match.
Highlights from their portfolio
- CIRRUSTheir largest project (EUR 642,500) tackling core and turbine noise in next-generation ultra-high bypass ratio aircraft engines — directly tied to EU environmental targets.
- GHaNACoordinated a EUR 589,500 MSCA-RISE project on marine diatom biotechnology, bridging biodiversity research with industrial biorefinery applications for natural pigments.
- ESPERANTOCoordinated project on speech processing with neural networks and explainable AI — positions Le Mans at the intersection of linguistics and machine learning.