INSTITUT NATIONAL POLYTECHNIQUE DE TOULOUSE

Their core work

INPT is a major French engineering university in Toulouse that combines advanced materials science, aeronautics, energy systems, and agricultural research. They develop ceramics and polymer-based 3D printing for industrial and biomedical use, design hybrid electric aircraft components, breed climate-resilient tomato varieties, and contribute to the EU Graphene Flagship. Their strength lies in bridging fundamental materials research with applied engineering — from fuel cell membranes to concentrated solar power receivers to smart morphing aerospace structures.

What they specialise in

How they've shifted over time

In 2014–2018, INPT focused on environmental hydraulics, climate adaptation infrastructure (HYDRALAB+), tomato breeding for heat tolerance (TomGEM), and early engagement with the Graphene Flagship. From 2019 onward, the emphasis shifted strongly toward graphene-based applications, additive manufacturing (ceramics 3D printing, smart materials), aerodynamics research, and fuel cell technologies. The trajectory shows a clear move from foundational environmental and agricultural work toward advanced materials engineering and aerospace applications.

INPT is consolidating around graphene, additive manufacturing, and aerospace engineering — expect future projects to combine these into functional advanced materials for transport and energy applications.

How they like to work

INPT operates as a versatile academic partner, roughly splitting its roles between third-party expert (13 projects), regular participant (14), and coordinator (6). With 674 unique partners across 44 countries, they maintain a very broad network rather than relying on repeat partnerships. This makes them easy to integrate into new consortia — they are experienced collaborators comfortable in both large flagships (Graphene, EUROfusion) and focused research teams.

INPT has worked with 674 unique consortium partners across 44 countries, making them one of the more broadly connected French engineering universities in H2020. Their Toulouse base provides strong links to the European aerospace ecosystem, while flagship projects give them pan-European reach.

What sets them apart

INPT's distinctive value is its rare combination of deep materials science (graphene, ceramics, polymers) with direct aerospace and agricultural applications — few universities bridge these domains as actively. Their Toulouse location places them at the heart of Europe's aerospace capital, adjacent to Airbus and major aviation research. For consortium builders, they offer a single partner who can contribute advanced manufacturing know-how alongside domain expertise in transport, energy, or food systems.

Highlights from their portfolio

• BABET-REAL5
  Largest single EC contribution (EUR 1.17M) as coordinator — deploying second-generation biofuel technology in rural areas.
• DOC-3D-PRINTING
  Coordinated a dedicated ceramics additive manufacturing training network (MSCA-ITN), signaling this as a core institutional priority.
• HASTECS
  Coordinated hybrid electric aircraft research over 5 years, positioning INPT at the intersection of aerospace engineering and electrification in Toulouse's aviation hub.