THIOT INGENIERIE

Their core work

Thiot Ingenierie is a French engineering SME specializing in high-strain-rate mechanical testing and dynamic characterization of advanced materials. Their core capability centers on Split Hopkinson Pressure Bar (SHPB) and Split Hopkinson Tension Bar (SHTB) techniques — specialized equipment and methodology for understanding how materials behave under extreme impact, shock, and rapid loading conditions. In the aerospace sector, they apply this expertise to evaluate next-generation lightweight alloys such as titanium aluminide (TiAl) for turbine blade applications, where materials face violent thermal and mechanical stress cycles. They work at the boundary between materials science and engineering qualification, providing the experimental data that enables new alloys to replace heavier, costlier incumbents like nickel superalloys.

What they specialise in

How they've shifted over time

Both of Thiot Ingenierie's H2020 projects began in 2019, so there is no meaningful before/after shift within the dataset — all extracted keywords belong to the same cohort. What the data does show is a consistent, tightly focused identity: high-strain-rate testing methodology applied to aerospace-grade materials, with a particular emphasis on helicopter propulsion components. The absence of keywords in the "recent" half simply reflects that the second project (TABASCO) lacked indexed keyword metadata, not a change in direction. Based on available evidence, their focus has remained stable rather than evolved.

Thiot Ingenierie appears to be consolidating around a specialist niche — dynamic and structural testing services for aviation propulsion and airframe components — with no evidence of diversification into other sectors.

How they like to work

Thiot Ingenierie is willing to lead projects, having coordinated PANTHER, but also participates as a specialist contributor, as seen in TABASCO. Their network is extremely narrow: only one unique consortium partner across two projects, all within France — suggesting they operate as a highly specialized service provider brought in for a specific testing capability rather than a broad consortium builder. Working with them likely means engaging a focused technical expert, not a multi-disciplinary research hub.

Thiot Ingenierie has collaborated with just one unique partner in one country (France) across its entire H2020 portfolio. This strongly suggests a tight, project-specific engagement model rather than a broad pan-European network.

What sets them apart

Thiot Ingenierie occupies a rare niche: experimental dynamic testing of high-performance aerospace alloys, particularly using SHPB and SHTB rigs that few SMEs operate at research-grade quality. For any consortium needing validated mechanical data on TiAl, intermetallics, or impact-loaded aerospace materials, they offer laboratory capability that is difficult to find at SME scale. Their coordinator role on PANTHER — a Clean Sky 2 Joint Technology Initiative project — confirms that major aerospace programs trust them with critical experimental work.

Highlights from their portfolio

• PANTHER
  Thiot Ingenierie coordinated this Clean Sky 2 project (€549,512) to qualify TiAl alloys as lighter, cheaper replacements for nickel superalloys in helicopter turbines — a high-stakes materials substitution challenge central to the aviation industry's weight-reduction goals.
• TABASCO
  As a participant in this structural testing project, Thiot Ingenierie extended its capabilities from materials-level dynamic testing to advanced structural configurations, signaling breadth beyond pure materials characterization.