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Organization

XEV SRL

Torino engineering firm designing 3D-printed metamaterials and optimized structures for automotive and aerospace applications using multiscale computational mechanics.

Engineering firmmanufacturingITThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
€317K
Unique partners
12
What they do

Their core work

XEV SRL is a Torino-based engineering company working at the intersection of advanced materials design, additive manufacturing, and computational mechanics. Their technical contribution centers on metamaterials — engineered structures whose properties emerge from internal architecture rather than bulk composition — and on methods for designing these structures so that material gradients and topology are optimized simultaneously at multiple scales. They bring industrial application context to research consortia, with documented interest in automotive and satellite components. Their work combines classical mechanics frameworks (crystal plasticity, continuum mechanics) with machine learning and data-driven modeling to accelerate virtual prototyping of 3D-printed structural parts.

Core expertise

What they specialise in

Mechanical metamaterials and functionally-graded materialsprimary
2 projects

Both CoMetaS and XS-Meta are explicitly focused on designing metamaterial architectures with graded properties for structural applications.

Additive manufacturing for structural componentsprimary
2 projects

XS-Meta is specifically framed around 3D-printed metamaterials, and additive manufacturing appears as a core keyword in both projects.

Computational mechanics and multiscale material modelingprimary
2 projects

CoMetaS keywords include crystal plasticity and continuum mechanics; XS-Meta deepens this into multiscale computational mechanics.

Topology and structural optimizationprimary
2 projects

Structural optimization and topology optimization appear across both projects as central design methods.

Machine learning for materials modelingsecondary
1 project

CoMetaS lists machine learning and data-driven modeling as keywords alongside virtual prototyping, suggesting ML is used to accelerate simulation workflows.

Evolution & trajectory

How they've shifted over time

Early focus
Metamaterials, ML, industrial applications
Recent focus
Multiscale computational mechanics

Both projects launched in 2021 and run to 2025, so there is no long temporal arc — but the keyword shift between the two projects still reveals a meaningful deepening of focus. CoMetaS started from a broad base combining metamaterials, machine learning, data-driven modeling, and direct industrial endpoints (automobiles, satellites, virtual prototyping). XS-Meta, the larger and later-awarded project, narrowed and sharpened that focus toward multiscale computational mechanics, cross-scale concurrent design, and rigorous material modelling — dropping the ML framing in favor of more formal simulation methods. The trend suggests XEV SRL is moving from exploratory, data-assisted design toward first-principles multiscale simulation as its core technical identity.

XEV SRL appears to be building depth in cross-scale simulation of 3D-printed metamaterials, making them a relevant partner for any consortium needing industrial-grade computational modeling of advanced manufactured structures.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European6 countries collaborated

XEV SRL participates exclusively as a consortium member — they have never coordinated an H2020 project — which is typical behavior for a private industrial company in MSCA-funded networks where universities and research institutes hold the lead role. With 12 distinct partners across 6 countries from just two projects, they work in medium-sized European consortia rather than bilateral arrangements. Their participation in both MSCA-RISE (staff exchanges) and MSCA-ITN (doctoral training) formats signals that they actively host researchers and contribute practical industrial mentoring alongside technical work.

XEV SRL has collaborated with 12 unique partners across 6 countries, a relatively broad network for just two projects, suggesting active integration into European academic-industrial consortia. Their Torino base places them naturally within the Italian automotive and aerospace industrial ecosystem.

Why partner with them

What sets them apart

XEV SRL occupies a specific niche: an industrial company in Torino — Italy's automotive engineering capital — that engages with frontier academic research on metamaterials and 3D-printed structures, rather than outsourcing that work to universities. This makes them unusual as a private company in MSCA projects, which typically attract universities and public research institutes. For a consortium builder, they offer the industry validation role that MSCA projects require to demonstrate real-world applicability, with genuine technical depth in computational design rather than just a logo on the partnership page.

Notable projects

Highlights from their portfolio

  • XS-Meta
    The largest project by funding (EUR 261,500) and an MSCA-ITN doctoral training network, signaling that XEV SRL hosts and co-supervises PhD researchers on cross-scale 3D-printed metamaterial design — a significant institutional commitment.
  • CoMetaS
    Combines metamaterial design with machine learning and targets both automotive and satellite applications, making it the project that best illustrates XEV SRL's industrial application range.
Cross-sector capabilities
Space and satellite structures (lightweight metamaterial components)Automotive lightweighting and crashworthinessDigital engineering and simulation (ML-driven virtual prototyping)
Analysis note: Only 2 projects, both starting in the same year (2021), which limits meaningful temporal trend analysis. The "early vs recent" keyword distinction reflects differences between two concurrent projects rather than a true timeline shift. The company is classified as non-SME but no website or employee data is available to confirm scale or business model. Profile is technically coherent but thin — treat expertise claims as directionally correct, not verified in depth.
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