SciTransfer
Organization

SIEMENS INDUSTRY SOFTWARE SAS

Siemens' simulation software division providing digital twin, CFD, and product lifecycle management tools across automotive, aerospace, and manufacturing R&D projects.

Large industrial companydigitalFR
H2020 projects
22
As coordinator
0
Total EC funding
€6.2M
Unique partners
351
What they do

Their core work

Siemens Industry Software (formerly UGS/Siemens PLM) is the French arm of Siemens' digital industries software division, specializing in simulation, modeling, and product lifecycle management tools. In H2020 projects, they contribute advanced simulation capabilities — CFD, multiphysics modeling, digital twin platforms, and X-in-the-loop testing environments — to consortia working on electric vehicles, aerospace, drones, and smart manufacturing. Their role is consistently that of a software and simulation technology provider, enabling other partners to design, test, and optimize complex engineered systems digitally before physical prototyping.

Core expertise

What they specialise in

Vehicle powertrain simulation and e-drive modelingprimary
8 projects

Core contributor across OBELICS, ModulED, EVERLASTING, XILforEV, ADVICE, PaREGEn, DiePeR, and COLHD — spanning combustion, hybrid, and electric drivetrains.

Aerospace and UAV simulationprimary
4 projects

Provided simulation tools in AURORA (urban air mobility/VTOL), COMP4DRONES (autonomous drones), U-HARWARD (high aspect ratio wing design), and REG GAM 2018 (regional aircraft).

Digital twin and smart manufacturingsecondary
3 projects

DIMOFAC focused on digital twin and digital thread for modular factories; I-MECH on mechatronic control platforms; AQUAS on quality assurance for complex systems.

Energy system simulationsecondary
3 projects

PUMP-HEAT (thermal energy storage modeling), UPWARDS (wind turbine aerodynamics and CFD), and SMARTGYsum (green energy systems).

Battery and energy storage modelingemerging
2 projects

MODALIS2 focused on advanced lithium storage system modeling and cell design optimization; EVERLASTING on battery management simulation.

Trustworthy autonomy and dependable AIemerging
2 projects

FOCETA addressed foundations for trustworthy autonomous systems; COMP4DRONES tackled safe autonomous drone frameworks.

Evolution & trajectory

How they've shifted over time

Early focus
Automotive powertrain and emissions
Recent focus
Autonomous systems and digital twins

Between 2014 and 2018, Siemens PLM's H2020 work centered heavily on automotive powertrain simulation — combustion engines, emissions reduction, biofuels, and early electric vehicle modeling (DiePeR, PaREGEn, COLHD, OBELICS). From 2019 onward, their focus shifted decisively toward autonomous systems (drones, urban air mobility, trustworthy AI), digital manufacturing (modular factories, digital twins), and advanced aerospace simulation (high aspect ratio wings, VTOL). This evolution mirrors the broader Siemens strategy of moving from traditional automotive CAE toward integrated digital twin platforms spanning mobility, manufacturing, and autonomy.

Siemens PLM is moving toward integrated simulation platforms for autonomous mobility (drones, VTOL, self-driving) and smart manufacturing, making them a strong partner for future projects combining digital twins with AI-driven autonomy.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European30 countries collaborated

Siemens PLM never coordinates H2020 projects — they join as a technology provider embedded in large consortia, contributing their simulation software stack and modeling expertise. With 351 unique partners across 30 countries, they are a well-connected hub rather than a loyal-partner type, appearing once in many different consortia rather than repeatedly with the same groups. This makes them an accessible partner: they are experienced at integrating into diverse teams and delivering defined software contributions without seeking project leadership.

With 351 unique consortium partners across 30 countries, Siemens PLM has one of the broadest collaboration networks in H2020 simulation software. Their partnerships span Western and Eastern Europe extensively, with strong ties to automotive OEMs, aerospace companies, research institutes, and universities.

Why partner with them

What sets them apart

Unlike academic simulation groups or niche software SMEs, Siemens PLM brings industrial-grade, commercially supported simulation tools (Simcenter, NX, Teamcenter ecosystem) directly into research consortia. This means project results built on their tools have a clear path to industrial adoption — the software is already in use by thousands of manufacturers. For consortium builders, having Siemens PLM as a partner signals both technical credibility and a realistic route from research prototype to industry deployment.

Notable projects

Highlights from their portfolio

  • AURORA
    Largest single EC contribution (EUR 982,100) — focused on safe urban air mobility and VTOL rotorcraft, representing Siemens PLM's push into autonomous aviation simulation.
  • DIMOFAC
    Flagship digital twin project combining modular production, plug-and-produce, and closed-loop lifecycle management — directly aligned with Siemens' core Industry 4.0 platform strategy.
  • FOCETA
    EUR 595,750 for trustworthy autonomy and dependable machine learning — signals Siemens PLM's expansion from pure physics simulation into AI safety and verification.
Cross-sector capabilities
Transport — automotive and aerospace simulationEnergy — wind turbine CFD and thermal system modelingManufacturing — digital twin and smart factory platformsEnvironment — emissions modeling and renewable fuel simulation
Analysis note: Strong profile supported by 22 projects with clear thematic coherence. Some early projects lack keywords, but titles and context make their simulation-provider role unambiguous. Confidence is 4 rather than 5 because Siemens PLM never coordinated a project, limiting insight into their strategic priorities versus simply responding to consortium invitations.