SciTransfer
Organization

SIEMENS AKTIENGESELLSCHAFT

German industrial giant contributing IoT platforms, energy systems, rail signaling, and manufacturing automation expertise across 92 H2020 projects.

Large industrial companydigitalDESME
H2020 projects
92
As coordinator
8
Total EC funding
€53.9M
Unique partners
1415
What they do

Their core work

Siemens is a German multinational industrial conglomerate that brings deep engineering capabilities in energy systems, industrial automation, rail transport, and digital infrastructure to EU research consortia. Within H2020, they contribute production-grade expertise in power electronics, IoT platforms, cyber-physical systems, smart grid technologies, and advanced manufacturing — bridging the gap between laboratory research and industrial deployment. Their participation spans from sensor development and turbine optimization to railway signaling and smart city data platforms, reflecting the breadth of their real-world product and systems integration portfolio.

Core expertise

What they specialise in

15 projects

Led BIG IoT (interoperability platform), VirtuWind (industrial networks), and participated in CP-SETIS, sCorPiuS, IoSense, and multiple Industry 4.0 projects.

14 projects

Coordinated SENSIBLE (energy storage for buildings), participated in FLEXTURBINE (flexible fossil power), PROMOTION (meshed HVDC offshore grids), and NewBusFuel (hydrogen refuelling).

Smart manufacturing and production automationprimary
12 projects

Coordinated PERFoRM (reconfigurable robots and machinery), participated in REProMag (rare earth magnets), MAYA (simulation tools), and multiple Industry 4.0 digitalization projects.

Railway signaling and transport systemssecondary
9 projects

Participated in IN2RAIL, ROLL2RAIL, STARS (satellite-based ETCS signaling), CONNECTA (train control systems), and multiple Shift2Rail projects.

Graphene and advanced materials applicationsemerging
3 projects

Multiple recent-period projects involving graphene, indicating growing interest in advanced materials for industrial applications.

Smart cities and urban energy districtssecondary
4 projects

Participated in SMARTER TOGETHER (smart urban districts), RESIN (climate-resilient cities), ELIPTIC (electrified public transport), and MODER (building refurbishment).

Evolution & trajectory

How they've shifted over time

Early focus
Sensors, CPS, rail signaling
Recent focus
Industry 4.0, AI, graphene

In the early period (2015–2017), Siemens focused broadly on foundational infrastructure: railway interoperability (ETCS), sensor technologies, cyber-physical systems standardization, and energy-efficient buildings. From 2018 onward, their portfolio shifted decisively toward Industry 4.0, graphene applications, machine learning, edge computing, and flexible power generation — reflecting a company-wide pivot toward digitalization and software-defined industrial systems. The recent emphasis on smart metering, retrofittable technologies, and DevOps signals a move from hardware-centric R&D toward integrated digital-physical solutions.

Siemens is converging toward AI-driven industrial digitalization and advanced materials, making them an increasingly strong partner for projects combining manufacturing, machine learning, and edge computing.

Collaboration profile

How they like to work

Role: active_partnerReach: Global38 countries collaborated

Siemens operates overwhelmingly as a participant (79 of 92 projects), joining large consortia as a heavyweight industrial partner rather than leading from the front. With 1,415 unique consortium partners across 38 countries, they function as a major network hub — broadly connected but not locked into repeat partnerships. This means working with Siemens gives access to an enormous network, but expect them to contribute specific industrial expertise and pilot sites rather than drive project management.

With 1,415 unique consortium partners across 38 countries, Siemens has one of the most extensive collaboration networks in H2020. Their reach is truly pan-European with significant global connections, making them a connector organization that can bridge different research communities.

Why partner with them

What sets them apart

Siemens brings something few H2020 partners can: the ability to test research outputs in real industrial environments at scale, from power plants to factory floors to railway networks. Their EUR 53.8M in EC funding across 92 projects demonstrates sustained EU trust in their ability to deliver. For consortium builders, Siemens offers not just technical depth but a credible path to market — they are both a research partner and a potential end-user of the technology being developed.

Notable projects

Highlights from their portfolio

  • SENSIBLE
    Coordinated with EUR 2.59M — their largest funded coordinator role, integrating energy storage solutions for buildings and communities.
  • BIG IoT
    Coordinated with EUR 2.15M — led the effort to bridge IoT interoperability gaps, a strategic platform play aligned with their digital transformation.
  • PROMOTION
    Contributed to meshed HVDC offshore transmission networks — a critical infrastructure project for Europe's offshore wind energy future.
Cross-sector capabilities
Energy systems and grid managementRail transport and signalingSmart manufacturing and automationUrban infrastructure and smart cities
Analysis note: Siemens is flagged as SME in the CORDIS data, which is clearly a data quality error — Siemens AG is one of Europe's largest industrial companies. All analysis treats them correctly as a large enterprise. The 30-project sample provides strong coverage; the full 92-project portfolio would likely reinforce the identified patterns.