Coordinated HDGAS, REWARD, DiePeR, IMPERIUM and participated in GasOn, UPGRADE, DownToTen — covering diesel, gas, and hybrid powertrains with focus on real-world emissions.
AVL LIST GMBH
Austria's largest independent powertrain engineering company, spanning combustion, electric, and fuel cell systems with deep simulation and AI capabilities.
Their core work
AVL is the world's largest independent company for the development, simulation, and testing of powertrain systems — covering internal combustion engines, hybrid systems, electric drives, and batteries. Within H2020, they contribute deep automotive engineering expertise to projects spanning clean propulsion, vehicle electrification, autonomous driving validation, and industrial digitalization. Their work bridges the gap between component-level R&D (fuel cells, batteries, emission systems) and full vehicle integration, making them a go-to partner for any consortium that needs to move powertrain technology from lab to road. They also bring significant capabilities in high-performance computing, AI-driven simulation, and cybersecurity for connected vehicles.
What they specialise in
Coordinated FIVEVB (5V Li-ion batteries), participated in OSEM-EV, 3Ccar, ECOCHAMPS — spanning battery chemistry, energy management, and electrified powertrain integration.
Coordinated ENABLE-S3 (validation for highly automated systems), participated in RobustSENSE — focused on sensor fusion, environment perception, and safety certification.
Recent-period keywords show strong pivot toward artificial intelligence, edge computing, cybersecurity, and connectivity — reflecting the shift from mechanical to software-defined vehicles.
Coordinated COMPASS (metal-supported SOFC auxiliary power), participated in FlexiFuel-SOFC, SOSLeM, and HiEff-BioPower — covering solid oxide fuel cells and biomass CHP systems.
Participated in Mont-Blanc 3 (HPC platforms) and CP-SETIS (cyber-physical systems tools), with early-period keywords highlighting exascale computing and simulation interoperability.
How they've shifted over time
In the early H2020 period (2015–2017), AVL focused heavily on traditional powertrain optimization — diesel and gas engines, emission reduction, and fuel efficiency — alongside foundational digital work in HPC, cyber-physical systems standardization, and tool interoperability. By the later period (2018–2021), the emphasis shifted decisively toward electrification, AI-driven systems, cybersecurity, edge computing, and connectivity, reflecting the automotive industry's broader transformation. The keyword data tells a clear story: from combustion engine engineering to intelligent, connected, and electric mobility.
AVL is repositioning from a combustion-era powertrain specialist toward a software-defined vehicle integrator — expect future projects to center on AI-based vehicle control, digital twins, and secure connected mobility.
How they like to work
AVL operates primarily as an active partner (73 of 93 projects) but takes the coordinator lead often enough (19 projects) to demonstrate strong project management capability, especially on large-scale powertrain and validation initiatives. With 1,187 unique consortium partners across 44 countries, they function as a major hub in European automotive R&D — the kind of organization that can open doors to an enormous network. Their mix of RIA (43) and IA (31) participation shows they are equally comfortable in research exploration and closer-to-market innovation actions.
AVL has collaborated with 1,187 distinct partners across 44 countries, making them one of the most connected automotive R&D organizations in H2020. Their network spans the full European automotive supply chain — from OEMs and Tier-1 suppliers to universities and research institutes — with particularly strong ties in Germany, Italy, France, and the Netherlands.
What sets them apart
AVL combines full-stack powertrain expertise (combustion, hybrid, electric, fuel cell) with advanced simulation and testing infrastructure that few private companies can match. Unlike university partners who contribute theory or OEMs who bring application pull, AVL sits in the middle — they can take a research concept, engineer it into a working system, and validate it on real hardware. For consortium builders, this makes them an ideal bridge between fundamental research and industrial demonstration, particularly in any project that needs to put technology into an actual vehicle.
Highlights from their portfolio
- HDGASLargest single EC contribution (€2.4M) — AVL coordinated this flagship project on heavy-duty gas engines, demonstrating their ability to lead major powertrain programs.
- ENABLE-S3AVL coordinated this high-profile ECSEL initiative on validation methods for highly automated systems — marking their strategic expansion from powertrain hardware into autonomous driving and safety.
- COMPASSCoordinated with €2M EC funding, this project on metal-supported SOFC auxiliary power for vehicles shows AVL's reach into fuel cell and alternative energy territory beyond traditional engines.