SciTransfer
Organization

CENTRAL INSTITUTE OF AVIATION MOTORS

Russian aero-engine research institute specializing in aircraft propulsion simulation, icing certification, and hybrid-electric powertrain architectures for regional aviation.

Research institutetransportRUNo active H2020 projects
H2020 projects
6
As coordinator
0
Total EC funding
Unique partners
95
What they do

Their core work

CIAM is Russia's leading aero-engine research center, specializing in aircraft propulsion systems, engine testing, and aerodynamic simulation. Within H2020, they contribute domain expertise in icing certification, multidisciplinary aircraft design optimization, and hybrid-electric propulsion architectures. Their work spans from computational fluid dynamics for ice accretion modeling to system-level architecture design for next-generation regional aircraft powertrains. As a major national aviation research institute, they bring deep test infrastructure and simulation capabilities to European aerospace consortia.

Core expertise

What they specialise in

2 projects

Core contributor to both IMOTHEP (hybrid-electric propulsion maturation) and FUTPRINT50 (hybrid-electric 50-seat regional aircraft), covering roadmaps, thermal management, and energy systems.

Multidisciplinary aircraft design and virtual certificationprimary
2 projects

Participated in both AGILE (2015) and its successor AGILE 4.0 (2019), working on collaborative MDO, model-based systems engineering, and virtual aircraft design and certification.

1 project

Contributed to ICE GENESIS on next-generation 3D icing simulation, including supercooled large droplet (SLD) modeling, snow accretion, and acceptable means of compliance.

Supersonic aircraft noise and regulationsecondary
1 project

Participated in RUMBLE, focused on regulation and norms for low sonic boom levels in civil supersonic flight.

Waste heat recovery and thermal management for aviationemerging
1 project

IMOTHEP project keywords indicate work on waste heat recovery and thermal management within hybrid-electric propulsion system architectures.

Evolution & trajectory

How they've shifted over time

Early focus
Aircraft design optimization and aeroacoustics
Recent focus
Hybrid-electric aircraft propulsion systems

CIAM's early H2020 work (2015–2018) centered on aircraft design optimization tools and aeroacoustics — collaborative MDO frameworks in AGILE and sonic boom regulation in RUMBLE. From 2019 onward, their focus shifted decisively toward electrification of aircraft propulsion, with three of four later projects addressing hybrid-electric powertrains, energy storage, and system-level architecture for regional aircraft. They also deepened their computational simulation work, moving from general MDO into specialized 3D icing simulation and virtual certification frameworks.

CIAM is repositioning from classical aero-engine research toward electrified and hybrid propulsion architectures for regional aviation, making them a relevant partner for future sustainable aviation projects.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European19 countries collaborated

CIAM operates exclusively as a consortium participant — they have never coordinated an H2020 project, instead contributing specialized technical expertise to large European teams. With 95 unique partners across 19 countries, they are well-networked across the European aerospace research landscape. Their repeat involvement in the AGILE series (AGILE → AGILE 4.0) suggests they build lasting relationships within consortia and are valued enough to be re-invited for follow-up projects.

Broadly connected across European aerospace, with 95 unique consortium partners spanning 19 countries. This wide geographic footprint reflects participation in major multi-partner aviation research initiatives rather than a narrow regional cluster.

Why partner with them

What sets them apart

CIAM is one of very few Russian research organizations with sustained participation in European aviation research programs, bringing decades of Soviet and post-Soviet aero-engine testing and simulation heritage. Their combination of propulsion system expertise with computational simulation capabilities makes them a bridge between engine-level physics and aircraft-level system design. For consortium builders, they offer deep domain knowledge in propulsion thermodynamics and certification methodologies that complements Western European airframe-focused partners.

Notable projects

Highlights from their portfolio

  • IMOTHEP
    Major hybrid-electric propulsion maturation project covering the full technology roadmap from waste heat recovery to overall power system architecture for regional and medium-range aircraft.
  • ICE GENESIS
    Next-generation 3D icing simulation project addressing a critical flight safety challenge — supercooled large droplets and snow — with direct regulatory impact on acceptable means of compliance.
  • AGILE 4.0
    Successor to AGILE, advancing cyber-physical collaborative aircraft development with Industry 4.0 methods — CIAM's repeat participation signals their valued role in the consortium.
Cross-sector capabilities
Energy systems and thermal managementDigital simulation and virtual testingIndustry 4.0 and model-based systems engineeringEnvironmental regulation and compliance frameworks
Analysis note: EC funding amounts are unavailable for all six projects, limiting financial impact analysis. CIAM's participation post-2020 may be affected by geopolitical developments (EU-Russia research cooperation restrictions following 2022), which could make recent project data less indicative of future collaboration availability. Profile is based on project titles, keywords, and participation patterns only.