SciTransfer
Organization

THE INSTITUTE OF ELECTRICAL AND ELECTRONICS ENGINEERS, INCORPORATED

World's largest electrical engineering professional association, providing EMC and EMI standards expertise to EU research training networks.

NGO / AssociationdigitalUSNo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
Unique partners
24
What they do

Their core work

IEEE is the world's largest technical professional organization, with over 420,000 members across 160+ countries. It publishes nearly a third of the world's technical literature in electrical engineering, electronics, and computing, and develops widely adopted industry standards covering areas from Wi-Fi and Ethernet to electromagnetic compatibility. Within H2020, IEEE appeared specifically as a third-party resource provider in PhD training networks focused on electromagnetic compatibility (EMC) and electromagnetic interference (EMI), contributing standards expertise, training materials, and access to its global practitioner network. Their H2020 footprint is intentionally narrow — they function as a credentialing and standards authority rather than a research executor, and this data reflects only a small fragment of the organization's actual scope.

Core expertise

What they specialise in

Electromagnetic compatibility (EMC) and interference (EMI) standardsprimary
2 projects

Both SCENT and ETOPIA are explicitly built around EMC/EMI topics, and IEEE was recruited as a third-party authority specifically for this domain.

PhD researcher training and professional development in engineeringprimary
2 projects

Both projects are MSCA-ITN training networks, where IEEE's contribution was its training resources and the professional recognition it can confer on early-career researchers.

Smart cities electrical infrastructuresecondary
1 project

SCENT (Smart Cities EMC Network for Training) targeted urban deployment contexts where EMC compliance is critical for connected city systems.

Power electronics and energy system interference mitigationsecondary
1 project

ETOPIA focused on EMI analysis in power applications, where IEEE standards for power electronics are directly applicable.

Evolution & trajectory

How they've shifted over time

Early focus
EMC training for smart cities
Recent focus
EMI analysis for power applications

Both H2020 projects cluster tightly around electromagnetic compatibility and interference, with the keyword "interference" appearing identically in both the early (SCENT, 2018) and recent (ETOPIA, 2019) periods — there is no detectable thematic shift. The slight evolution visible in the project titles suggests a move from smart-city-level EMC training toward more technically specific EMI analysis for power applications, but the one-year gap between project starts makes this a weak signal rather than a clear trend. The short H2020 window and tiny project count make meaningful evolution analysis impossible; IEEE's role appears consistently defined as a standards and professional network resource across both appearances.

IEEE's H2020 involvement is confined to EMC/EMI training networks in two adjacent years, suggesting they are sought as a standards authority and professional credentialing body rather than as an active research performer — a role unlikely to shift unless they choose to engage more directly in European project execution.

Collaboration profile

How they like to work

Role: third_party_expertReach: Global6 countries collaborated

IEEE participates exclusively as a third party rather than as a named consortium member, meaning they contribute resources or expertise without receiving EC funding directly. Both appearances are in MSCA-ITN training networks, where their value lies in professional accreditation, access to IEEE standards, and connection to a global community of 420,000+ engineers. This is a deliberately supporting role — IEEE lends authority and reach to consortia rather than driving the research agenda itself.

Across 2 H2020 projects, IEEE was associated with 24 unique consortium partners spanning 6 countries, though their third-party status means these are indirect connections — they supported the training consortia rather than co-leading research tasks. Their actual professional network is orders of magnitude larger, but that breadth is not captured in this H2020 data.

Why partner with them

What sets them apart

IEEE brings something no European research institution can replicate: the world's most recognized brand in electrical and electronics engineering, combined with a standards portfolio that governs much of the industry and a membership network spanning every major research economy. For MSCA training networks in EMC and EMI, IEEE's endorsement and resource access add industry credibility and professional legitimacy that purely academic partners cannot provide. The caveat is that engaging IEEE as a partner means working with a large American NGO whose primary mission is serving its membership globally — EU project participation is a deliberate but peripheral activity for them.

Notable projects

Highlights from their portfolio

  • SCENT
    IEEE's first recorded H2020 appearance, bridging EMC research with smart city deployment contexts — a practically grounded topic where IEEE's standards authority has direct urban infrastructure relevance.
  • ETOPIA
    The more technically specific of the two projects, targeting EMI analysis in power applications where IEEE's power electronics standards (IEEE 1547, IEEE 519) are directly applicable to the PhD researchers being trained.
Cross-sector capabilities
Smart city infrastructure and urban EMC compliancePower electronics and energy system interference mitigationResearch training program design and PhD developmentTechnical standardization for manufacturing and industrial electronics
Analysis note: IEEE's H2020 record — 2 third-party appearances, zero EC funding, a single keyword — captures only a negligible slice of what is actually the world's largest technical professional organization. This profile describes their EU project role exclusively, not their global scope or standards leadership. The confidence score is low because the data volume is insufficient to profile the organization meaningfully; any collaboration or partnership assessment should be supplemented with IEEE's own partnership programs, standards bodies, and regional chapter activities.