Both I-MECH (2017-2020) and IMOCO4.E (2021-2024) are explicitly focused on intelligent motion control platforms for mechatronic and Industry 4.0 applications.
ELECTROMAGNETIC COMPATIBILITY MCC B.V.
Dutch SME combining electromagnetic compatibility expertise with intelligent motion control R&D for industrial mechatronic and Industry 4.0 systems.
Their core work
EMCMCC is a Dutch technology SME based in Breda that sits at the intersection of electromagnetic compatibility (EMC) engineering and intelligent motion control. Their company name encodes their dual identity: EMC compliance work — ensuring industrial electronics meet interference standards — combined with motion control system expertise. In both H2020 projects they contributed as a technical specialist to developing smart motion control platforms for advanced mechatronic systems. Their value to research consortia lies in bridging the gap between R&D-stage motion control innovation and the real-world certification and EMC validation requirements that industrial products must pass before market entry.
What they specialise in
The company name signals core EMC expertise; motion control electronics in both projects operate in EMI-sensitive industrial environments where EMC compliance is mandatory.
I-MECH targeted smart mechatronic systems; IMOCO4.E explicitly lists mechatronics as a top keyword alongside robotics and motion control.
IMOCO4.E (2021-2024) introduced AI, machine learning, digital twins, edge-to-cloud computing, and computer vision into their motion control work.
Predictive maintenance is listed among IMOCO4.E keywords, indicating expanding capability in data-driven asset health monitoring for industrial machinery.
How they've shifted over time
The first project (I-MECH, 2017-2020) left no recorded keywords, suggesting a contribution grounded in established engineering practice — likely EMC validation, hardware integration, or motion control platform testing — rather than new research concepts. The second project (IMOCO4.E, 2021-2024) marks a clear expansion: the entire keyword set appears here for the first time, covering AI, digital twins, machine learning, edge-to-cloud computing, computer vision, and secure communications. This indicates EMCMCC deliberately broadened their scope from core motion control hardware into software-intensive, data-driven intelligent systems over this period.
EMCMCC is moving toward intelligent, connected motion control — integrating AI, digital twins, and edge computing — which positions them for future consortia in autonomous industrial systems and smart manufacturing.
How they like to work
EMCMCC has never coordinated an H2020 project, participating exclusively as a consortium partner across both projects. They operate within large ECSEL-type consortia — programmes that routinely bring together 20-40 industrial and academic partners — which means they are accustomed to delivering focused specialist outputs within complex, multi-party governance structures. This profile indicates a reliable specialist partner who contributes bounded but technically precise expertise without seeking leadership roles.
Despite only two projects, EMCMCC has accumulated 58 unique consortium partners across 14 countries — a reflection of the large consortium sizes typical of ECSEL Joint Undertaking programs. Their network is broad geographically but concentrated within the European industrial electronics and automation ecosystem.
What sets them apart
Very few organizations combine deep EMC compliance expertise with active R&D participation in intelligent motion control — most EMC specialists operate as testing laboratories outside research consortia. EMCMCC's presence inside two consecutive H2020 motion control projects suggests they are trusted to contribute technically, not merely to certify outputs at the end. For a consortium building an Industry 4.0 motion control system that must eventually reach market, having an EMC-capable partner embedded from the start is a practical advantage that avoids costly late-stage compliance retrofitting.
Highlights from their portfolio
- I-MECHTheir largest H2020 grant (EUR 126,375) and the foundational project establishing their role in intelligent motion control platform development for smart mechatronic systems.
- IMOCO4.ERepresents a significant technical expansion — bringing AI, digital twins, edge-to-cloud, and predictive maintenance into their motion control portfolio under the Industry 4.0 framework.