INSTITUTE FUR ENGINEERING DESING OF MECHATRONIC SYSTEMS UND MPLM EV

Their core work

EDMS is a Munich-based research centre specialising in the engineering design of mechatronic systems, with applied expertise in digitalising industrial processes — from factory automation and simulation-based modelling to supply chain optimisation. Their H2020 work places them at the intersection of electronics, embedded systems, and Industry 4.0 toolchains, contributing engineering methods that help production environments adopt digital workflows. In practice, this means translating theoretical digitalization concepts into concrete engineering design approaches applicable to real manufacturing systems. Their affiliation with large-scale EU Innovation Actions indicates they operate at applied, near-market readiness levels rather than purely academic research.

What they specialise in

How they've shifted over time

In their first H2020 project (2017–2020), EDMS worked across a broad spectrum of Industry 4.0 topics — smart production, supply chain management, digital factory, simulation, and big data — essentially applying digitalization across the full manufacturing stack. By 2019, their second project narrowed sharply to the meta-level: engineering the digitalisation process itself, providing structured tools and methods for how organisations design and implement digital transformation. This is a meaningful shift from "applying digital tools to factories" toward "building the engineering discipline that others use to do so" — suggesting EDMS is moving toward a methodology and tooling provider role rather than a pure implementation partner.

EDMS appears to be evolving from broad Industry 4.0 application work toward developing the engineering frameworks and toolsets that underpin digitalisation projects — a trajectory that could make them a valuable methodology partner in future Horizon Europe manufacturing or digital transition consortia.

How they like to work

EDMS has never led an H2020 project, always joining as a participant — consistent with a specialist institute that contributes deep domain expertise within larger consortia rather than driving programme direction. Both of their projects were very large Innovation Actions (Productive4.0 alone involved over 100 partners), meaning EDMS is comfortable operating as one expert node in complex, multi-actor programmes. This suggests a working style suited to organisations that want a focused technical contributor without consortium management overhead.

With 170 unique consortium partners across 22 countries from just two projects, EDMS has been exposed to an exceptionally broad European industrial and research network — primarily through Productive4.0, which was one of the largest digitalization programmes in H2020. Their network is pan-European with a likely concentration in German and Central European manufacturing ecosystems.

What sets them apart

EDMS occupies a specific niche that few purely academic institutions fill: the engineering design discipline applied to mechatronic and digital-physical systems, grounded in Munich's dense manufacturing and automotive technology cluster. Unlike a generic ICT lab, their mechatronics background means they understand the physical engineering constraints that digital tools must accommodate — a relevant differentiator when digitalisation projects fail because software solutions ignore hardware realities. For consortium builders, this makes them a credible bridge between electronics/ICT partners and mechanical engineering or production technology partners.

Highlights from their portfolio

• Productive4.0
  The largest of their two projects by far (€606K to EDMS alone), Productive4.0 was one of H2020's flagship digitalization programmes covering the full electronics-to-factory chain, and EDMS's participation placed them inside one of Europe's most prominent Industry 4.0 consortia.
• Arrowhead Tools
  Arrowhead Tools represents a conceptual step forward — rather than implementing digital solutions, this project built the engineering tools others use to design digitalisation, signalling EDMS's move toward a methodology and tooling contributor role.