NGI0-PET, NGI0-Discovery, and WAI-CooP all focus on inclusive internet technologies, accessibility directives, and open-source software quality.
STICHTING HOGESCHOOL VAN ARNHEM ENNIJMEGEN HAN
Dutch applied sciences university contributing to 5G transport, digital accessibility, and electronics reliability across European consortia.
Their core work
HAN University of Applied Sciences is a Dutch university of applied sciences based in Arnhem, focused on practice-oriented research that bridges academic knowledge with industry needs. Their H2020 portfolio reveals two distinct strengths: digital infrastructure work (web accessibility, open-source software quality, 5G-enabled transport) and applied reliability engineering for electronics and industrial systems. They contribute applied research expertise to large European consortia, translating complex technical challenges into practical, implementable solutions across sectors from food safety to autonomous transport.
What they specialise in
5G-Blueprint (their largest project at EUR 977K) and AEROFLEX both address next-generation connected and efficient road transport.
iRel40 focuses on intelligent reliability for chip-package-board systems, physics of failure, and robustness validation.
PROMISS addressed malnutrition prevention in elderly populations across the EU.
How they've shifted over time
In their earlier H2020 period (2016–2018), HAN focused on open internet values: privacy-enhancing technologies, software quality, accessibility standards, FOSS, and digital inclusion through the NGI Zero programme. From 2020 onward, their work shifted decisively toward industrial and infrastructure applications — electronics reliability (Quality 4.0, physics of failure), 5G-connected transport, and teleoperated logistics. This evolution suggests a move from software-centric digital rights work toward hardware reliability and smart mobility systems.
HAN is moving toward applied industrial digitalization — 5G connectivity, intelligent reliability, and connected transport — making them a strong partner for Industry 4.0 and smart mobility projects.
How they like to work
HAN has participated exclusively as a partner, never as a coordinator, across all 7 projects. They join large consortia — 178 unique partners across 22 countries indicates they consistently embed themselves in broad European collaborations rather than leading small focused teams. This makes them a reliable, low-friction consortium member who brings applied research capacity without competing for project leadership.
HAN has built a wide network of 178 unique consortium partners spread across 22 countries, indicating strong pan-European connectivity. Their network spans both academic and industrial partners, with no single geographic cluster dominating.
What sets them apart
As a university of applied sciences, HAN occupies a distinct niche between traditional research universities and industry R&D departments — they specialize in making research results practically usable. Their unusual combination of digital accessibility expertise and industrial reliability engineering means they can contribute to projects requiring both human-centered design and hard engineering validation. Few Dutch HES institutions have this breadth of EU project experience across both ICT and transport pillars.
Highlights from their portfolio
- 5G-BlueprintBy far their largest project (EUR 977K of EUR 1.6M total), focused on 5G-enabled teleoperated transport — signals a major strategic commitment to connected mobility.
- WAI-CooPWeb Accessibility Initiative work directly tied to EU regulatory frameworks (Web Accessibility Directive, European Accessibility Act), giving HAN policy-relevant expertise.
- iRel40Positions HAN in semiconductor and electronics reliability — an unusual capability for a university of applied sciences, with direct industry applicability.