POLSKO-JAPONSKA AKADEMIA TECHNIK KOMPUTEROWYCH

Their core work

The Polish-Japanese Academy of Information Technology (PJATK) is a Warsaw-based specialist university in computer science and IT, with an unusual founding partnership between Polish and Japanese academic institutions. Their H2020 research contributions span two distinct domains: social computing for independent living and, more recently, next-generation IoT infrastructure for industrial supply chains. In the iNGENIOUS project they contributed software and systems expertise to a large EU consortium exploring 5G, edge computing, mixed reality interfaces, and blockchain for supply chain applications. Their academic profile combines teaching-oriented IT research with applied participation in ambitious multi-partner EU technology programmes.

What they specialise in

How they've shifted over time

Their earliest H2020 project (DREAM, 2016-2019) was in the MSCA mobility scheme and focused on social participation and emotional wellbeing technology for people living independently — a human-centred, health-adjacent domain with no strong ICT infrastructure keywords. Their second project (iNGENIOUS, 2020-2023) marks a complete pivot toward industrial-grade digital infrastructure: 5G, supply chain IoT, blockchain, mixed reality, and neuromorphic sensors. Whether this reflects a genuine strategic shift or simply the projects available to them as a partner institution is unclear from just two data points, but the trajectory points firmly toward industrial digitalization.

PJATK appears to be moving toward advanced IoT infrastructure, supply chain digitalization, and immersive interface technologies — a direction aligned with EU industrial digital transition priorities, though their small project portfolio makes this trend provisional.

How they like to work

PJATK has participated exclusively as a consortium partner across both projects, never as a coordinator — a pattern consistent with a teaching-focused university contributing specific technical capacity to larger research initiatives led by others. Despite only two projects, they accumulated 28 unique partners across 13 countries, which reflects participation in large, internationally distributed consortia rather than small focused teams. This makes them an accessible, low-friction partner for consortia that need Central European academic representation or specialist IT software contributions.

28 unique consortium partners across 13 countries from just two projects — an unusually broad footprint for a small participation portfolio, driven by the international mobility structure of MSCA-RISE and the large-scale RIA format of iNGENIOUS. Their network spans Europe but includes no discernible geographic concentration beyond their Polish home base.

What sets them apart

PJATK is the only Polish-Japanese academic institution in the EU H2020 database, which gives it an unusual cultural and institutional bridge between Central European and Asia-Pacific academic networks — potentially valuable for consortia seeking non-standard international connections. Their combination of social computing experience and industrial IoT expertise, while built on a small project base, positions them as a versatile IT contributor capable of working across both human-centred and infrastructure-focused research problems. For project coordinators needing a Polish higher-education partner with applied computer science depth, PJATK is one of the few non-technical-university options in Warsaw with demonstrated EU project experience.

Highlights from their portfolio

• iNGENIOUS
  Their largest and most technically ambitious project, combining five distinct emerging technologies — 5G, IoT, blockchain, mixed reality, and neuromorphic sensors — within a single industrial supply chain application, and funded at the highest EC amount in their portfolio (EUR 242,962).
• DREAM
  Their first H2020 project and their only MSCA-RISE participation, demonstrating research mobility and engagement in digital health and social wellbeing — a domain entirely distinct from their later IoT work.