SciTransfer
Organization

SLOVENSKA TECHNICKA UNIVERZITA V BRATISLAVE

Slovak technical university specializing in GaN/SiC power semiconductors, pilot line manufacturing, nuclear engineering, and smart energy systems.

University research groupdigitalSK
H2020 projects
44
As coordinator
4
Total EC funding
€6.3M
Unique partners
843
What they do

Their core work

Slovak University of Technology in Bratislava (STUBA) is Slovakia's leading technical university, specializing in semiconductor materials, power electronics, and GaN (gallium nitride) device development for energy-efficient applications. They operate pilot lines and testing facilities for wide band-gap semiconductor components, contributing to Europe's power electronics manufacturing capacity. Beyond semiconductors, they maintain strong capabilities in nuclear engineering education, building physics, and smart city energy systems. Their work bridges fundamental materials science with industrial-scale manufacturing, particularly in the electronic components and systems (ECS) value chain.

Core expertise

What they specialise in

GaN and wide band-gap power semiconductorsprimary
8 projects

Central thread across PowerBase, OSIRIS, HiPERFORM, 5G_GaN2, UltimateGaN, REACTION, Power2Power, and R3-PowerUP — covering GaN packaging, SiC wafer pilot lines, and power electronics for 5G and electric mobility.

Semiconductor pilot lines and manufacturingprimary
5 projects

Active in pilot line projects including IoSense (sensor manufacturing), R3-PowerUP (300mm smart power), REACTION (SiC 8-inch wafer), and PowerBase (GaN pilot line).

Nuclear engineering and safetysecondary
3 projects

Coordinated ENEEP (nuclear education platform), participated in EURAD (radioactive waste management), with keywords spanning thermal hydraulics, neutronics, and small modular reactors.

Smart energy systems and positive energy districtssecondary
3 projects

Contributed to MAKING-CITY (positive energy districts), CONNECT (smart home appliances), and PROGRESSUS (energy management with microgrids and charging infrastructure).

Reliability and quality assurance for electronicssecondary
2 projects

Participated in iRel40 (Intelligent Reliability 4.0) and PROGRESSUS, focusing on physics of failure, robustness validation, and trustworthy electronic components.

3 projects

Involved in DiCoMI (directional composites and fibre reinforced polymers), FASTGRID (superconducting tapes), and INREP (indium-free transparent conductors).

Evolution & trajectory

How they've shifted over time

Early focus
Semiconductor materials and pilot lines
Recent focus
Power electronics applications and 5G

In 2015–2018, STUBA focused on foundational semiconductor materials (indium-free electrodes, GaN substrate development, SiC substrates) and sensor pilot lines, establishing their position in Europe's power electronics supply chain. From 2019 onward, their work shifted toward application-driven projects — 5G base station components, electric mobility power conversion, smart grid integration, and reliability engineering for deployed electronic systems. A parallel thread in nuclear safety and education emerged in the later period, with STUBA coordinating ENEEP and joining EURAD.

STUBA is moving from materials research toward system-level integration of power semiconductors for electrification, 5G infrastructure, and energy management — making them increasingly relevant for industry partners needing proven GaN/SiC components at scale.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European44 countries collaborated

STUBA overwhelmingly operates as a consortium partner (38 of 44 projects), contributing specialized technical expertise rather than leading large initiatives. Their 4 coordinator roles are in nationally-anchored projects (SlovakION, GuEst, ENEEP) or smaller research actions. With 843 unique partners across 44 countries, they are a highly connected node in European R&D networks, particularly within the ECSEL Joint Undertaking ecosystem for electronics and semiconductor manufacturing.

STUBA has collaborated with 843 unique partners across 44 countries, reflecting deep integration into pan-European semiconductor and electronics consortia. Their network is especially dense in Western European industrial hubs (Germany, France, Netherlands) through ECSEL Joint Undertaking projects.

Why partner with them

What sets them apart

STUBA is one of very few Central European universities with continuous participation in Europe's semiconductor pilot line ecosystem (ECSEL projects), giving them hands-on experience with GaN and SiC manufacturing processes that most universities only study theoretically. Their combination of power electronics, nuclear engineering, and smart energy expertise is unusual — a consortium builder looking for a partner that can bridge semiconductor device physics with energy system applications will find few alternatives in the Visegrad region. As a Slovak institution, they also offer access to Widening Participation funding instruments.

Notable projects

Highlights from their portfolio

  • ENEEP
    Largest coordinated project (EUR 387K) — STUBA led a European nuclear education platform, signaling institutional strength in nuclear engineering training.
  • UltimateGaN
    Flagship GaN research project covering vertical power devices, RF components for 5G, and smart grid applications — represents the convergence of STUBA's semiconductor expertise.
  • MAKING-CITY
    Large-scale smart city demonstration project (EUR 152K to STUBA) — shows their ability to contribute beyond lab-scale semiconductor work to urban energy transformation.
Cross-sector capabilities
Energy systems and smart gridsNuclear safety and waste managementAdvanced materials and compositesTransport electrification
Analysis note: Profile based on 30 of 44 projects (14 not shown). The semiconductor/power electronics thread is very clear and well-documented. Nuclear engineering appears as a secondary but growing line — confidence in this area is moderate as it rests on fewer projects. Some projects lack keywords, which may undercount expertise in building physics (papabuild) and biomonitoring (HBM4EU as third party).