The KOCKA building, realized on the campus of Széchenyi István University in Győr, is a key element of the Science and Innovation Park development program. The aim of the project was to create a modern, highly flexible creative and technological hub that connects the university’s research capacities with corporate innovation.
The construction was carried out by WEST HUNGÁRIA BAU Ltd., including high-quality structural works, interior architecture, and mechanical engineering solutions.
WHB Construction Scope
- Creation of a modern and distinctive building structure
The iconic, clean cubic form of the KOCKA required highly precise structural construction.
Monolithic reinforced concrete “box structure” with large spans
Special steel reinforcements due to extensive glass surfaces
Vibration-free slab structures for research and technological spaces
High-precision load-bearing structure layout with a dense grid system
The structural concept was designed to ensure flexible interior use, allowing offices, workshops, and laboratories to be accommodated within the same framework.
- Modern facade system with large glass surfaces
One of the most striking features of the KOCKA is its clean, glass-dominant facade, implemented by WHB using thermally insulated curtain wall systems, hidden panel and aluminum cladding solutions, large custom glass panels, and UV- and heat-protective coatings.
The facade design supports an open, transparent, and innovation-driven spatial experience.
- Mechanical systems adapted to innovation functions
Due to its multifunctional use, the building’s mechanical systems are divided into multiple zones.
Heat pump-based heating and cooling system
High-efficiency air handling units with heat recovery
Separated ventilation systems for laboratory functions
Automatically controlled fresh air supply
Advanced noise and vibration reduction solutions
The system was designed for energy efficiency and long-term operation, aligned with the sustainability goals of the university campus.
- High-performance electrical and IT infrastructure
As a hub for research and startup activities, the KOCKA is equipped with a comprehensive digital and electrical infrastructure.
Full optical backbone network connection
High-bandwidth data communication system
Smart building management system
Modern LED lighting with zone-based control
Access control and security systems
The flexible internal cabling structure allows quick adaptation to different research, office, or startup configurations.
- Interior design with creative and multifunctional spaces
The full interior fit-out was delivered by WHB, focusing on open and contemporary environments.
Bright, open community spaces
Custom furniture and acoustic ceiling elements
Durable, modern surface finishes
Flexible meeting rooms with movable partitions
Startup zones and workshop spaces for project-based work
The interior design reflects a clean, technology-oriented aesthetic aligned with the broader innovation park.
- External connections and site development
WHB also implemented the surrounding infrastructure, including pedestrian connections to the Research and Development Center, paved surfaces and traffic routes, parking connections, landscaped green areas, and comprehensive stormwater drainage systems.
The KOCKA functions both visually and operationally as an integrated part of a larger innovation campus.
Special Construction Solutions
- High-precision installation of the glass cube facade
Due to the strict geometric requirements, facade elements required extremely tight tolerances, and WHB applied specialized lifting and installation techniques for the glass components.
- Flexible interior spaces for research and corporate innovation
The building was designed to function seamlessly as office space, laboratory or development environment, or educational and workshop facility without requiring structural modifications.
- Integrated smart systems connected to campus infrastructure
The building is fully compatible with the university’s network systems, campus-wide building management and IT systems, and renewable energy infrastructure.
Project Significance
The KOCKA is one of the first and most iconic buildings of the Innovation Park.
It connects university education with corporate innovation.
It provides space for research and development activities.
It offers a flexible and modern working environment for startups and engineering teams.
It strengthens Győr’s innovation and technological ecosystem.
Through WHB’s execution, Széchenyi István University has established a 21st-century innovation environment that is competitive on an international level.
