DGNB project UZ Gent UPSIE

STRABAG Belgium is responsible for the structural works of a new UZ Gent facility that will accommodate radiotherapy, emergency psychiatry (UPSIE), and energy management functions.
  • Rendered image of the new radiotherapy park, energy facility and UPSIE building of UZ Gent.nt. © VK architects+engineers
    Rendered image of the new radiotherapy park, energy facility and UPSIE building of UZ Gent.nt. © VK architects+engineers

The UPSIE project is part of Project U, a master plan of UZ Gent to transform the university hospital campus over the next decade. It focuses on sustainability through:

  • Efficient use of materials through the application of high‑density concrete
  • Integration of infrastructure for energy management
  • Use of modular elements, including prefabricated concrete, steel structures, and in‑situ cast concrete

In addition, the project also targets the DGNB Sustainable Construction Sites certificate. This certification acknowledges the sustainability performance across the entire construction process, from planning through to delivery, with a strong focus on site organisation, communication, health and safety, resource stewardship and execution quality.

This project is being delivered in collaboration with the engineering consultancy and architectural firm VK architects+engineers.

Features

  • Building plot
    6.750 m²
  • Built-up area
    6.400 m²
  • Gross floor area
    12.400 m²
  • Above ground
    3 storeys
  • Underground
    1,5 storeys

Construction period

  • Entire project
    03-2025 to 07-2026
  • Structural works
    03-2025 to 04-2026
  • Façade
    01-2026 to 07-2026

Site regulations

Working hours on site are:

  • Monday to Friday
    6:30 a.m. to 7 p.m.

Selected measures in the project UZ Gent UPSIE

  • 5S method
    The project follows the 5S methodology, focusing on Sort, Set in order, Shine, Standardise, and Sustain to ensure efficiency and organisation on site..
  • Prefabrication
    The project is composed of various modular construction systems. It combines, among others, prefabricated concrete, steel structures, and sections of in‑situ cast concrete using system formwork. This approach allows customised elements to be delivered directly to the site, reducing on‑site waste generation.
  • Logistics
    A detailed logistics plan has been developed, including clearly defined access routes to the site. Loading and unloading zones are marked near the tower crane, and transport operators receive clear instructions on where to report. Deliveries are scheduled at specific times, following a Just-In-Time approach.