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Campus Spoor Noord

BE

About

This brand-new campus for the Artesis Plantijn University College accommodates 3,500 students, who can make use of auditoriums, classrooms with specific content, PC rooms, a library, and cafeteria.

Challenge

The university college offers a wide range of courses, from healthcare and social work to education and human resources. This requires a specific utilisation for certain rooms, which may or may not require appropriate safety measures. All within a sustainable whole.

Solution

The technical design contains sufficient flexibility so that classrooms can be rearranged. Badge readers and CCTV provide the necessary security. High-performance, demand-controlled installations supplement passive measures such as free cooling and night cooling for a healthy learning environment.

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Client(s)

  • Artesis

Architect(s)

  • POLO Architects
  • Jaspers-Eyers Architects

Award(s)

  • 2016 European Property Award – Best Public Service Architecture

Location

Antwerp, Belgium

Timeline

2012

2015

Expertise Team(s)

  • Fire Safety Engineering

  • M&E Engineering

  • Sustainable Design

  • View more...

Design Solution(en)

  • Feasibility Study

  • Building Simulations

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Education antwerpen campusspoornoord 5 web

A brand new campus in the renewed Park Spoor Noord houses some 3,500 students.

Wim Meyns

director M&E engineering, VK architects+engineers

The Antwerp Artesis Plantijn University College has about 8,600 students and 1,500 employees. A brand new campus in the renewed Park Spoor Noord houses some 3,500 students. A total of 23,250 sq. m. on surface houses 9 auditoriums, 146 class rooms (57 of which for specific classes), 12 PC-rooms, a library and cafeteria. VK was in charge of the building services of this design by POLO Architects and Jaspers-Eyers.

The energy concept of the new campus proposes an E-level of E58 and a K-level of K28. Evidently, this entails advanced technologies, creating a sustainable and healthy study environment. Heating occurs through a combination of gas-driven heat pumps and condensing boilers. Cogeneration, low temperature heating and weather dependent adjusting ensure an optimal return. Demand driven ventilation and heat wheels considerably limit the energy production for electricity, heating and cooling. It also enables free-cooling. In addition, night cooling is applied.

Rainwater is used for flushing, maintenance and irrigation of the green roofs.

For lighting, efficient fittings and energy-efficient lamps significantly reduce the energy consumption, in combination with day light control and motion detection.

Badge readers on specific locations, CCTV-equipment and alarm systems also create a safe environment. In designing all these and other solutions, VK has kept flexibility in mind.

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