Rotterdam University of Applied Sciences Aan

Rotterdam University of Applied Sciences

Objective of this project

A sustainable school building that is also energy neutral, flexible and circular. Due to the transparent plinth, which houses the media library, the incubator zone with business lobby and a grand café, this will soon become the lively heart of the campus. The design focuses on the themes of 'openness' and 'connection'.

Rotterdam
Rotterdam Business School University of Applied Sciences
Paul de Ruiter Architects
35.000 m2

An inspiring and sustainable education environment

After a European tender procedure, Valstar Simonis, together with DGMR, has been awarded the contract for the component 'Advisor Installations, Building Physics and Fire Safety'. Paul de Ruiter Architects has been selected for the architectural design. It is a beautiful new building at the Kralingse Zoom location, adjacent to Erasmus University Rotterdam. The client is the Hogeschool Rotterdam Business School.

All economic and business courses of the Rotterdam University of Applied Sciences will be housed in the new multifunctional education building. The building connects to the existing educational complex that will soon cover a total area of ​​35.000 m2 and where more than 10.000 students can enjoy an inspiring and sustainable educational environment. As intensive users of the future building, these students were able to contribute ideas about what their new school should look like; In workshops, students of the university of applied sciences were able to explain their vision of the ideal educational environment.

The new building is expected to be ready for use by the students in 2023.

Durable and healthy

The complex will be designed to at least the Breeam Excellent sustainability level, with the aim of creating a healthy indoor climate in a very energy-efficient manner; for example, triple glazing is used. There is also a lot of attention for plenty of fresh air, pleasant room acoustics and well-controlled temperature conditions that are regularly monitored. Daylight can enter through the atrium roof and the glass facade in a controlled manner. On the roof of the fifth floor is a green roof with plants for birds and butterflies.
Read more about sustainable learning environments this article.

More about this project in this video:

Photos / Images: Paul de Ruiter Architects / Valstar Simonis
Video: MVL Media Group

The complex will be designed to at least the Breeam Excellent sustainability level, with the aim of creating a healthy indoor climate in a very energy-efficient manner; for example, triple glazing is used. There is also a lot of attention for plenty of fresh air, pleasant room acoustics and well-controlled temperature conditions that are regularly monitored. Daylight can enter through the atrium roof and the glass facade in a controlled manner. On the roof of the fifth floor is a green roof with plants for birds and butterflies.
Read more about sustainable learning environments this article.

More about this project in this video:

Photos / Images: Paul de Ruiter Architects / Valstar Simonis
Video: MVL Media Group

THE PROJECT IN IMAGE