Open Circuits

Heriot Watt University Dubai

Project idea

Open Circuits is a revolving community centre designed to facilitate shared experiences and collaborative learning. The centre features dynamic and adaptable spaces that respond to the needs and preferences of its users, creating a vibrant and interactive environment. The walls of the space are designed to rotate and move, creating a fluid and dynamic environment that encourages exploration and experimentation.

Project description

The project concept revolves around the design's incorporation of ever-shifting walls, creating an enticing and exploratory atmosphere. The core principle of fluidity is exemplified through the revolving walls, seamlessly merging the interior and exterior spaces into a harmonious whole. Guided by sinuous lines, visitors are immersed in an environment that sparks creativity and fosters exchange. The flexibility of the furniture and equipment allows for effortless adaptation to cater to diverse activities, such as exhibitions and community events. The program focuses on collaborative learning, with workshops and adaptable spaces on the ground level, facilitating community bonding. Furthermore, the rotating walls align to face the qibla direction, providing additional space for adjacent prayer grounds for the congested mosque on Fridays.
Computer labs and classrooms are primarily placed on the first floor, encouraging focused engagement, away from activities on the ground floor.
Ultimately, the project aims to nurture a sense of unity and connection in Karama, providing an inclusive space for individuals of all backgrounds to learn, innovate, and share their experiences.

Technical information

The design of the structure will be supported by a robust steel frame, providing structural integrity and stability. The inherent strength and load-bearing capacity of the steel frame allow for wider spans. This enabled the design to incorporate large open areas with fewer visible columns, creating a sense of spaciousness and uninterrupted flow within the space.
Within this framework, a sophisticated mechanism will enable the rotation of walls. Each rotating wall will be anchored to a central structural column with industrial steel bearings, allowing for controlled and smooth movement driven by motors below the floor.