Adaptable Architecture: Meeting Dome by Kristoffer Tejlgaard & Benny Jepsen | Computational Design |
Canadian architects Kristoffer Tejlgaard and Benny Jepsen have slightly altered the mathematical elements of a geodesic dome to form a new modular pavilion.

By using different sized triangular frames with both spherical and perpendicular surfaces, a new lattice form was birthed from that of a traditional geodesic dome. The result is a method of construction that allows surfaces to be extruded, scaled, pushed and pulled while maintaining logic.
Through this altered composition, small niches and crevices opened. Steel footings connect the wooden frame, made of locally-sourced pine. Steel nodes were made to fit standard rafter sizes, making the whole design movable.
The façade's curved surfaces are covered with recycled wood panels, creating opaque faces. Perpendicular surfaces made of PVC film allow light to enter while opening views to the outside. The project was commissioned by BL (Denmark Public Housing) for the Peoples Meeting in Denmark.

Via Lauren Moss, Pepe Crespo