London Festival of Architecture Chalkboard installation

Ramboll engineers have conceived the Fitzrovia Chalkboard for the Great Titchfield Street Festival as part of London Festival of Architecture 2013. One of a number of events planned for the month long festival, the inaugural street project will promote positive change in the area, transforming Great Titchfield Street – from Mortimer Street up to Langham and Foley Street – into a pedestrianised haven for the day.

Fitzrovia Chalkboard is a temporary installation that creates a single point of display for collective messages in the local community – a structure that is a massive writing surface for all to contribute.  It is inspired by how local, independent businesses rely on the traditional chalkboard as a means to advertise and mark their place on the street, in a time when technology offers many alternatives.  Fitzrovia Chalkboard is designed using such recent advances and the public are invited inside the structure to view its innovative construction.

Inspired by Ramboll’s recent Trada Pavillion, the structure comprises of 47 birch plywood panels joined together by steel hinges.  It is designed using the Tangent Plane Intersection (TPI) methods developed by Ramboll Computational Design to break down any double curved form into flat planar elements.  Exact cutting patterns for digital fabrication are then automatically generated from the TPI mesh.  All panels are numbered sequentially and this approach ensures that all panels fit together to create the form in a quick assembly process.

 

LFA_2_low res

http://www.londonfestivalofarchitecture.org/

Geode Radio 4 Listening Pod

RCD collaborated with Architects and light installation artists Cinemod on the design for the RIBA organised Radio 4 Listening Pod competition, a brief to create a portable and memorable looking recording studio.

Christened the Geode, the pod was inspired by natural mineral formation and by the TPI mesh surface techniques developed by us on the Trada Pavilion. The TPI mesh enabled the structure to be broken down into small, light and easily transportable plywood and acoustic foam components which could then be slotted together on site by hand. Our entry was not shortlisted but did us give a valuable opportunity to develop the planar intersection modelling techniques further, to build on our knowledge of digital fabrication and to explore new ideas with creative partners.