Foreword
Competition organisers
Official Partners
Vale de Moses is a world-class yoga retreat located in the breathtaking, forested mountains of central Portugal. Originally a farm, the abandoned property was purchased by a British family during a year-long tour of Europe. Over the last five years, the farm’s stone cottages and terraced forest gardens were carefully restored, and the retreat now annually welcomes 500 guests from around the world, who visit Vale de Moses to reconnect with nature, practice yoga, eat nourishing vegetarian meals and take part in various meditation practices.
The Yoga House on a Cliff Competition was organized in tandem with the Vale de Moses landowners, seeking designs for a new hillside building overlooking the valley that would increase capacity for the number of yoga participants the retreat can accommodate. The project is organized as part of Bee Breeders Small Scale Architecture competition series and in partnership with ARCHHIVE BOOKS – winning projects will be featured in the second edition of their publication What is Small-Scale Architecture?
Given its natural setting and meditative purpose, the future yoga house is meant to inspire guests while connecting them with the surrounding mountains and forests. The competition brief requested that, in addition to a central yoga space, the house includes: storage space for mats and other yoga equipment; showers and toilets; a small kitchen area for teas and coffee. All grey water produced from bathrooms is to be used to irrigate the surrounding gardens. The new building must also produce its own energy.
The jury evaluated the received entries for their attention to the environment, and it selected winning submissions on the basis of architectural promise, cost-effectiveness, low maintenance level, and ability to protect inhabitants from the elements.
Bee Breeders collaborated with an excellent jury panel for this event, which included several Portugal-based designers, artists, architects and journalists: Joana Astolfi, an artist, architect, and designer who leads Studio Astolfi in Lisbon; Tiziano Borghini, a partner at GMAA–GM Architectes Associés, a team of thirty architects based in Geneva, Paris and Rhône-Alpes; Diogo Burnay, co-founding partner of Lisbon-based CVDB arquitectos and chief curator of the Lisbon Architecture Triennale 2022; Tiago Krusse, a professional journalist, manager of the K Innovative Diffuser – a digital media group that publishes Design Magazine, Design Magazine Brasil, and architectura MAGAZINE; Nuno Pimenta, who runs a transdisciplinary practice in Porto, with a portfolio that spans temporary architecture, installation, public art, exhibition design and performance; Martinho Pita, a creative with a studio based in Lisbon; and Cristina Verissimo, co-founding partner of Lisbon-based CVDB arquitectos and chief curator of the Lisbon Architecture Triennale 2022.
Bee Breeders, Vale de Moses, and the competition jury panel would like to thank each of the participants for their outstanding proposals.
Missed the registration deadline?
Enter the next Vale de Moses competition – Sleeping Pods on a Cliff (beebreeders.com/architecturecompetitions/sleepingpods)
+72 points Buildner University Rankings!
Jury feedback summary
Frame is an elegant, simple and rational proposal. The project organizes the program elements along a primary exterior vestibule on a rectangular floorplate. The organization is established by a strong grid, accentuated by a timber structure of deep but light wood joist frames. One of its outstanding design features is a modular set of floorboards that can be removed to reorganize the space and also store yoga equipment out of sight. According to the jury, “Within this rational grid the project has lots of flexibility and potential. The modular floor enables variations in plans and sections and makes the space responsive to spontaneous needs without losing its characteristics.” The submission is commended for its light and poetic approach and beautiful presentation. The jury would like to more completely understand the construction details and whether the open-air design can function adequately during cold winters.