Iceland
Northern Lights
Rooms

Iceland has a landscape like no other place on earth. An arctic desert with active volcanoes and hot springs, one can also find mountains, lakes, glaciers, waterfalls, fjords, and a rich trove of unique flora and fauna adapted to extreme cold and wind. Equally complex, Iceland’s sky brings travelers from around the world to view the stars free of city lights, and to catch a glimpse of the aurora borealis - these northern lights caused by solar winds fill the night sky with varying shades of green, red, and blue, creating forms that change constantly in shade and shape.

This competition tasked participants with envisioning a concept for a guest house, where visitors can privately observe and directly engage with this unusual geographic setting. The chosen location adjacent to Mývatn lake, is a site of 9 hectares in the northeast region of Iceland. Near to the Krafla volcano and thermal pools, the lake was created by a basaltic lava eruption 2300 years ago; it is surrounded by wetlands that are also nesting ground for waterbirds, an important natural space monitored by the Mývatn Research Station since 1975.

Competition participants were asked to deliver design proposals for accommodations to house permanent hosts and up to 20 temporary guests. Submissions were asked to include host facilities in addition to a series of simply-designed single and double transportable guest room modules, with the capacity to sleep up to four, and a skylight through which to view the northern lights at night. In order to be relocated on site, these guest rooms are to moveable, without permanent foundations. Due to the delicate nature of the region no permanent construction is to take place within 200 metres of the lake. The brief also requested the inclusion of spaces to house a dining area, facilities to serve all users simultaneously, additional common spaces for group use, and a barn for 10 Icelandic horses which live outdoors year-round.

The jury was impressed by the quality and number of submissions. As with all Bee Breeders’ competitions, innovative proposals with thought-provoking design ideas were viewed favorably. Each of the winning proposals is lauded in particular for experimentation with a specific material, for its distinct interaction with the site and sky, for achieving a design that could be scalable, and for providing cost-effective solutions and construction methods in consideration of the extreme and natural environment. Bee Breeders would like to thank each participant for their participation.