Architectural rendering of the Hillside Prototype, with a broad weathering-steel roof shading a terrace overlooking Okanagan Lake.

Hillside Prototype

The Hillside Prototype began as a study of how to build on steep Okanagan slopes without first cutting a flat bench into them. Conventional hillside construction often starts by blasting, retaining and regrading the site. This study asks whether the house can adjust to the slope instead.

A narrow floor plate is carried on steel posts pinned to bedrock, reducing continuous concrete foundations and allowing drainage and vegetation to continue beneath the building. The roof drops toward the uphill side and projects outward to shade the west-facing openings and outdoor space.

Wildfire risk is treated as part of the same problem. A weathering steel shell protects the exterior, while openings are concentrated where daylight, views and access require them. These conditions recur on residential hillsides across the Okanagan, including Kelowna, where steep ground, drainage, wildfire exposure and long western views often coincide. The study tests how structure, shade and fire resistance can work together while leaving more of the hillside intact.

Architectural rendering of the Hillside Prototype carried on steel posts across a steep rocky Okanagan slope, with a weathering-steel exterior and sheltered space beneath.
Architectural rendering of the Hillside Prototype living and dining space, with a sloping wood ceiling, large west-facing windows and the hillside close to the uphill wall.
Architectural rendering of the Hillside Prototype living space opening across Okanagan Lake beneath the long sloping wood ceiling.
Architectural rendering of a Hillside Prototype bathroom, with a freestanding tub facing a large window onto exposed bedrock.
Study model of the Hillside Prototype showing the narrow house raised above a sloping site with a projecting terrace at one end.