A remarkable example of adaptive reuse, this project revives a 1773 barn that had been dismantled and stored for over 40 years. Originally an agricultural structure, the barn featured an open timber frame lattice without partitions, designed solely for weather protection. The challenge was to transform this historic shell into a functional residence and meeting space while preserving its architectural essence. A three-story intervention of stacked wooden cubes was introduced within the timber structure, creating a sculptural presence that respects the original craftsmanship. The silver fir surfaces of these cubes contrast elegantly with the historic timber frame, while glass gates and bridges maintain the barn’s characteristic openness and visual connections to the picturesque lakefront setting.

To enhance usability while maintaining transparency, glazing was installed behind the upper-level latticework, allowing natural light to penetrate the interior without compromising the historic aesthetic. The original small openings in the ground-floor masonry were replaced with modern, larger openings that mark a deliberate contrast between old and new. The surrounding landscape was designed with natural materials to align with the rural environment, and an elongated outbuilding now houses technical spaces, storage, and carports. This thoughtful approach ensures that the barn retains its historical presence while seamlessly integrating contemporary functionality.

Sustainability played a key role in the renovation, incorporating passive design strategies to minimize energy consumption. Roof overhangs and external sun protection regulate heat gain, while natural ventilation cools the interior through strategically placed roof windows. Gypsum fiber boards integrated into the timber structure act as thermal mass, maintaining comfortable temperatures year-round. In winter, a controlled ventilation system with heat recovery supplies fresh air, and low-temperature panel heating provides efficient warmth. A pellet boiler supplies heat to the barn and other nearby buildings, reducing CO2 emissions through the use of renewable wood resources. This masterful blend of tradition and innovation results in a sustainable, contemporary dwelling that honors its rich history.

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