Gable Home Exterior
Projects

Gable Home

Our 2009 Solar Decathlon entry. Inspired by the traditional gable-roofed farmhouses and barns characteristic of the Midwest, exploring how familiar architectural forms could be paired with advanced building science.

Completed 20099.1 kW PV Array90% Lower Energy

A Midwestern Evolution

The Gable Home was our 2009 Solar Decathlon entry. Inspired by the traditional gable-roofed farmhouses and barns characteristic of the Midwest, the project explored how familiar architectural forms could be paired with advanced building science and solar technologies.

The design positioned high-performance housing not as a departure from regional identity, but as an evolution of it. By marrying an iconic aesthetic with cutting-edge efficiency, the project challenged conventional assumptions about sustainable living.

Reclaimed Materials & Form

The exterior incorporated reclaimed barn wood siding and a sliding wood screen system that enhanced passive solar control. This approach not only paid homage to regional vernacular architecture but also served a crucial functional role in regulating the home's thermal load.

Exterior Details / Reclaimed Wood Render (Coming Soon)
Systems Diagram / Structural Render (Coming Soon)

Advanced Building Science

A laminated bamboo structural frame, nearly 12 inches of high-performance insulation, and strategically positioned glazing significantly reduced heating and cooling loads.

A 9.1 kW photovoltaic array generated up to four times the home’s operational demand. Through the combined impact of envelope efficiency and on-site energy generation, the Gable Home achieved approximately 90% lower energy consumption than conventional residential construction.

Scale, Rigor & Impact

Developed by more than 200 students and collaborators, the project illustrated the scale and technical rigor of the Illinois Solar Decathlon program. It stands as a testament to what interdisciplinary teams can achieve when combining ambition with deep research.

The final result reinforced the viability of regionally grounded, performance-oriented design—proving that sustainable homes can deeply respect their local heritage.