Wood Harris House combines mid century modern architecture with sustainable materials to create a serene, family friendly residence. Located in a quiet residential enclave, the home emphasizes natural light, efficient layout, and a strong connection to the surrounding landscape.
Designed by a renowned regional studio, this project balances refined aesthetics with practical everyday functionality. From curated material selections to measured energy performance, Wood Harris House demonstrates how considered design can support both comfort and environmental responsibility.
| Attribute | Specification | Benefit | Reference Standard |
|---|---|---|---|
| Primary Construction | Cross laminated timber and steel frame | High strength with low embodied carbon | ANSI / ISO certified suppliers |
| Envelope Performance | U值 0.12, air changes 0.6 per hour | Enhanced thermal comfort and energy efficiency | ASHRAE 90.1 baseline |
| Floor Area | 285 m² (3,068 ft²) | Spacious yet efficient zoning | Measured per BOMA standards |
| Site Integration | Native planting, permeable paving, south orientation | Reduced runoff, passive solar gain | LEED Gold target |
| Smart Systems | Integrated HVAC control, energy monitoring, security | Optimized operations, lower Opex | ISO 50001 framework |
Sustainable Material Strategy
Wood Harris House prioritizes responsibly sourced timber, recycled steel, and low VOC finishes to minimize environmental impact. The design team evaluated lifecycle impacts to select materials that balance durability, aesthetics, and carbon reduction.
By combining CLT panels with high performance insulation, the structure achieves superior thermal mass while maintaining a warm, tactile interior environment. Every material choice aligns with stringent indoor air quality and long term maintenance objectives.
Design Philosophy and Spatial Experience
The floor plan emphasizes fluid movement between public and private zones, with generous sightlines that enhance natural ventilation. Deep overhangs and carefully placed openings frame views while controlling solar exposure throughout the year.
Acoustic separation, built in storage, and adaptable room configurations make the house suitable for evolving household needs. The architects focused on creating a sense of calm through restrained detailing, consistent sightlines, and connection to outdoor gardens.
Performance and Efficiency
Mechanical systems in Wood Harris House are sized for low load, enabled by high insulation levels and airtight construction. A heat recovery ventilator maintains fresh air with minimal energy penalty, supporting year round comfort.
Measured utility data indicate significant reductions in heating and cooling demand compared to regional benchmarks. The integration of renewable energy further offsets operational carbon, reinforcing the project’s long term efficiency profile.
Site Planning and Landscape Integration
The site layout preserves existing trees and uses native plantings to reduce irrigation and maintenance. Permeable paving, rain gardens, and a carefully graded slope manage stormwater on site while enhancing biodiversity.
Outdoor terraces and landscaped courtyards extend living space, blurring the boundary between interior and exterior. Daylight exposure and shading strategies are optimized for primary living areas and secondary rooms alike.
Key Takeaways and Recommendations
- Prioritize CLT construction for lower embodied carbon and faster assembly.
- Specify envelope U值 below 0.15 to maximize thermal comfort and efficiency.
- Integrate renewable energy and smart controls to reduce operational costs.
- Use native, low irrigation landscaping to support biodiversity and reduce maintenance.
- Design adaptable layouts that accommodate changing household needs over time.
FAQ
Reader questions
How does the timber frame construction affect long term durability and maintenance?
The hybrid timber and steel system is detailed for moisture control and ventilation, minimizing shrinkage and movement. Factory finished components and robust weather barriers reduce on site maintenance while extending the service life of the structure. The design targeted a 40 percent reduction in annual energy use against local code, with verified air tightness and controlled thermal bridging. On site monitoring will track actual consumption and confirm compliance with sustainability certifications. Yes, the open plan and modular partitions allow flexible reconfiguration. Core services are strategically located to support independent suites, while accessibility details ensure usability across different household compositions. Native planting, shade trees, and micro climate strategies reduce cooling demand and irrigation load. Seasonal planting plans and layered vegetation provide passive screening, daylight modulation, and habitat value within the site.