Advanced Framing Techniques: Optimum Value Engineering (OVE)

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Advanced Framing: An Examination of its Practical Use in Residential Construction

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Advanced Wall Framing - Technology Fact Sheet

Office of Building Tech., State & Community Programs. Energy Efficiency & Renewable Energy. U.S. DOE

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Birchwood Farms Community in Dallas, Georgia

Progressive building practices have resulted in excellent energy performance. Homes use less than $1 of energy per day.

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Energy Efficient Building Association (EEBA)

10740 Lyndale Ave. S, Suite 10W

Bloomington MN 55420-5615

(952) 881-1098

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Ft. Leonard Wood, MO

This report focuses on progress from technical assistance activities being provided to a contractor building and revitalizing homes for military families at Ft. Leonard Wood, Missouri.

Ft. Leonard Wood MO

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Natural Resources Defense Council (NRDC)

Efficient Wood Use in Residential Construction: A Practical Guide to Saving Wood, Money, & Forests

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Save Thousands with Advanced Framing for Walls

"It takes one week on average to frame one of our houses, compared to a month, which is what it used to take."

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TechPractices: Baltimore Habitat for Humanity

This rehab project optimized HVAC performance and energy conservation through sustainable design, Optimum Value Engineered framing, engineered wood, high-efficiency furnaces, and ENERGY STAR® qualified appliances.

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TechPractices: Churchill Homes, HOPE VI

For this project, PATH assisted with the design and construction of energy- and resource- efficient townhouses and flats. PATH evaluated technologies, systems, and construction practices, including optimum value engineered framing, insulated headers at tops of windows and doors, insulated concrete forms, drywall clips and stops, pre-finished drywall corners, and humidity-sensing ventilation control systems.

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TechPractices: Habitat for Humanity

PATH worked with Habitat for Humanity to optimize the HVAC performance of this home, conserve energy through sustainable design, incorporate PATH technologies and other environmentally friendly building materials, and ensure energy- and resource-efficient construction practices.

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TechPractices: Healing House, BBH Enterprises, Dallas, TX

This house achieves its health and energy goals on a moderate budget by pairing an innovative mechanical and ventilation system with a novel floor plenum design.

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TechPractices: NEDCO, Field of Dreams, Eugene, OR

1996. Intelligent planning and zoning strategies, lease-to-own financing options, spare but effective building design, and insulating values higher than required by code

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TechPractices: Ryan Homes, The Cornell, Rochester, NY

As a test home in the Building America Program, the Cornell was monitored to evaluate the cost and performance benefits associated with the new technologies it incorporates.

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TechPractices: Takoma Village

Takoma Village Cohousing Project: PATH provided technical assistance throughout design, development, and construction; researched and selected green building materials and systems; performed energy analyses; and provided logistical support to the design team and owners' group representatives.

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TechPractices: The Grove at Patuxent Woods, Patuxent City, MD

1999. Four houses route their septic to a fifth lot, while two other houses shared a septic field.

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ToolBase TechSpecs

Advanced Framing Techniques (PDF)

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Western Wood Products Association

522 SW Fifth Avenue, Suite 500

Portland OR 97204-2122

(503) 224-3930

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Advanced Framing Techniques: Optimum Value Engineering (OVE)

Reduce lumber use and still maintain structural integrity