Optimum value engineering (OVE) techniques are the practice of using advanced framing (2×6’s, 24-inch on center) in construction instead of the standard framing techniques (2×4’s, 16-inch on center). As with any introduction of a new concept to an industry accustomed to just one school of thought, OVE techniques have met with some opposition and criticism.

This article, “Advanced Wall Framing Techniques for a Greener Home” posted on Charles and Hudson, highlights the pros and cons of OVE construction, allowing you to reach your own conclusion as to its effectiveness. Some of the pros in support of optimum value engineering framing techniques include their energy efficiency and compliance with green building. They promote the use of less lumber, less labor to build, and the additional room for insulation in the walls allows for greater temperature control. Some of the drawbacks include higher design and engineering costs because of its uncommon use, along with difficulty in finding contractors skilled in and willing to use the techniques. If it requires too much additional time and effort for the contractor, you will be faced with a higher labor cost.

The intent of OVE techniques is to reduce the amount of lumber used throughout the whole project. By strategically removing all unnecessary lumber through special engineering, OVE encourages the conservation of our forests and natural resources. It just needs some time to gain wide-spread acceptance and implementation, and should then aide greatly in reducing construction waste.

If you are planning a renovation or building project, consider hiring an engineer familiar with OVE techniques to streamline your project and to save as many materials as possible. Explain the importance of applying these techniques to your contractor as well.

Photo credit: The Encyclopedia of Alternative Energy and Sustainable Living

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