Continuing Education for Architects: Value of Wood
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Resources for Designing and Building with Wood: Continuing Education for Architects
Using Wood to Meet Market Demands
Why build with wood? When it comes to building structures that are cost-effective, as well as safe, resilient and designed to improve the well-being of occupants, wood can play a role. Whether you’re interested in prefabricated buildings, multifamily or mixed-use developments, or cross-laminated timber, learn how to enhance your projects with wood.
We’re dedicated to helping architects and designers discover the power of using wood in new applications. Whether you’re interested in using wood in multifamily buildings, commercial structures, or mass timber framing, Think Wood has an extensive CEU library with AIA and GCBI accredited courses to support your needs and continuing education requirements.
Check out our continuing education for architects and see what piques your interest.
Check out our continuing education for architects and see what piques your interest.
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Mass Timber 2030: Preparing Your Practice
Interested in designing with mass timber, but unsure how to incorporate it into your toolbox? Hear from three AEC leaders—an architect, a developer, and an engineer—regarding their unique role in the project pipeline and their expertise with specifying mass timber and hybrid building systems. -
The Business Case for Building with Wood
Developers face tough challenges with reducing construction costs, securing tenants and differentiating properties in a crowded market. Learn five ways wood construction is helping meet market demands. -
Opportunities for Wood in Low-Rise Commercial Buildings
Learn more about the use of wood framing systems in low-rise commercial projects, including code implications, cost impacts and implications of multi-tenant occupancies. -
Designing Sustainable, Prefabricated Buildings
Learn how prefabricated wood components can help to solve many design and engineering challenges such as material and process efficiency, environmental performance and life safety. -
Designing for High Winds
Discover techniques for strengthening buildings against high wind forces by addressing fundamental interactions between wind loads and building material properties.