Framing and Unit Layout Efficiencies in Multi-Story Wood Structures
Sub Title Goes Here
As architects design increasingly creative and complex commercial and multi-family light-frame wood buildings, thorough coordination among the design team is critical. This presentation will explore the importance of gravity and lateral force-resisting systems and thoughtful design decisions that enhance structural performance and construction feasibility. A case study of a multi-story light-frame wood project will illustrate key considerations in balancing architectural intent with efficiencies in framing and unit layouts to achieve aesthetically appealing, code compliant, cost-competitive projects.
Register- Location:
- Online
- Date/Time:
- April 9, 2025 | 1:00pm-2:00pm ET
- Credits:
- Attendees can earn 1.0 AIA/CES HSW LUs, 1.0 PDH credit or 0.10 ICC credit
Speakers
Thomas Holman, PE, SE | DCI Engineers
Thomas is a Principal at DCI Engineers and has been with the firm for over 17 years. Thomas grew up on a family farm in Idaho, where he worked on equipment and built various projects out of old cultivator parts. His father recognized Thomas’s knack for innovation, and with his encouragement, he pursued a career in engineering and earned a Bachelor of Science in Civil Engineering from Boise State University. After working in Spokane, WA, for 13 years, Thomas moved back “home” to open the DCI Cottonwood, Idaho office in 2020, where he has been blessed with large and small projects nationwide, delivering owners cost-effective designs.
Stefani Randall, AIA, NCARB | LSW Architects
Stefani is a Principal at LSW Architects, recognized for her ability to be highly strategic and bring order to complexity. She excels at transforming vision into actionable strategy, ensuring that every project stays focused and exceeds expectations. Her leadership has driven company-wide and project-specific process development, enhanced quality assurance, and fostered a strong collaborative design approach in managing mixed-use and multi-family light-frame wood projects.
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