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DTSTART;TZID=America/New_York:20260806T110000
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SUMMARY:Mass Timber in Modern Schools + Bristol Agricultural High School Tour
DESCRIPTION:Regional In-Person Seminar + Tour (Dighton\, MA)\n\n\nThis course examines the growing use of mass timber in K-12 school design\, with a focus on the key drivers influencing its adoption\, including speed of construction\, sustainability\, cost-efficiency\, and code compliance. Attendees will gain insight into the national school construction market\, understand how International Building Code (IBC) provisions support the use of mass timber in Types III\, IV\, and V construction\, and compare costs and building configurations across material systems. Additional topics include fire performance and code allowances\, acoustic and durability considerations\, structural design strategies for long spans in gymnasiums and cafeterias\, as well as practical tips for space planning and integration. The session concludes with case studies illustrating the successful implementation of mass timber in school projects across the country. \nFollowing the presentation and lunch\, attendees will tour the Student Commons\, a 15\,656-square-foot expansion and renovation of the Bristol County Agricultural High School. This two-story mass timber building features a combination of glued-laminated timber beams and columns (glulam) and floor and roof panels (GLT)\, a hybrid lateral system consisting of steel braces and light-frame wood shear/bearing walls\, and wood I-joists. Designers utilized exposed mass timber to connect students to the local ecology and educate them on low-carbon alternatives to typical construction methods. Members of the project team will lead the tour\, sharing insights into the design\, engineering\, and construction process and answering attendees’ questions. \n  \nAgenda: \n10:30am – Registration Opens \n11:00am – Seminar \n12:00pm – Lunch \n12:30pm – Tour \n  \nCredits: Attendees can earn 1.0 AIA/CES HSW LU\, 1.0 PDH credit or 0.10 ICC credit for the seminar + 1.0 AIA/CES HSW LU\, 1.0 PDH credit or 0.10 ICC credit for the tour. \n  \nSpeaker: \n\n\n  \nPatrick Duffy\, PE | WoodWorks \nPatrick is a licensed Professional Engineer in Maine. He began his engineering career working on the design of light-frame and panelized light-frame wood construction on residential\, commercial\, and memory care facilities in New England and throughout the southeast. Most recently\, he has gained architecture and engineering design experience on government contracts for facilities across the northeast\, including projects in Rhode Island\, Pennsylvania\, New Hampshire\, and Maine. Patrick aims to share his passion for wood design with project teams and owners\, helping to bridge knowledge gaps and turn the desire to build with mass timber into a reality. He has a BS in Civil /Structural Engineering from Wentworth Institute of Technology in Boston\, MA\, and served six years in the US Army Reserves. \n\n\n  \nLocation: \nBristol County Agricultural High School \n135 Center S \nDighton\, MA 02715 \nStudent Commons \n  \nParking: \nParking is available on site \nMap & Directions \n  \nLearning Objectives: \n\nDescribe how current IBC code provisions allow for mass timber use in K-12 schools\, including allowable building heights\, areas\, and stories for Types III\, IV\, and V construction.\nIdentify key market drivers—such as speed of construction\, sustainability\, and aesthetics—that make mass timber an appealing choice for school design.\nCompare mass timber to steel and concrete systems in terms of cost\, construction schedule\, and performance\, using real-world case studies and structural strategies.\nUnderstand best practices for acoustics\, durability\, fire resistance\, and long-span structural solutions to meet the unique needs of K-12 learning environments.\n\n  \nFor questions or additional information\, please contact: \nLeeAnn Charpentier\, CMP | leeann.charpentier@woodworks.org | (301) 633-0330 \n  \nStudent Commons at Bristol County Agricultural High School\, HMFH Architects \nPhoto: Ed Wonsek Artworks
URL:https://www.woodworks.org/event/q3-26-bristol-school-tour-duffy/
LOCATION:Bristol County Agricultural High School\, 135 Center Street\, Student Commons\, Dighton\, MA\, 02715\, United States
CATEGORIES:In Person
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DTSTART;TZID=America/New_York:20260812T130000
DTEND;TZID=America/New_York:20260812T143000
DTSTAMP:20260729T204138Z
CREATED:20260709T202452Z
LAST-MODIFIED:20260729T204138Z
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SUMMARY:Moisture Control and Durability in Hybrid Light-Frame Panelized Roof Systems
DESCRIPTION:National Online Seminar\nHybrid light-frame panelized roof systems are widely used throughout the U.S. in large industrial warehouses and distribution centers for their economy\, constructability\, and repeatability—especially when paired with panelized construction. However\, long-term performance depends on a clear understanding of the complete roof assembly and its interaction with climate-specific moisture conditions. \nThis webinar provides a building science–based overview of hybrid light-frame panelized roof assemblies\, clarifying how and where moisture accumulation and condensation can occur\, and why long-term performance depends on enclosure design rather than material choice alone. Participants will examine detailing and control-layer strategies that support effective drying\, prevent mold growth\, and protect indoor environmental quality. Through real-world case studies\, the session offers actionable approaches that support code compliance\, occupant health\, and long-term durability across multiple climate zones. \n  \nCredits: Attendees can earn 1.5 AIA/CES HSW LU\, 1.5 PDH credit or 0.15 ICC credit \n  \nBonus content: Attendees are invited to stay on after the webinar for a non-accredited bonus session featuring WoodWorks Partner RedBuilt for a manufacturer Q&A. \n\n\nSpeakers:\n\n\n\n  \nColin Shane\, M.Eng.\, P.Eng. P.E.\, Principal\, Building Science Specialist\, Regional Director\, US West | RDH Building Science Inc. \nColin is a Professional Engineer in the United States and Canada and leads RDH’s team in the Western United States. Colin has a broad knowledge of building construction and applies building science principles to analyze and design durable\, energy-efficient building enclosures. He shares his experience by regularly speaking about topics related to building science and building enclosure engineering at events across the United States and contributes to industry organizations with the aim of making buildings better.  \n\n\n\n \nMark Curry\, Principal | Westcoast Roof Consulting \nMark Curry is Principal at Westcoast Roof Consulting\, a full-service roofing and waterproofing consulting firm with more than 200 years of combined industry experience. In his role\, Mark provides independent\, technically sound guidance to building owners\, property managers\, and developers across all phases of roofing and waterproofing projects. Known for delivering objective evaluations\, clear specifications\, and practical solutions that support informed decision-making and successful project outcomes.  \n  \nLearning Objectives: \n\nUnderstand the mechanisms of moisture transport (air leakage\, vapor diffusion\, and bulk water) in hybrid light-frame panelized roof assemblies and their impact on condensation risk and indoor environmental quality.\nDifferentiate material misconceptions from system-level causes of moisture failures\, demonstrating why trapped moisture is not a wood-specific issue.\nAssess regional climate considerations when designing hybrid panelized roof assemblies\, including vapor control\, insulation placement\, and drying potential in cold\, mixed\, hot-humid\, and marine climates.\nApply transferable design strategies that enable hybrid light-frame panelized roof systems to perform reliably across diverse U.S. regions\, supporting broader adoption beyond traditional West Coast markets.\n\n  \nOnline Attendees: \n\nWoodWorks will send each attendee a certificate of completion within 2 weeks via email.\nPlease note that to receive a certificate\, attendees must stay for the duration of the event.\n\n  \nFor questions or additional information\, please contact: \nMary Schramka | mary.schramka@woodworks.org | 708.204.9578 \n  \nImage: Panelized Structures
URL:https://www.woodworks.org/event/q3-26-moisture-in-hybrid-roof-systems-national/
CATEGORIES:Online
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DTSTART;TZID=America/Los_Angeles:20260813T120000
DTEND;TZID=America/Los_Angeles:20260813T130000
DTSTAMP:20260707T153914Z
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SUMMARY:Mid-Rise Design\, Optimizing Size\, Maximizing Value
DESCRIPTION:Regional Online Seminar (WA\, AK\, ID-North)\n\n\nAs cities seek increased density to address urban population growth\, many building designers and developers are looking to mid-rise wood construction as a cost-effective\, code-compliant and sustainable solution. This presentation will cover some of the design considerations associated with mid-rise wood-frame buildings\, including how to maximize height and area through the use of sprinklers\, open frontage\, sloping sites\, podiums and mezzanines. Construction types will be reviewed\, with an emphasis on opportunities for wood use in types III and V. \n  \nSpeaker: \n \nMichael Muller\, PE\, SE | WoodWorks \nMichael is a licensed engineer in California and Washington with more than a decade of experience working as a structural engineering consultant based in the Pacific Northwest. Over his career\, Michael has successfully managed many acclaimed projects in the residential\, retail\, hospitality\, and office market sectors. He brings a keen eye for efficiency in materials and construction and experience working internationally in parts of the world known for uniquely challenging seismic and other weather or nature-related extremes. Michael is committed to helping create a future world that fosters sustainable solutions. \n  \nCredits: Attendees can earn 1.0 AIA/CES LUs\, 1.0 PDH credits or 0.1 ICC credits \n  \nOnline Attendees: \n\nWoodWorks will send each attendee a certificate of completion within 2 weeks via email.\nPlease note that to receive a certificate\, attendees must stay for the duration of the event.\n\n  \nLearning Objectives: \n\nIn the context of a shift toward increased urban density\, learn how mid-rise\, wood-frame construction meets housing needs while contributing to vibrant and sustainable communities.\nDiscuss allowable construction types\, occupancies\, and building heights and areas for wood-frame mid-rise construction per the International Building Code.\nIdentify potential modifications to the IBC’s base tabular heights and areas based on code provisions for building frontage\, sprinklers\, sloping sites\, podiums and mezzanines.\nHighlight constructed buildings that were designed using these code provisions to maximize density.\n\n  \nFor questions or additional information\, please contact: \nJaime Krohn\, CMP | jaime@woodworks.org | (312) 841-8272 \n  \nImage: The Canyons\, Kaiser+Path\, Catena Consulting Engineers\, Photo Jeremy Bittermann
URL:https://www.woodworks.org/event/q3-26-mid-rise-size-value-muller-online/
CATEGORIES:Online
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