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TIMBER ARCHITECTURE DESIGN FACULTY DEVELOPMENT WORKSHOP
UMass Amherst, MA
June 26 -28, 2023Applications must be received by May 26, 2023
About
We welcome Tenure-track faculty at accredited Architecture schools throughout the US to apply for an intensive 3-day workshop geared towards equipping faculty interested in teaching Mass Timber design.
Workshop will be led by Tom S. Chung FAIA, Principal Leers Weinzapfel Associates and Professor of Practice in Architecture at Auburn University, recipient of the inaugural ACSA Timber Education Prize in 2022 and Dr. Peggi Clouston, Professor of Wood Mechanics and Timber Engineering at UMass Amherst.
With the goal of equipping you with a holistic understanding of Mass Timber design in academia, design profession and wood industry, the workshop will include lectures, discussions and hands on participation in timber education, design and research along with travel throughout the region visiting industry and professional partners critical to the Mass Timber development: Sustainable Forestry and Harvesting, Lumber production, CLT fabrication and processing, leading architect, engineer and developer team, construction site and built precedents visits.
The workshop is all-inclusive for participants. Travel expenses, lodging and meals are funded through a generous sponsorship from the Softwood Lumber Board. This opportunity is only for architecture faculty in accredited programs in US universities. Preference will be given to junior faculty that show keen interest, commitment as well as support from their respective school heads to incorporate the knowledge gain through the workshop into their own courses in Mass Timber design.
Schedule
Join us for 3 days in Amherst, MA and travel throughout the New England region.
Workshop dates have been confirmed. Order of events subject to adjustment.
Sunday, June 25
Arrive at Boston Logan International Airport (BOS) or Hartford Bradley International Airport (BDL) for those arriving by air to be picked up by Van for drive to UMass Amherst (2 hr drive from Boston, 1.5 hr drive from Hartford)
Arrive at UMass Amherst and Check-in at UMass Amherst Hotel
Monday, June 26: 9am–6pm
Locations: John W. Olver Design Building
8:00 am: Welcome and Introductions (Breakfast Available)
Sponsor Welcome remarks – Reed Kelterborn/ Simon Hyoun, SLB
Venue Host Welcome remarks – Caryn Brause FAIA, Associate Professor, Department of Architecture, UMass Amherst
Workshop Introductions – Tom S. Chung FAIA and Dr. Peggi Clouston
9:00 am: Session 1: (2hrs) Essentials of Mass Timber Architecture, Tom S. Chung
History, key concepts-sustainability, prefabrication/construction, biophilia, key precedents and architectural strategies, possibilities for academic design explorations and professional practice applications
11:00 am: Break
12:00 pm: Lunch
1:00 pm: Tour of Olver Design Building, Department of Architecture Faculty
2:00 pm: Session 2: (2 hrs) Wood Basics, Peggi Clouston and Alex Schreyer
Basics of wood understanding and its cellular structure and implications in engineering, wood structural engineering basics and advanced applications, wood testing and research
4:00 pm: Break
4:30 pm: Session 3: Case Study: Olver Design Building, Tom Chung, Alex Schreyer, Peggi Clouston
Design concept, structure and architecture integration and iterative design process, pre-construction and design assist, procurement and constructability, construction logistics, stage by stage review of construction and discussion of advantages along with lessons learned.
6:00 pm: Dinner
Tuesday, June 27: 9am–6pm
Locations: John W. Olver Design Building & Travel to New Haven
Morning: at Olver Design Building
8:00 am: Breakfast
9:00 am: Session 4: (1 hr) Wood Research and Testing Demonstration, Peggi Clouston
10:00 am: Break
10:30 am: Session 5: (1.5 hrs) Case Study_Adohi Hall Student Residences, Tom Chung & Ashley Rao
Based on Adohi Hall case study: supplemental information on design concept, structure and architecture integration and iterative design process, pre-construction and design assist, procurement and constructability, construction logistics, stage by stage review of construction and discussion of advantages along with lessons learned.
Afternoon: Building Precedents and Construction Tours, New Haven, CT
12:00 pm: Depart for New Haven (brown bag lunch provided)
1:30 pm - 5:30pm: Gray Organschi Architecture, Housing Development under construction – Spiritos Properties
5:30 pm: Dinner, New Haven
6:30pm: Depart for Amherst
8:00 pm: Arrive back at UMass Amherst Hotel
Wednesday, June 28: 7am–5pm
Travel to Central MA & New Hampshire
7:00 am: Check Out and Depart
8:00 am: Sustainable Forestry/ Forest Walk, New England Forestry Foundation (NEFF)
9:30 am: Timber Harvesting tour w/ NEFF affiliate
12:00 pm: Lunch, Keene, NH
1:00 pm: Bensonwood Robot Drive, Design Assist and Prefabrication Assembly Plant tour, Walpole & Keene, NH
4:00 pm: Saw Mill Tour, Durgin and Cromwell
5:00 pm: END Workshop, Attendees depart (transportation available to Boston or Hartford)
Speakers
Main Speakers
Tom S. Chung is a principal at Leers Weinzapfel Associates, recipient of the AIA Firm Award. Tom creates a nourishing public realm by pioneering sustainable Mass Timber Architecture, celebrating material and craft, and sharing his knowledge with current and future generation of architects. Tom’s architecture is welcoming, transparent, and sustainable, reflecting our values of diversity, democracy, and care for our environment.
Tom is a national leader in the practice and education of Mass Timber Design. His projects at the University of Massachusetts Amherst and the University of Arkansas are pioneering works of Mass Timber architecture and sustainability in the US, making accessible to the public, aesthetic and experiential beauty of this new/old material. Tom has been invited to speak on this emerging subject at conferences, seminars and workshops world-wide including Canada, Central and South America, South Korea, and throughout the United States. As Professor of Practice at Auburn University, Tom focuses on Mass Timber research and education, and serves on the Board of WoodWorks.
As a Korean born, naturalized American who was raised to value education and its opportunities for success, Tom is deeply committed to giving back through teaching and service. Through design studios at various universities in the US, Tom has shared his design passion and built work experience with the next generation of architects. Tom currently serves on the Dean’s Advisory Board at his alma mater, University of Virginia. Through his involvement as a board member at Boston By Foot, an educational non-profit organization, Tom promotes the rich history and architecture of the city he calls home. Through his pro-bono work at Eliot Congregational Church in Roxbury, MA and Steps Academy in Tanzania, Africa, he serves organizations that reach out to better built environments in under privileged communities at home and abroad.
More information about Tom can be found in his BSA Profile interview here
Dr. Clouston has been working in the field of timber engineering for over 30 years. Author of over than 80 publications, she conducts research on the structural behavior and efficient use of advanced bio-based (wood, grass, and straw) composite materials. Current research topics include CLT panels from low-value eastern species, timber-concrete composite floor systems, and laminated veneer bamboo connections. She teaches courses in structural timber design, bio-based composites and material mechanics/tectonics to architects, engineers, and building technologists.
Dr. Clouston is a registered professional engineer (EGBC) and serves as Associate Editor of the ASCE Journal of Materials in Civil Engineering. In 2016, she led the design, engineering, and construction of a large student design/build project that culminated in the construction of a Massive Timber Dome (30ft x 30ft) on the plaza of the UMass Fine Arts Center.
Mr. Schreyer is Program Director and Senior Lecturer in the Building and Construction Technology (BCT) program at the University of Massachusetts (UMass) in Amherst, MA. He teaches courses in BIM (Building Information Modeling) and CAD (Computer-Aided Design), building materials and construction methods, wood properties as well as a capstone graduate structural design class in the M.Arch. architecture program.
Combining backgrounds in structural engineering, wood science and digital design, Mr. Schreyer’s interests span the entire range of planning, design, and execution of buildings and structures. He specializes in the design and construction of mainly heavy-timber type (e.g. glulam) structural systems. This is complemented by a strong interest in technology applications and web-based solutions in structural engineering, construction, and architecture.
In his research, Mr. Schreyer focuses on the behavior of wood-based structural systems with a particular interest in innovative connection systems for wooden structures. Other foci are development of software-based approaches in digital design and structural optimization as well as interactive web-based tools.
Mr. Schreyer is the author of “Architectural Design with SketchUp”, which provides a beginner- to intermediate-level overview of various techniques to “do more” with the popular 3D modeling application Trimble SketchUp. He is also co-author on the widely used reference textbook “Fundamentals of Residential Construction”, which provides a complete overview of materials and methods used in single- and multi-family residential construction. Both books are published by John Wiley & Sons.
Hosted By: Department of Architecture and Building and Construction Technology Program, University of Massachusetts Amherst
Venue Host
Caryn Brause FAIA received her M.Arch degree at the University of Virginia and her B.A. from the University of Pennsylvania. In addition to teaching, Brause is the principal of SITELAB Architecture + Design. Her award-winning socially engaged design work has had broad impact in the region by addressing issues such as food insecurity, building material reuse, and youth empowerment.
Through her many activities, Brause connects the academy and the profession, and she works to translate research into practice domains. Her current research projects examine the relationship between higher education built environments and student learning and development. She is author of The Designer's Field Guide to Collaboration (First Prize, 2017 BTES Book Award). Her applied professional practice course, Voices from the Field: From Design Concept to Reality, was recognized with a 2016 AIA/ACSA Practice + Leadership Award and a 2013 NCARB Award for the Integration of Practice and Education. Professor Brause’s leadership and service to the discipline include co-founding and serving as inaugural Design Editor for the journal of Technology | Architecture + Design, service on the AIA Higher Education Advisory Team (HEAT) and the National Council of Architectural Registration Boards (NCARB) Education and Awards Committees, as well as on the Board of Directors for the Western Mass AIA chapter.
Guest Speakers
Alan Organschi is a principal and partner at Gray Organschi Architecture, an architectural practice in New Haven, Connecticut recognized internationally for its integration of design, construction, and environmental research. He is also the founder of the fabrication workshop and construction management firm JIG Design Build which in 2018 created the Ecological Living Module, a fully self-sustaining micro house for the United Nations Environment Program.
In April 2021, Mr. Organschi was appointed Director of the Innovation Lab at the Bauhaus der Erde (Earth Bauhaus – www.bauhausdererde.org) a global interdisciplinary initiative that seeks to transform the building sector from a major source of anthropogenic environmental and social impact into a regenerative and ecologically sensitive means to meet the housing and infrastructural needs of an urbanizing global population. In that capacity, he will direct the development of the Lab, its experimental projects, public programs, and trans-sectoral collaborations with global partners.
Mr. Organschi continues as a Senior member of the faculty at the Yale School of Architecture where he has taught architectural design and building technology for two decades. During the 2019 and 2020 academic years, he also served as the Portman Critic at the Georgia Institute of Technology School of Architecture. The findings of the research and design work of the studios he conducted were published in the two-volume collection entitled Technosphere/Biosphere.
His ongoing research project, the Timber City Initiative (www.timbercity.org), examines the application of emerging structural wood fiber technologies to the construction of global cities. Timber City has been awarded grants from the Hines Fund for Advanced Sustainability Research in Architecture, the US Forest Service Wood Innovation Grant program and the SITRA Finland innovation Fund for the Circular Economy. Mr. Organschi has written and lectured extensively on the carbon storage benefits of biogenic material substitution in urban building and is a co-author of the upcoming book Carbon: A Field Manual For Building Designers and the scientific paper “Buildings as a Global Carbon Sink” published in the journal Nature Sustainability in January 2020. That same year, the paper received the Aquila Capital Transformation Award which honors scientific research that contributes to the decarbonization of Europe.
Andy Ruff is the Research Director at Gray Organschi Architecture and the Timber City Research Initiative, where he focuses on developing a comprehensive approach for incorporating timber construction into cities, an approach which simultaneously addresses regional material flows, economies of carbon generation and sequestration, the development of new industrial processes, and the complex spatial, architectural, legal, and logistical challenges of constructing timber buildings in dense urban centers. He previously held appointments as Critic at the Yale School of Architecture, Visiting Assistant Professor at Wesleyan University, and Lecturer at the Georgia Institute of Technology, and served as part of the guest faculty at the Roger Williams School of Architecture, Art, and Historic Preservation, where he led design research into the applications of mass timber assemblies in mid-rise building applications.
In addition to his professional degree in Architecture from the University of Tennessee, Andy holds a Master of Environmental Design from the Yale School of Architecture and has lectured and published on the subject of mass timber buildings in the global carbon economy.
Chris Carbone, PE, MS, Preconstruction Engineer, graduated from Dartmouth’s Thayer School of Engineering in 1999 and MIT’s School of Architecture in 2003 with a master’s degree in building technology. As one of the few timber-focused professional engineers in the USA, he began his career with Bensonwood, where he collaborated with prestigious architects such as Lake Flato, Kieran Timberlake, Gray Organschi, and SOM. He was responsible for the successful design and delivery of hundreds of projects. During his tenure, Chris championed the development of innovative wood-based panelized construction systems, integrating glulam, Cross-Laminated Timber, and other mass timber elements into several award-winning products and projects.
His passion for carbon sequestering construction systems at scale led him to join Nordic Structures in 2020, where he focuses on engineering efficient structural grids for Mass Timber buildings and designing frames and connections optimized for the natural properties of the materials. He enjoys working to help clients, designers and construction managers understand how to successfully plan and execute their Mass Timber projects. Chris’ purposeful approach focuses on solving problems, be it at the detail level of a structural connection, the systems level of a building’s envelope design, or the project level – developing the team and the players for a successful resolution.
Jean-Marc is the Director of Business Development for Nordic Structures, the building systems division of Canadian lumber manufacturer Chantiers Chibougamau. His career spans 44 years in the building products industry with regional, national and international corporations, focusing on value-added, engineered wood and Mass Timber products. Jean-Marc's penchant for delivering customer solutions through value engineering and process optimization led him to join the structures division of Nordic Structures, collaborating with clients, architects, engineers, designers and builders to provide sustainable built Mass Timber solutions across North America.
Jean-Marc is a passionate advocate for sustainability, serving on a number of industry councils; he is a founding member of Timber Edge, an advocacy group dedicated to increasing urban Mass Timber utilization, a board member of the International Mass Timber Alliance, and also serves on the American Wood Council’s Green Building Committee and APA: the Engineered Wood Association’s MAC Committee. He has been a keynote speaker at Holzbau and Woodrise Congress, and a guest lecturer at universities as well as architectural, engineering, and sustainability conferences across North America, Scandinavia and Japan.
Hans leads daily operations at Bensonwood and oversees the company’s research and development of improved systems and products for the construction industry. As a member and coordinator of the collaborative “Open-Prototype Initiative,” he participated in a number of innovative projects including the Net-Zero, LEED Platinum, Unity House and BrightBuilt Barn, as well as the renowned Loblolly house.
Jeff Spiritos is the principal of Spiritos Properties LLC, a commercial and residential developer that builds mass timber projects in New York and the Northeast. Spiritos worked for 25 years with Hines before starting his firm in 2004 and for the past nine years has turned to build only with mass timber structural systems. Current projects include Acme Timber Lofts, an 18-unit rental apartment vertical extension project, 340+ Dixwell, a 69-unit affordable housing project, both underway in construction in New Haven, CT and 79 King Street, a 70-unit 55+ rental apartment project in Northampton, Mass, currently in design. Both the New Haven projects were fortunate to have been selected for US Forest Service Wood Innovation Grants. Spiritos has a BSCE from Duke University and an MBA from the University of Michigan and is currently the chair of the CTBUH Tall Timber and Steel-Timber Hybrid Committees.
Jennifer leads NEFF’s work to develop the forest-based bioeconomy in New England—promoting wood-based materials as a lower carbon, ecologically sound alternative material sourced from climate-beneficial forestry practices. She advances this work through science, program implementation, outreach and strategic partnerships along the forest products supply chain. Before joining NEFF in fall 2019, she was an Applied Forest Scientist at Manomet working with large landowners to reduce climate-related risk in North American forests. Prior to that, she was a Project Manager at INRS, LLC, working on wood energy, resource sustainability, and landowner outreach. Jennifer has a B.S. in Biology from Saint Michael’s College and dual master’s degrees in Forestry and Environmental Management from Duke’s Nicholas School of the Environment. She is also a Certified Forester.
Venues
John W. Olver Design Building, Amherst, MA
Designed by Leers Weinzapfel Associates, the Olver Design Building (completed in 2017) is home to UMass Amherst’s Departments of Architecture, Building and Construction Technology, and Landscape Architecture and Regional Planning. It is a hub for studio courses in Architecture and Landscape Architecture and research laboratories in Building and Construction Technology. Designed as “a building that teaches,” the Design Building features innovative sustainable mechanical and structural systems and an intensive green roof courtyard, all on full display. This LEED Gold-rated is recognized widely for its design and sustainability, receiving the AIA National Honor Award (2023), AIA National Education Design Award (2022) and AIA COTE Top Ten Award (2021).
Wood Testing Laboratory, Amherst, MA
Located in the Olver Design Building, BCT’s Wood Testing Laboratory is an active laboratory for cutting edge wood research and testing. Equipped with a strong floor, overhead crane and a climate chamber, it allows for Dr. Clouston and her team to test an array of ongoing research topics related to structural properties and durability of wood and wood composite materials. It is connected to an exterior work yard and storage and is part of a series of active learning spaces in the building, including the digital fabrication lab, wood shop and landscape technologies lab.
Gray Organschi Architecture, New Haven, CT
A leading architecture firm in teaching, research and practice of timber design and sustainability, with an in-house fabrication shop, our visit will provide critical insight into potential of mass timber for creative and highly relevant solutions for mass timber in urban development for the 21st century.
Mass Timber Construction Site, New Haven, CT
A visit to a mass timber construction site with architect, developer and contractor will highlight the importance of collaboration among these disciplines in seamlessly translating financing, design, fabrication and construction and challenges faced given the emergent nature of mass timber buildings.
New England Forestry Foundation, Littleton, MA
NEFF’s Headquarters are located on the 118-acre Prouty Woods, with 5 miles of pristine woodland trails. The forests are managed by NEFF according to their principles of sustainability and multiple use, balancing the valuable resources of wildlife habitat, water quality, recreational use, aesthetic and historical values, with sustainable forest management principles. The Prouty Woods will be a model forest for the many properties owned and protected by NEFF, serving as a key property helping in the conservation of thousands more acres of open land.
Tree Harvesting, Central/Western MA
Working in coordination with NEFF, Sustainable tree harvesting throughout the region provides forest management, forest health and land owners with source of income that increases the value of their lands and provides incentive to maintain forest lands for continued benefit of our environment.
Durgin and Cromwell, Springfield, NH
Technologically advanced sawmill complex, set up to get the most out of each pine log with optimization throughout the mill at every key manufacturing station. Complex includes planer mill, filing room, dry kiln and distribution center. As the key component of many mass timber products, understanding production of lumber in a sustainable way is critical to understanding mass timber.
Bensonwood Timber Fabrications, Walpole, MA
One of few facilities throughout the US equipped with Hundegger Robot Drive, Bensonwood has fabricated the region’s latest and cutting edge mass timber structural components showcasing the precision and versatility of digital fabrication coupled with decades of solid heavy timber works as a leader in Timber fabrication and installation in the Northeast US.
Unity Homes Assembly Line Production, Keene, MA
A subsidiary of Bensonwood, Unity Homes showcases efficiency of assembly line pre-fabrication and production along with passive-house standard building envelope assembly with light frame wood and mass timber components, for greater precision and reduced materials waster in construction.
FAQ
Q: Is the Timber Faculty Workshop open to any architect, or only to architecture school tenure-track faculty?
A: Thank you for your interest in the Timber Faculty Workshop. The workshop is only for current faculty with preference being for tenure-track faculty.
Q: I will begin a tenure-track faculty position after the Timber Faculty Workshop dates. Am I still eligible to apply for the workshop even though I will not formally be a tenure-track faculty during the workshop dates?
A: Yes, you are eligible. Note that “while preference would be given to tenure-track faculty, all faculty in accredited architecture schools in the US are eligible.”