Design Building Archives | Building and Construction Technology

Clouston, Schreyer Co-Author Definitive Guide on Mass Timber Materials, Design and Construction

February 6, 2026February 5, 2026 by Alexander Schreyer Comment Closed

Peggi L. Clouston and Alexander C. Schreyer, professors in the Building and Construction Technology program at UMass Amherst and experts in wood engineering, have written a comprehensive new book, “Mass Timber: Materials, Design, and Construction,” an extensive 576-page volume that serves as a one-stop resource for the rapidly evolving field of mass timber construction. Published by John Wiley & Sons, the book arrives at a critical time as the architecture, engineering and construction (AEC) industry increasingly turns to sustainable wood products to reduce the carbon footprint of the built environment. Clouston and Schreyer’s book bridges the gap between traditional timber knowledge and modern engineering, covering a wide array of topics essential for students and professionals alike, including: Sustainability: Exploration of the climate-related benefits of wood and forest health Material Science: In-depth technical details on Cross-Laminated Timber (CLT), Glulam, and structural composite lumber Practical Design: Guidance on building codes, gravity and lateral loads, and complex connection detailing Construction Excellence: Insights into procurement, risk management, and on-site hoisting and storage. The book also...

Spring 2026 BCT Lecture Series Announced

February 2, 2026February 2, 2026 by Alexander Schreyer Comment Closed

The start of a new semester brings with it a new series of public lectures. We are happy to announce the four speakers mentioned below, who will present on various current topics in the built environment as part of our Spring 2026 BCT Lecture Series. All lectures are open to the public and are held on Mondays from 4:00 pm – 5:15 pm in the Olver Design Building Room 170. Attendees can get continuing education credits (AIA/USGBC). Zoom options will be available, too. Want to get notified when these are? Sign up for our email list. Speakers: Consigli Construction: Applied Construction Fundamentals Scott Drumm, Project Manager, Thomas Duszlak, Senior Project Superintendent02.09.26 | 4:00-5:15pm | John W. Olver Design Building Room 170 CORA Structural: Curiosity, Collaboration, & Carbon-Conscious Thinking Michael Gryniuk. P.E., Founder and Principal of CORA Structural03.02.26 | 4:00-5:15pm | John W. Olver Design Building Room 170 Construction Challenges and Solutions in Polar Environments David Malpas, Construction Manager, Antarctic Support Contract03.30.26 | 4:00-5:15pm | John W. Olver Design Building Room 170 Tools of the Trade for Building...

Applications Open for Timber Faculty Workshop

May 9, 2023 by Alexander Schreyer Comment Closed

UMass Building and Construction Technology Program and Boston architecture firm Leers Weinzapfel Associates are this summer hosting a workshop for architecture faculty that provides a thorough background on timber as a building material. See below for more information: TIMBER FACULTY WORKSHOP APPLICATIONS NOW OPEN! Monday, June 26th - Wednesday, June 28th Apply Here Applications are due May 26th, 11:59pm eastern time. Selected attendees will be notified by June 1st Venue: John W. Olver Design Building, University of Massachusetts Amherst Led by: Leers Weinzapfel Associates with support from Building and Construction Technology Program, University of Massachusetts Amherst Venue Host: Department of Architecture and Building and Construction Technology Program, University of Massachusetts Amherst Led by Tom S. Chung FAIA, Principal Leers Weinzapfel Associates and Professor of Practice in Architecture at Auburn University and Dr. Peggi Clouston, Professor of Wood Mechanics and Timber Engineering, 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...

In Memoriam: John W. Olver

March 9, 2023March 7, 2023 by Alexander Schreyer Comment Closed

The John W. Olver Design Building - BCT's home on the Amherst campus - is not just another campus building. The beauty and warmth of the timber structure, and its environmental footprint that treads lightly, represents a visionary approach to contemporary building design in that it integrally respects the responsibility we have towards the earth we live on. None of this would have been possible without the support and environmental consciousness of Congressman John Olver, who was the prime reason that the Olver Design Building was built with Mass Timber, the only naturally renewable building material. John attended a presentation by Peggi Clouston in 2014 about Mass Timber which led to several more meetings and ultimately a meeting of the minds where our technical background combined with John’s long term efforts to support forest health, sustainable construction, and rural economies. Our conversations ultimately led to the idea of creating a timber demonstration structure which would support the UMass Amherst climate action plan and...

MoMA Panel Discussion on Mass Timber with Prof. Clouston Now Available

May 20, 2022May 19, 2022 by Alexander Schreyer Comment Closed

A presentation and panel discussion on "Material Worlds: Mass Timber" was organized by the Museum of Moden Art in New York on Dec 14, 2021 and included BCT Prof. Peggi Clouston. From the MoMA website: Wood construction is ancient, and surprisingly more relevant than ever before. The United Nations predicts that nearly one Manhattan worth of floor area will be built every two weeks globally over the next 40 years (GlobalABC, IEA, and UNEP 2018). Since the built environment is responsible for almost half of global carbon emissions, it is essential that we redesign what these cities are made of. Mass timber laminates small pieces of wood into scalable structural elements that have strength comparable to concrete and steel, enabling urban density, a key component in a low-carbon way of life. It has the potential to be more renewable and carbon-sequestering than any other structural material in existence. But questions remain. Who has access to healthy building materials like this? Are there enough...