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Mass Timber Construction at Canadian Nuclear Laboratories

Course Overview

Canadian Nuclear Labs’ Chalk River Laboratories comprise the largest single complex in Canada’s science and technology community. The site contains more than 50 unique facilities and laboratories including a three new buildings constructed with mass timber.

These three buildings are the focus of a detailed environmental impact study. This webinar will offer a case study of the three buildings and share the results of the environmental impact study. Topics covered by the presentation include:
-Why Wood? (drivers that led CNL to chose mass timber)
-Carbon Impact (operational, embodied, sequestered, avoided, and a life cycle assessment)
-Procurement (Integrated Project Delivery Method)
-Building Performance (construction elements, energy performance, envelope performance, fire performance, durability, resiliency, and potential for adaptive reuse)
-Code Requirements (regulatory approvals, permit process)

The projects are considered successful examples of sustainable procurement aligning with the ‘greening government’ strategy which supports the Government’s commitment to net-zero emissions by 2050, and includes a 40% reduction by 2025 for federal facilities.

Learning Objectives

  1. Understand the strategic importance of using mass timber construction at CNL and its alignment with sustainability goals, including carbon reduction and the promotion of sustainable building practices.
  2. Analyze the logistical and engineering challenges associated with implementing mass timber in a large-scale infrastructure project.
  3. Evaluate the benefits of mass timber in the context of operational efficiency, cost-effectiveness, and environmental impact.
  4. Discuss the implications of mass timber construction for future building projects in terms of regulatory compliance, market trends, and technological advancements.

Course Video

Speaker Bio

Donald Chong, OAA, MRAIC, B.Arch
Design Principal, Associate Vice President
HDR

Don has firmly established himself in Toronto’s architecture culture through his inventiveness and investment in placemaking. His project skills volley between the strategic planning of urban and institutional work through to the detailing of finely crafted furniture, as well as research-based design. Don has held numerous design conference speaking engagements, from the Wood at Work Conference to the Architectural League of New York, and has been featured in print publications, such as Design Lines, related to mass timber design.

Susan Croswell, OAA, MRAIC
Project Delivery Principal
HDR

Susan is a project architect with over 27 years of diversified experience. Her expertise in both architectural design and technology allows her to excel in the profession from concept design through to contract administration. Susan’s ability to deliver complex projects and documentation on time is a hallmark of her work and is achieved through effective leadership and teamwork. She has developed a reputation as a highly competent, efficient, effective and approachable project architect who loves the challenges that each and every project brings to the team. Some of her recent, award-winning projects include the CNL Chalk River Laboratories “New Builds,” Queen’s University John Deutsch University Centre, and Kingston Frontenac Public Library.

Ryan Zizzo, PEng, MASc, LEED AP ND
Founder & CEO
Mantle Developments

Ryan Zizzo is a professional engineer and Founder & CEO at Mantle Developments, a consultancy focused on climate-smart infrastructure and buildings, based in Toronto. Mantle helps projects go beyond energy efficiency, incorporating resilience, embodied carbon emissions, and life cycle approaches to make projects future-proof and net-zero carbon ready. Ryan is a recognized leader in helping large organizations and governments transition to a low-carbon future. He has directly supported the Government of Canada, several provincial Ministries, the City of Toronto, the YMCA of Greater Toronto, and numerous developers, property managers, and real estate investors.

Joining Tradition and Innovation with Mass timber Connections

Course Overview

An overview of traditional, state of the art and innovative wood fasteners and connectors. This course is of particular interest to structural engineers and design professionals interested in structural engineering.

Learning Objectives

  1. Wood Properties and their influence on timber connection design.
  2. Overview of traditional, state-of-the-art and innovative fasteners and connectors.
  3. Ductility and durability aspects in connection with dowel type fasteners.
  4. Modern carpentry – a resurrection of traditional framing through CNC.
  5. Best practices for the design of mass timber connections.

Course Video

Speaker Bio

Patrick Geers
Senior Structural Designer, Head of Quality Control
Western Archrib

As the company’s senior engineering designer Patrick is in charge of the design of structural wood systems including fabricated steel connections and hardware He is involved in the development and presentation of building proposals to support sales efforts and cooperates with the production team to develop manufacturing solutions In addition, he is responsible for the supervision of quality control department Patrick has over 17 years experience in the glulam industry an currently sits on CSA 086 Sub-committee.

Harnessing Prefabrication: How to Navigate the Design and Construction Process

Course Overview

This course offers an in-depth discussion on the evolving landscape of modular and prefabricated construction. The course will explore how to evaluate and integrate different levels of prefabrication based on project goals, site conditions, and logistical constraints. Key topics include site planning, design coordination, transportation logistics, and navigating regulatory requirements. 

We’ll also delve into technical considerations—comparing mass timber and drywall fire ratings, evaluating STC performance, and planning for MEP sub-module integration. The session will conclude with strategies for structural design of modular systems and insights on avoiding common post-construction pitfalls. 

Grounded in lessons learned from a completed multi-family volumetric modular CLT project, this presentation offers practical tools for design professionals, engineers, and developers looking to optimize prefabrication in their projects. 

Learning Objectives

  1. Understand key decision-making criteria for selecting appropriate prefabrication strategies.
  2. Apply a framework for integrating prefabrication into project planning and delivery.
  3. Recognize technical challenges and solutions in modular design, including fire ratings, acoustics, and MEP coordination.
  4. Identify best practices for optimizing structural integration and avoiding post-construction issues.

Course Video

Speaker Bio

Melissa Kindratsky
Head of Engineering
Kalesnikoff

Devin Harding
Sales Manager
Kalesnikoff

Dowel Laminated Timber A new mass timber product in North America

Course Overview

Dowel‐laminated timber is a next generation mass timber product commonly used in Europe, where it is also known as brettstapel. Panels are made from softwood lumber boards stacked like the boards of NLT, friction‐fit together with hardwood beech dowels instead of nails. DLT is the only mass timber product which is 100 per cent wood – it involves no glue or nails. Unique to DLT as a mass timber product, acoustic profiles can be integrated directly into the bottom surface of a panel. DLT panels processed using CNC machinery create a high tolerance panel which can also contain pre‐integrated electrical conduit and other service runs. StructureCraft will be the first manufacturer of DLT in North America, with a new automated manufacturing line and plant beginning production in 2017. This presentation will discuss how DLT differs from other mass timber products in its use and specification. Topics will include potential applications, introduction to the design and construction process and costs.

Learning Objectives

  1. What is Dowel Laminated Timber?
  2. Potential applications of DLT.
  3. Introduction to design and construction detailing.
  4. Product availability and cost.

Course Video

Speaker Bio

Lucas Epp
Head of Engineering
StructureCraft

Lucas Epp is a structural engineer with 10 years of experience working throughout Canada, the UK, and New Zealand. While in London he designed a range of projects with world class architects and developed an expertise in complex geometry and challenging structures. Lucas leads the engineering department at StructureCraft where he has been involved in large-scale timber structures including the 2012 Vancouver Olympics Oval and more recently as lead engineer for the T3 Minneapolis office building.

Diversify Your Structural Portfolio: Wood in Low-Rise Commercial Construction

Course Overview

This course will explore the use cases for incorporating more wood into a sector that is typically dominated by structural steel construction. We will look at Light Wood Framing (LWF), Structural Composite Lumber (SCL), Mass Timber (MT), and Hybrid Systems that may incorporate any or all of these materials, as well as structural steel. What is important is using the right material in the right application. Several examples from the CWC Publication “Low-Rise Commercial Construction in Wood: A guide for Architects and Engineers”, as well as real project examples from the presenter.

Learning Objectives

  1. Identify strengths and weaknesses of various wood products.
  2. Learn to select the right wood material/system for the most efficient and cost effective structure.
  3. Highlight critical details and identify potential red flags to ensure a successful project.
  4. Provide useful examples, resources and tools for the practitioner to add to their “tool belt”.

Course Video

Speaker Bio

Alex Nowakowksi
Engineer, Senior Associate, and Barrie Team Lead
Tacoma Engineers

Alex is a Professional Engineer, Senior Associate, and Barrie Team Lead for Tacoma Engineers. Alex has been with Tacoma Engineers since 2012. As a Senior Structural Engineer and Project Manager, Alex has been the Primary Structural Engineer and Specialty Structural Engineer on a wide variety of wood projects in the Commercial, Institutional, Multi-Family, Agricultural and Residential Sectors.

Design Guide for Timber Concrete Composite Floors

Course Overview

As part of its work related to wooden buildings, FPInnovations recently published a comprehensive technical Guide for designing timber-concrete composite floors in Canada. This construction technique could be an economically profitable solution for longer-span floors since the mechanical properties of the two materials act in complementarity. The presentation overview of the recently published guide, which contains numerous illustrations and formulas to help the user in the design of his project. The connection systems, the ultimate and service limit states, the vibratory performance of the floor and the fire resistance is presented.

Learning Objectives

  1. Discovering the recently published timber-concrete design guide for timber-concrete composite (TCC) floor in Canada.
  2. Leaning the different types of connection systems for TCC floor.
  3. How to design for serviceability and ultimate limit states.
  4. Learning the fundamental theory of TCC floor.

Course Video

Speaker Bio

Samuel Cuerrier Auclair, P.Eng., M.Sc.
Scientist, Building Systems Group
FPInnovations

Samuel Cuerrier Auclair completed his master thesis in 2016 at Laval University where the subject was to optimise the ductility of timber-concrete composite beams. He started to work at FPInnovations in 2015 as a scientist in building system group. He participated on the research project of several subjects as timber-concrete composite floor, the structural performance of mass-timber shear wall, the vibration performance of mass-timber floor, the acoustic performance of building and more recently on wind-vibration of tall timber building.

CLT classrooms: A pilot project in Washington State

Course Overview

A pilot project in Washington State tests the use of CLT to design and construct three modular classroom buildings in Western Washington. Funded by the Washington State Legislature, the project investigated the viability of CLT as a means to build quality K‐3 classrooms to accommodate increased population and new WA State education laws. By using CLT, the project team designed a building that could be deployed on almost any existing school site and be built over a summer break without impacting ongoing operations. Compared to traditional portable classrooms, the CLT classroom buildings are longer lasting, more functional, and aesthetically superior.

Learning Objectives

  1. Building a broad‐based CLT coalition and the unified strategies for securing legislative state support and funding ($5.5 mil USD).
  2. Architectural design and detailing strategies used to create an innovative learning environment by using CLT.
  3. Project scheduling, costing, construction and lessons learned through building the modern classrooms at these three schools.
  4. Utilizing a design‐build delivery method.

Course Video

Speaker Bio

Joe Mayo, AIA LEED AP
Architect
Mahlum Architects

Joseph Mayo is an architect in Seattle at Mahlum and author of Solid Wood: Mass Timber Architecture, Technology and Design, the first book devoted solely to mass timber commercial buildings.

He recently completed three CLT classroom buildings in Washington State, is currently designing modular CLT townhomes and is working with a broad coalition to allow taller mass timber buildings in Washington State.

Benefits of Building with Mass Timber

Course Overview

Building with mass-timber elements affords a contractor many benefits including quality, accuracy and time. But contractors are often unaware of these benefits until immersed in a new project. With the conversion experience had by Willmott Dixon the company advanced its skills has served to inform their clients and the designers with whom they work.

Learning Objectives

  1. How a large construction company – transitioned to include mass timber projects in its portfolio.
  2. How to evaluate key business considerations — cost, time, environment.
  3. How building with mass timber can change the construction planning process — engaging with design teams and clients.
  4. How mass-timber projects came to fruition.

Course Video

Speaker Bio

Duncan Purvis

With nearly a quarter of a century of experience in the construction industry in operational, commercial, sales, bid writing, marketing and most aspects of the delivery of complex construction projects and offers a 100% customer journey that is built on true trust. With many construction projects from Four Seasons Miami, Natural History Museum London, Pfizer’s European headquarters and many more high-prestige projects. Duncan is proudest of the Multiple Schools projects, that with his Structured Timber Solution, are providing high quality teaching environments that are not only fully sustainable and highly efficient, but also work out as some of the most economical teaching spaces available in Europe.

Architectural Assemblies Simplified: Understanding Structural Grids – Acoustics – and Envelopes in Wood Buildings

Course Overview

This session will help you to formulate effective floor and wall assemblies when designing wood structures, both light wood frame and mass timber. Discussion will cover typical fire ratings and strategies, acoustic performance of different assemblies and effective strategies for weather-tight exterior envelopes. Background on typical structural assemblies for different grid sizes will help you understand how to effectively develop complete assemblies when designing timber buildings.

Learning Objectives

  1. Participants will understand how to formulate effective floor and wall assemblies for wood structures, including both light wood frame and mass timber, to optimize performance and design efficiency.
  2. Participants will understand typical fire ratings and the acoustic performance of various assemblies and gain strategies to enhance the safety and comfort of wood buildings.
  3. Participants will learn how to design weather-tight, high-performance exterior envelopes for wood buildings.
  4. Participants will discover typical structural assemblies for different grid sizes and learn how to effectively develop complete assemblies when designing timber buildings.

Course Video

Speaker Bio

Michael Wilkinson
Principal and Senior Building Science Engineer
RDH

Michael Wilkinson is a Principal and Senior Building Science Engineer at RDH. He has provided consulting services across a range of building typologies with a focus on high performance and innovative building projects including those that are Passive House, mass timber, and volumetric modular. Michael has also been involved in numerous research projects including product development and performance monitoring and is the lead author of several guideline documents for government agencies and building enclosure product manufacturers. Additionally, Michael is a part-time instructor at the BC Institute of Technology where he teaches building science and construction technology classes.

Derek Ratzlaff, P.Eng., Struct.Eng., PE
Technical Director, WoodWorks BC
Canadian Wood Council

Derek began his career in the wood industry in high school working on single and multi-family light wood construction, after university and almost 20 years of structural consulting experience, Derek has worked in all types of wood construction and played key roles in the delivery of iconic BC wood structures, the Richmond Olympic Oval and Grandview Heights Aquatic Centre. He brings his experience in design and construction to support the industry as the Woodworks BC Technical Director.

Advancing North American Mass Timber Projects: Harnessing the Strength of Local Expertise

Course Overview

As global adoption of mass timber construction accelerates, a growing number of solutions are available in the marketplace that can contribute to the success of your project. This session, presented by Simpson Strong-Tie, will explore some of the unique challenges faced by North American projects and some of the domestically developed solutions available to meet those challenges.  

Learning Objectives

  1. Understand the need for greater tolerance on concealed beam hangers, the importance of ensuring connectors are easy to install, and the specific requirements for large elements in North American buildings.
  2. Understand the advantages domestic suppliers can bring to your project, including the rapid delivery of hardware to job sites.
  3. Learn about the necessity for effective installation tools and processes tailored to the scale of large North American projects.
  4. Learn about the need for effective moisture mitigation and the systems and strategies that can prevent unnecessary exposure of mass timber to the elements during construction.

Course Video

Speaker Bio

Adrian Mitchell
Chair of Simpson’s internal Mass Timber Focus Market Committee
Simpson Strong-Tie

Adrian is a mass timber and off-site business specialist with a principal focus on the rapidly expanding mass timber segment, for which he serves as Chair of Simpson’s internal Mass Timber Focus Market Committee. Adrian has spent the bulk of his 20-year career in the off-site, mass timber, and modular spaces, primarily as a business development leader and private consultant. With professional experiences ranging from heavy civil, oil and gas, high-end custom homes to large-scale mass timber missed-use projects and artificial intelligence in BIM, he has a unique and well-rounded background in wood and steel applications in off-site construction. Adrian is a native of Vancouver, Canada, and a graduate of the British Columbia Institute of Technology’s School of Business, he enjoys all the typical Canadian pastimes like playing hockey, building things from wood, and mountain biking.

A Zero Carbon Hybrid Wood Supertall Future

Course Overview

With buildings generating 40% of global carbon emissions, we need to achieve net-zero by 2050 to meet the Paris Agreement target and limit global warming to 2°C. Timber sequesters an average of 1.9 metric tons of carbon-dioxide equivalent emissions per cubic meter (Sathre & O’Connor, 2010). While a purely mass timber tall building may not be the most cost-efficient solution, a hybrid structure can maximize the overall use of wood by volume in the most cost-efficient manner. Floor systems in buildings contribute as much as 73% of the environmental impact of a high-rise building’s structure (Lankhorst et al., 2019), making them an excellent target for reducing embodied carbon.

DIALOG’s patent- pending Hybrid Timber Floor System (HTFS) takes advantage of the benefits of cross-laminated timber (CLT) combined with pre-stressed concrete to achieve a 12-metre column-free span. The HTFS is proposed as part of our Hybrid Timber Tower, a 105-storey mixed-use prototype that is being evaluated and tested by DIALOG and EllisDon. The prototype structure consists of the hybrid timber floor, combined with a concrete core and an external steel frame. Fire safety is achieved in the floor panels as the exposed wood chars to form a protective layer, while the non-combustible concrete and steel band continues to support the panel. The exposed CLT panels also provide a biophilic appeal, which has shown to support cognitive function as well as physical and psychological well-being (Vidovich, 2020). DIALOG, EllisDon, FPInnovations and other partners have completed the first phase of small-scale testing on over 40 panels. We are scheduled for fire testing of the panels in Ottawa with NRCan this fall with full scale testing of the 12-meter panels starting in late 2022.

Learning Objectives

Coming Soon

Course Video

Speaker Bio

Craig Applegath, BSc, BArch, MArchUD, PPOAA, AIBC, NSAA, AIA, FRAIC, LEED® APBD+C
Founding Partner & Architect
DIALOG

Craig Applegath is the founding principal of DIALOG’s Toronto Studio, and a passionate designer who believes in the power of built form to meaningfully improve the wellbeing of communities and the environment they are part of. Since graduating from the Graduate School of Design at Harvard University with a Master of Architecture in Urban Design Craig has focused his energies on leading innovative planning and design projects that address the complex challenges facing our communities, as well as on his advocacy of sustainable building design and urban regeneration and symbiosis. Craig’s area of practice includes the master planning and design of institutional projects, including post secondary education, healthcare facilities, as well as the design of innovative mixed-use- facilities.

Craig was a founding Board Member of Sustainable Buildings Canada, a Past President of the Ontario Association of Architects, and the current moderator of SymbioticCities.net. Craig has lectured or taught at Harvard, the University of Toronto, the University of Waterloo, as well as at many professional and sector related conferences around the world. In 2001 Craig was made a Fellow of the Royal Architectural Institute of Canada for his contributions to the profession of architecture. In 2017 he was presented with the OALA Honourary Membership Award for his contributions to the cause of landscape architecture in Ontario.

Neel Bavishi, PEng, CEM
Building Performance Analysis, Associate
DIALOG

Neel is passionate about applying the art and science of building performance simulation and data-driven design to produce positive outcomes for the built environment. He embraces holistic solutions that minimize the environmental impact of building assets while providing enhanced value to building owners, developers, policymakers, and designers through improved well-being and reduced total cost of ownership. Neel believes that an integrated and collaborative approach that incorporates diverse perspectives is essential for delivering high-performance buildings.

A mechanical engineer by training, Neel is well-versed in whole-building energy modelling for both new and existing buildings and lifecycle cost analysis, design optimization, and data visualization. His experience includes developing energy models for green building certification programs, carbon-neutral retrofit studies and district energy strategies, and the development of net-zero energy and emissions policies and standards for municipal, provincial, and federal government bodies. His projects span various asset classes, including recreational facilities, commercial high-rise towers, multi-unit residential buildings, hospitals, data centres, and transit facilities. He is a licensed Professional Engineer in the province of Ontario and is a Certified Energy Manager.

Cameron Ritchie, PEng, PE, PhD, BSE
Structural Engineer, Associate
DIALOG

Cameron is an Associate on the Structural Engineering team in DIALOG’s Toronto studio. Since graduating with a PhD from the University of Toronto, Cameron has acted as a structural design engineer and project manager across a variety of sectors and project types, including healthcare, institutional, government, and retail. He has experience in all stages of a project delivery, from feasibility studies through construction administration and management.

Cameron is DIALOG’s project manager for the hybrid timber floor system (HTFS) research program, working closely with industry partners EllisDon. He is passionate about exploring mass timber wherever possible as a sustainable solution to our building needs.

Delivering Mid-Rise Housing Solutions – Part 2 Mass Timber

Course Overview

WoodWorks Ontario proudly presents Delivering Mid-Rise Housing Solutions Part 2: Mass Timber.

YWKW is a supportive housing project that obtained funding from the Federal Rapid Housing Initiative in Kitchener. This project optimized mass timber design that resulted in time and cost savings during construction. We will hear from the perspective of Element 5, Edge Architects, RDH and Melloul Blamey. They will discuss how important preconstruction planning is and getting all parties involved early. Each role will discuss their roles that lead to a quick and successful project.

Learning Objectives

  1. Understand the application and benefits of prefabricated mass timber construction in mid-rise housing developments – speed up construction processes and address housing crises.
  2. Analyze the project management and logistical challenges involved in executing mid-rise housing projects with prefabricated materials.
  3. Evaluate the environmental impact and sustainability benefits of using mass timber in residential construction.
  4. Discuss the implications of using prefabricated mass timber on the regulatory and approval processes in construction projects.

Course Video

Speaker Bio

Patrick Chouinard
Founder and VP of Market Strategy & Corporate Communications
Element5

Patrick Chouinard is the Founder and VP of Market Strategy & Corporate Communications at Element5, the newest and most technologically advanced CLT and glulam manufacturer in North America, and the only CLT producer in Ontario. Patrick’s specialty lies in his ability to orchestrate mass timber solutions together with a consortium of the industry’s best service providers with experience in mass timber. He is the driving force behind a rapidly growing company that not only manufactures mass timber components, but also provides a complete range of services to successfully execute timber construction projects on a large scale.

Patrick believes mass timber is the essential building material of the 21st century and Element5 is proud to manufacture their products from sustainably managed local sources. Patrick is a passionate advocate for construction industry transformation and believes that prefabricated mass timber construction is the key to the significant gains in construction efficiency and building performance that we need to meet our significant housing and infrastructure needs in a sustainable way that contributes to a low carbon future.

Matt Bolen, BAS, M.Arch, OAA, MRAIC, CPHD
Founding Partner
Edge Architects

Matt Bolen is one of the founding partners of Edge Architects in Waterloo, Ontario. Edge’s portfolio encompasses a wide range of project types for a diverse client base. In addition to providing professional consulting services, the firm has been involved in several innovative research and development initiatives.

Matt’s area of expertise is multi-residential building design with a specific focus on mid-rise (the missing middle) and attainable housing models. His professional interests include modular/ prefabrication, mass timber construction, and high-performance/ energy efficient design. In addition to being a Licenced Architect with the Ontario Association of Architects, Matt is a Certified Passive House Designer and has prior experience as both an energy auditor and small building contractor.

Further to his role as a principal at Edge, Matt is a lecturer at the University of Waterloo School of Architecture for the graduate level Architectural Professional Practice course. Matt is himself a graduate of Waterloo Architecture where his master’s thesis was focused on urban revitalization of mid-sized cities using Kitchener-Waterloo as a case study city.

Jeffrey B. Shantz
Partner
Melloul-Blamey Construction Inc.

Jeff Shantz is a partner of the general contracting firm, Melloul-Blamey Construction based out of Waterloo, Ontario. The firm was founded in 1982 and is active in Public Bid, Design Build, Construction Management and Property Development. Jeff manages Project Development at the firm and oversees projects from concept to completion. He leads the feasibility process along with project cost, constructability and material selection for all major projects undertaken. Jeff started with the company in 1993 and quickly took charge of the Design Build operations and became a partner in 2001. He achieved CCA Gold Seal Certification in Project Management in 2006, past Chair of the Board at the Grand Valley Construction Association in Southern Ontario and past member of the General Contractor National Advisory Council at the CCA. In addition to his role at Melloul-Blamey Jeff also serves as Vice President at HIP Developments, a company created to utilize the expertise of the Construction Company and develop exciting multi-residential projects throughout southern Ontario. Utilizing the same skill set that resulted in many award winning projects at Melloul-Blamey, he has been able to guide new developments at HIP to the same high standards and project success.

Jonathan Smegal
Senior Project Manager
RDH Building Science Inc.

Jonathan Smegal is Based in Waterloo, and is an important part of the Building Science Laboratories team. He regularly leads laboratory research, forensic analysis of building failures, hygrothermal modeling, and field monitoring of building enclosure performance.

A trusted resource, Jonathan has managed more than a dozen full-scale field tests of wall and roof performance in various locations throughout North America. He has also been involved with numerous new construction site audits for residential and commercial construction, from the design phase through to the final walk-through. Jonathan enjoys the challenges of working on the design and investigations of buildings with unique interior conditions such as swimming pools, ice rinks, secure greenhouses, and music stores all over North America.

Wood Bridge Design
Wood Bridge Design
Considerations in the Design & Prefabrication of Mass Timber Buildings for Architects
Considerations in the Design & Prefabrication of Mass Timber Buildings for Architects
Overview_sustainable_forestry
An Overview of Sustainable Forestry in Canada for Architecture and Engineering Students 2022
Low‐Rise Commercial Mass Timber Design
Low‐Rise Commercial Mass Timber Design Case Study
Mass Timber House Tour
Mass Timber Buildings and Fire Safety
Vertical Additions: An innovative pathway to delivering more homes
Seismic Solutions for Resilient Wooden Structures
Plant a Seed Designing with Wood and Bio based Materials
Overview of the Canadian Mass Timber Technical Guide
Sound and Vibration in Mass Timber Buildings: A Practical Guide
Shearwall Connections and Lateral Systems for Wood Buildings
Resource Description This comprehensive pedagogical resource presents two detailed mass timber projects, developed to support educators in teaching advanced wood construction...
Resource Description This resource is intended to provide educators with a clear framework for teaching the principles of mass timber design and prefabrication. The content...
Resource Description Canada: A Forest Country With 362 million hectares of forest, Canada is the third-most forested country in the world. Acknowledgments Prepared by: The...
Resource Description This case study presents a 3-storey mass timber office building designed with a Glulam post-and-beam main structural system supporting CLT floor and roof...
Course Overview Welcome, this course is a case study of a number of educational buildings in both the United States and Canada and how wood used in the construction of these...
Course Overview Discover the innovative approach to housing supply undertaken by Pathway Non-Profit Community Developments Inc. of Peel. The Arbor Mill expansion sets a...
Course Overview Timber structures are getting bigger and higher with the availability of economical mass timber products on the market. Timber is also very attractive to...
Course Overview Concrete, steel, and aluminum are responsible for 23% of the world’s total CO2 emissions. While a portion of those emissions come from other industries, the...
Course Overview Join us for an introduction to a new, comprehensive Canadian technical reference guide to mass timber. Canada’s inherent building-with-wood culture lays a...
Course Overview Following an introductory overview of building acoustics, the presenter will explore both airborne and impact sound transmission in mass timber buildings....
Course Overview This comprehensive course delves into the latest advancements in wood shearwall systems and connections, featuring critical updates from the 2020 National...

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