Discover and explore a wide range of mass timber and offsite construction programs across Canada. Whether you’re a professional, student, or educator, find courses designed for practical learning and future-focused skills.
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The Associate Certificate in Construction of Mass Timber Structures (CMTS) is designed to provide students with (i) technical knowledge in mass timber construction and construction management of mass timber projects with an emphasis on the installation phase; (ii) practical skills in on-site installation of mass timber structures; and (iii) problem-solving, creativity and teamwork skills. This program has been developed for experienced Carpenters, Ironworkers and Installers with an interest in expanding their expertise to mass timber.
The Introductory Studies in Mass Timber Construction Micro-credential is designed to provide students who have a background in construction with an introduction to the burgeoning more specialized field of mass timber construction. It will be of interest to carpenters, ironworkers, quantity surveyors, estimators, construction managers, 3-D modellers, developers, manufacturers, and designers – virtually anyone within the construction field with an interest in expanding their expertise to mass timber.
Principles of Mass Timber Design, Manufacturing, and Construction
This industry-aligned course covers the full project lifecycle, from early design and fabrication through installation and off-site workflows. Participants will explore sustainability, engineered wood products, structural systems, CNC fabrication, construction practices, and the value of off-site construction.
Are you a construction professional looking to upskill or strengthen your expertise in Mass Timber (MT)? Mass Timber for Construction Managers is a 2.0 credit hybrid course designed to equip you with the knowledge and skills to successfully plan, coordinate, and deliver MT projects from preconstruction to completion.
Cost Estimation of Mass Timber Construction is a stand-alone part-time course delivered over a 9-week timeframe and is designed to provide students with advanced skills in estimating mass timber projects. Participants will learn about the key differences between mass timber construction and other forms of construction for various applications. Participants will also learn about the factors that influence pricing and demand of mass timber construction and will work through practical assignments to formulate pricing for mass timber construction projects. This course has been designed for construction cost estimators and quantity surveyors.
Digital Project Delivery for Mass Timber Construction
Digital Project Delivery for Mass Timber Construction is a stand-alone part-time course delivered over a 9-week timeframe. This course explores the impact of digital modelling on processes, methods and tools used in mass timber construction. Students will learn how digital modelling can transform project planning and execution from early schematic design to commissioning and occupancy. The course explains how digital tools, such as BIM, VDC, and DfMA form the foundation of an integrated project delivery method. It offers insight into construction scheduling, the benefits of real-time collaboration platforms, fabrication modelling and the types of analysis crucial for mass timber components, addressing its role in the decarbonization of the economy and climate change mitigation.
Designing with Mass Timber - Principles of Sustainability
Hybrid (online modules plus four live guest lectures)
In the face of a changing climate and the urgent need for low-carbon solutions, forests and wood products play a critical role in reshaping how we design and build. This mini-course explores the intersection of climate change mitigation, sustainable forestry, and the use of mass timber in high-performance buildings. Through a life cycle lens, participants will learn how sustainably managed forests and bio-based materials contribute to decarbonizing the built environment. The course also covers how to evaluate and recommend material strategies that balance embodied carbon, biodiversity, and health considerations. Emphasis is placed on wood’s contribution to indoor environmental quality, biophilic design, and occupant wellness, alongside applications of leading green building certifications like LEED®, Built Green®, and Passive House. Whether you’re an architect, builder, engineer, or policy advisor, this course provides the knowledge to make informed, climate-smart material decisions for today’s evolving construction landscape.
This micro-certificate covers specialized technical topics on mass timber products and building systems with a focus on the practical design of tall wood structures, utilizing current building standards and innovative design methods. It emphasizes the unique properties of wood as a construction material and demonstrates how designers can apply these properties to design safe and reliable tall wood structures in an efficient way. This micro-certificate will help design professionals develop skills and competencies for an applied understanding of both advantages and challenges of wood in tall wood structures. The micro-certificate consists of four courses that cover different aspects of tall wood design and modelling.
The Faculty of Forestry’s Hybrid Timber Construction Micro-Certificate is a flexible 8-week online program that provides design professionals with an understanding of hybrid construction with structural components or systems engineered by combining wood and wood-based products with other materials, mainly steel or reinforced concrete.
This 12-13-week micro-credential provides learners with foundational competencies in:
-Fundamentals of the mass timber industry
- Wood science, building envelope and moisture management
- Drawing interpretation, digital literacy and 3D model navigation
- CNC operational awareness
- Tools, cutting science and safety
- Joinery, assembly, and structural integrity
- Quality control and waste reduction
This 16-week micro-credential provides learners with foundational competencies in mass timber design. Participants learn to work in industry-standard Cadwork software while navigating the fabrication approval process.
This program will provide you with practical knowledge in mass timber, positioning you to enter and excel in one of Canada's fastest-growing construction sectors.
In this course, you'll explore the fundamentals of mass timber manufacturing, building systems and their real-world applications. Gain essential knowledge to support your professional goals and personal interests while becoming part of one of the most innovative sectors in Canada’s construction industry.
In this course, you’ll learn about sustainable forestry practices and the supply chain of resources for producing mass timber. You’ll also explore the life cycle analysis (LCA) of mass timber products along with their environmental impacts. The second part of this course will focus on a mass timber project, including its design, preconstruction, construction and close-out. Special attention will be given to project management and safety.
Explore the principles of mass timber design, including biophilic design, industrial construction methods, and building information modeling (BIM) as they apply to mass timber buildings. Gain insight into project stages and team dynamics essential for successful mass timber projects. Develop practical skills to analyze mass timber designs and estimate material costs for basic structures.
Advanced Design of Wood Buildings (incl. mass timber/CLT)
Advanced design of wood buildings: calculation of gravity and lateral loads, lateral design principles, load-resisting systems for multi-storey wood buildings. Design of multi-storey light-framed wood buildings, mass timber buildings. Design of connection systems. Hybrid timber buildings. Innovative structural systems for timber buildings.
Structural Wood Design (incl. mass timber & hybrid systems)
University of New Brunswick (UNB) — Civil Engineering
Credential
Undergraduate course (4 ch)
Delivery Type
In-person
Introduction to wood as a structural material and structural principles involved in wood design. Students will explore the design of individual elements (beams, columns) and timber structural systems (mass timber, hybrid systems) in a project-based approach. Light frame and mass timber lateral force resisting systems, and concepts relating to life cycle analysis will be introduced.
Whether you’re looking for introductory training or detailed software, manufacturing, or modeling courses, the Mass Timber program will provide you with knowledge and skills for your current or aspiring career. The Mass Timber Development Micro-credential was co-developed in partnership with the UNBC School of Engineering. Take just the courses you need or complete all 7 to earn the full micro-credential.
This course introduces mass-timber products, including their primary uses and manufacturing processes. Students use a vacuum press to make a cross-laminated timber (CLT) panel. Important nuances to consider when manufacturing mass-timber products are explained, and factors affecting quality assurance are discussed for different types of mass-timber products. Fasteners used in mass-timber product manufacturing, including glues, are reviewed. Workflow and material preparation appropriate to individual products are explained. If time permits, cursory strength testing of student-produced panels will be undertaken. This course is being delivered in person at the UNBC Prince George campus. It can be taken on its own or as a component of the Mass Timber Development Micro-credential.