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IMAGES
Wood Innovation Design Center / 0 © Ema Peter Photography
Wood Innovation Design Center / 1 © Ema Peter Photography
Wood Innovation Design Center / 2 © Ema Peter Photography
Wood Innovation Design Center / 3 © Ema Peter Photography
Wood Innovation Design Center / 4 © MGA
Wood Innovation Design Center / 5 © MGA
Wood Innovation Design Center / 6 © MGA
Wood Innovation Design Center / 7 © MGA
Wood Innovation Design Center / 8 © MGA

PROJECT DESCRIPTION

The Wood Innovation Design Centre (WIDC) serves as a gathering place for researchers, academics, and design professionals generating ideas for innovative uses of wood. The lower floors of the building provide facilities dedicated to education in Integrated Wood Design. Upper floors provide office space for government and wood industry-related organizations. The eight-story building stands 97 feet tall — the world’s tallest modern all-timber office building, a benchmark soon to be surpassed by other mass timber buildings.
Conceived to showcase the potential for building mid- and high-rise structures using engineered mass timber products, there is no concrete used above the ground floor slab. The design incorporates a simple, ‘dry’ structure of systems-integrated CLT floor panels, Glulam columns and beams, and mass timber walls. The building’s structural simplicity is easily replicated, a fundamental choice made in the interest of seeing many more architects, engineers, and private developers recognize the value of mass timber design as alternative to steel and concrete.

This project has set many precedents in the North American building context through the extensive engineering research and testing by the project team to prove the safety and validity of mass timber construction techniques. The basic structural concept for WIDC can be used for buildings up to 20 and 30 stories in height with little modification, as described in The Case For Tall Wood (M. Green & E. Karsh, 2012). Soon, we expect that North American building codes will soon begin to adopt Tall Wood construction as a standard, safe practice.

PROGRAM
Lower floors: University of Northern British Columbia, Masters of Engineering programs in wood technology.

Upper floors: Office space

Academic program elements include a wood products research and testing lab, lecture theatre, demonstration space,
classrooms with remote learning (video conference) functionality, student and study areas, and administrative areas.

AWARDS

SUSTAINABILITY FEATURES

Natural ventilation

Hybrid ventilation

High efficient façade

Sustainable building materials

Low-emitting materials and finishes

Daylight sensors

Sustainable sourced timber

Smart design (passive design strategies)

Daylighting maximised

SUSTAINABILITY STRATEGY

With its 29.5m, the WIDC is the tallest wood building in the world when measured from the top of concrete.

Designed to celebrate wood as a healthy, efficient and renewable material of the future, the building is a step forward on the road to carbon-sequestering solutions for taller buildings. The innovative construction was designed to achieve LEED Gold certification status.

LIFE CYCLE IMPACT ANALYSIS (Source: RDH)
The environmental impact of the building was improved considerably by utilizing wood. Detailed life cycle impact analysis comparing WIDC and the same building if it was building in concrete:

Global Warming Potential: 88% improvement
Non-renewable Energy Depletion: 43% improvement
Acidification Potential: 47% improvement
Human Health Criteria Air Pollutants: 33% improvement
Ozone Depletion Potential: 54% improvement
Smog Potential: 39% improvement

CONSTRUCTION
The project purpose is to showcase the use of wood products in construction. Thus, there is no structural concrete used above the foundations. The entire structure is built of Mass Timber products.

Foundation: Concrete raft slab
Superstructure: Glued-laminated (glulam) columns and beams; cross-laminated timber (CLT) walls; CLT stair and elevator core
Floors: Innovative staggered CLT panel design, with HSK mesh connectors
Roof: CLT panels, with SBS membrane roofing
Curtain wall: Laminated Veneer Lumber (LVL) vertical wind columns (mullions), with applied aluminum veneer curtain wall section.
Exterior walls: Structural Insulated Panels (SIPS), with prefabricated panels of western red cedar cladding in both natural and charred finishes.

ENERGY DATA

Energy consumption:

N/A (N/A )

Consumption type:

Annual carbon footprint:

N/A (N/A )

Climate zone:

Continental

Min. temperature =

N/A

Max temperature =

N/A

RH =

N/A

Continental

No product info available

CLIENT

Client:

Province of British Columbia | Ministry of Jobs, Tourism, and Skills Training

DESIGNERS

Architect:

MG Architecture

Architect:

MG Architecture , Michael Green , Mingyuk Chen , Carla Smith , Seng Tsoi , Kristalee Berger , Alfonso Bonilla , Jordan van Dijk , Guadalupe Font , Adrienne Gibbs , Jacqueline Green , Asher deGroot , Soo Han , Kristen Jamieson , Vuk Krcmar-Grkavac , Alexander Kobald , Alexander Kobald , Sindhu Mahadevan , Maria Mora

Interior designer:

MG Architecture

CONSULTANTS

Acoustical consultant:

Aercoustics Engineering Ltd.

Building services engineer:

MMM Group Ltd

Green certification consultant:

MMM Group Ltd

Specialist consultant:

B.R. Thorson Consulting Ltd. , CHM Fire Consultants Ltd. , CHM Fire Consultants Ltd.

Structural Engineer:

Equilibrium Consulting Inc.

CONTRACTORS

Contractor:

PCL Constructors Westcoast Inc.

OTHER PROJECTS BY TEAM

No other project by team

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PROJECT INFO

Building type:

Educational

Year:

2014

Project Status:

Built

Gross Area:

4820 Sqm

Certificates:

LEED 2009 NC Canada Gold

Climatic zone:

Continental

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