Supporting Reference

Sustainable Development of Buildings in Canada for the ExAC

Sustainable Development of Buildings in Canada, also known as SDCB 101, is a green building primer produced by the National Practice Program (NPP) on behalf of Canada's ten provincial architectural associations and the Royal Architectural Institute of Canada (RAIC). Examitect recommends it as background reading for Section 3 Sustainable Design Literacy, objective 13.3 (Apply sustainable architectural design strategies). The 2026 ExAC Preparation Guide names only four reference documents and does not name this manual.

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Sustainable Development of Buildings in Canada overview

SDCB at a glance

Full titleSustainable Design Fundamentals for Buildings
Also known asSDCB 101 (NPP course code); "Sustainable Design for Canadian Buildings" (cover subtitle); "Sustainable Development of Buildings in Canada" (common file reference).
PublisherNational Practice Program (NPP), formed by Canada's ten provincial associations of architects and the RAIC, with support from Public Works and Government Services Canada
Year2001
EditorPeter Busby, FRAIC (Busby + Associates Architects)
Contributing authorRaymond J. Cole, PhD (UBC School of Architecture), who wrote Chapters 1.0 and 10.0
LanguagesEnglish (primary)
ExAC relevanceExamitect-recommended background reading for Section 3 Sustainable Design Literacy, objective 13.3
Where to accessCheck with the RAIC (raic.org) or your provincial association. Availability may vary.

Why this manual matters for the ExAC

Sustainable Development of Buildings in Canada is the conceptual primer in Examitect's sustainability reading list. Its ten chapters follow the LEED Green Building Rating System category order (LEED Version 2.0 at publication; current LEED editions have since superseded it) and cover new construction and renovations across residential, commercial, institutional, and light industrial buildings. The manual closes with a Glossary and Bibliography.

Examitect recommends it as background for one Section 3 Sustainable Design Literacy objective: 13.3 (Apply sustainable architectural design strategies), where the full manual applies. It is not a useful source for objective 13.1 (Analyze the impacts of climate change on design), because the 2001 manual carries no predictive climate data and no climate-risk or resilience material; go to current climate-data and resilience sources for 13.1.1 and 13.1.2.

The ExAC does not test energy modelling or LEED credit paperwork. It tests design decision-making: why brownfield over greenfield, what Canada's ecological footprint means for the architect's professional role, how a passive system reduces energy demand before mechanical equipment is introduced. Note that Chapter 9.0, Regional Perspective, is only a placeholder in the published manual: the introduction says only that a supplementary section providing a regional perspective is included and that future courses would provide greater detail, and no regional text follows the divider page.

How to study SDCB for the ExAC

  • Read Chapters 2.0, 3.0, and 5.0 first: these carry the most weight for objective 13.3. Chapter 9.0 has no content in the published manual, so there is nothing to read there.
  • Read Chapter 1.0 next to get Canada's ecological footprint and greenhouse gas context that frames the later chapters.
  • Use the LEED category order as a navigation aid if you already know LEED from project work.
  • Pair Chapter 2.0 with CHOP Chapter 5.5 for professional obligations, and Chapters 3.0 and 5.0 with CHING Chapter 1 for building science.
  • Read the Glossary at the back as a standalone study pass: flag any term you cannot define without looking it up.
  • Test yourself with scenario-based practice questions after each chapter. The ExAC tests decision-making, not definitions.

ExAC sections SDCB supports

  1. Section 3

    Examitect-recommended background reading for Sustainable Design Literacy. The full manual maps to objective 13.3, with Chapters 2.0, 3.0, and 5.0 carrying the most weight.

Examitect does not map this manual to Sections 1, 2, or 4. For Section 2 energy questions, the National Energy Code of Canada for Buildings (NECB) is the primary reference.

Inside the manual: the ten chapters

The manual opens with a brief unsigned introduction, followed by ten numbered chapters edited by Peter Busby. Raymond J. Cole, PhD, wrote the opening and closing chapters, 1.0 and 10.0. The remaining chapters were contributed by subject-matter authors organized by the NPP.

ChapterWhat it coversOfficial ExAC objective
Introduction Design and implementation processes for green buildings, including the Integrated Design Approach, life cycle assessment, and goal-setting at project start. Category 13.3 (sustainable design strategies).
1.0 Building an Environmental Ethic The ecological context for Canadian practice: ecological footprint, global greenhouse gas trends, and the argument for why architects should lead the shift toward sustainable design. Written by Raymond J. Cole, PhD. Category 13.3. Provides the reasoning framework for everything that follows.
2.0 Green Building Design Methodology The Integrated Design Approach (IDA), life cycle assessment, setting measurable environmental goals, and managing knowledge sharing across the project team. Objective 13.3. One of the three chapters Examitect puts first.
3.0 Sustainable Site Design Site selection, brownfield and urban redevelopment, transportation access, erosion control, the heat island effect, and light pollution mitigation. Objective 13.3. One of the three chapters Examitect puts first.
4.0 Water Efficiency Landscape irrigation reduction, water-efficient plumbing fixtures, and strategies for reducing potable water consumption in building operations. Category 13.3 (sustainable design strategies).
5.0 Energy and Atmosphere Energy use in Canadian buildings, the relationship between energy consumption and environmental impact, passive design strategies, operational efficiency, and the role of renewable energy sources. Objective 13.3. One of the three chapters Examitect puts first.
6.0 Materials and Resources Material efficiency, building reuse and renovation, construction waste management, designing for flexibility, and designing for demountability and end-of-life. Category 13.3 (sustainable design strategies).
7.0 Indoor Environmental Quality Occupant health and comfort, daylighting strategies, natural ventilation, acoustic performance, and the selection of low-emission interior materials. Category 13.3 (sustainable design strategies).
8.0 LEED in the Canadian Context Overview of the LEED Green Building Rating System Version 2.0 and its application in Canada. Current LEED editions have superseded Version 2.0 significantly; use the manual for the conceptual reasoning, not the credit thresholds. Category 13.3 (sustainable design strategies).
9.0 Regional Perspective A placeholder only. The manual's introduction says a supplementary section providing a regional perspective is included and that future courses would provide greater detail, but no regional text appears after the divider page. Nothing to study. Objective 13.3 is covered by the other chapters.
10.0 A View to the Future A forward-looking reflection on where sustainable practice is headed, written by Raymond J. Cole, PhD. Category 13.3 (sustainable design strategies).

If study time is limited, read Chapters 2.0, 3.0, and 5.0 first. Those three carry the heaviest load for objective 13.3.

Key sustainability terms every ExAC candidate should know

The manual introduces vocabulary the ExAC uses in Section 3 Sustainable Design Literacy questions. Know these terms before you sit for the section.

TermWhat it means in this manual
Ecological footprintA measure of human demand on natural ecosystems, expressed in hectares per person. The manual cites Canada's footprint at over 7 hectares per person, compared to an equitable global average of approximately 1.9 hectares at the time of publication.
Integrated Design Approach (IDA)A collaborative process that brings the owner, user groups, full design team, and governing bodies together in the earliest project stages to set environmental goals before key design decisions are made. The central framework in Chapter 2.0.
Life cycle assessment (LCA)An evaluation of a building's environmental impacts across its complete life: from raw material extraction and product manufacturing through construction, building operation, and eventual end of life.
Passive systemsDesign strategies that use building form, orientation, thermal mass, and material properties to reduce energy demand without relying on mechanical equipment. South-facing glazing, thermal mass walls, and cross-ventilation layouts are common examples.
Brownfield redevelopmentThe reuse of a previously developed site, including one that may be contaminated. A preferred sustainable site strategy because it avoids consuming greenfield land and supports urban intensification.
Heat island effectThe warming of urban areas caused by dark, impermeable surfaces absorbing and re-radiating solar energy. Mitigation strategies include vegetated roofs, light-coloured paving, and tree canopy planting.
Embodied energyThe energy used to extract, process, transport, and assemble a building material, as distinct from the operational energy the building consumes once it is occupied.
Indoor environmental quality (IEQ)The combined effect of interior air quality, daylighting, acoustics, and thermal comfort on occupant health and productivity. Corresponds to Chapter 7.0 and one LEED credit category.
Regional perspectiveThe recognition that Canada's climatic zones require different sustainable design strategies. A single national template does not work across the range from Pacific coastal to Arctic northern conditions.
CommissioningThe systematic process of verifying that building systems are installed, calibrated, and performing as the design intended. Often required as a prerequisite for green building certification programs.

Tips for Intern Architects reading this manual

Sustainable Development of Buildings in Canada was written as a continuing education course for practising architects, not as an exam prep guide. Here is how to approach it without losing study momentum while working through the Internship in Architecture Program (IAP).

Tip 1, treat it as a primer, not a code document. This manual introduces concepts and design strategies at a high level. It does not contain prescriptive energy calculations or code compliance tables. Read it to build your mental model of sustainable design, then turn to the NECB or Heating, Cooling, Lighting for the technical depth the ExAC sometimes requires.

Tip 2, pay attention to the Canadian-specific numbers in Chapter 1.0. The ecological footprint figure (over 7 hectares per person versus the equitable global average of approximately 1.9 hectares) and the data on buildings' share of Canadian energy use anchor the professional argument for why sustainable design matters. These numbers can appear in ExAC questions about the architect's obligations in the context of climate change.

Tip 3, do not go looking for Chapter 9.0 content. Regional Perspective is a placeholder in this manual: a divider page followed straight away by Chapter 10.0. The ExAC is a national exam and questions can reference design conditions in any Canadian region, so fill that gap from current climate-zone sources rather than from this manual.

Tip 4, connect the Integrated Design Approach to a project you have worked on. If your current or recent project brought mechanical engineers into schematic design, or used a charrette to set environmental goals early, you have seen the IDA in practice. Anchoring the Chapter 2.0 concept to a real project moment makes it far easier to recall under exam pressure.

Tip 5, note where the manual is dated and where it is not. The LEED version in Chapter 8.0 (Version 2.0) has been superseded multiple times. Energy statistics from 2001 have shifted. But the foundational reasoning around passive systems, site ecology, material efficiency, and integrated process is not dated. Examitect still recommends the manual, so read it for the conceptual framework and defer to current LEED editions and the NECB for prescriptive specifics.

Tip 6, use the Bibliography as a reading guide for supplementary references. Several references cited in the manual's bibliography also appear on Examitect's Section 3 reading list. The bibliography can help you decide which other supporting references to tackle next once you finish the three priority chapters.

Common ExAC scenarios where this manual is the answer

These scenario types appear in Section 3 Sustainable Design Literacy questions. When you see one, the reasoning framework from this manual is usually the path to the right answer.

  • Two sites are under consideration for a community centre: a brownfield within an established urban area and an undeveloped parcel at the suburban edge. What are the primary sustainable site arguments for preferring the brownfield, and which chapter of this manual supports that reasoning?
  • A client is pushing to defer energy modelling until design development to save fees. The architect recommends doing it during schematic design instead. What does the Integrated Design Approach say about the cost-effectiveness of early versus late environmental analysis?
  • A project is located in a cold prairie climate. The design team is deciding between a high-mass envelope with south-facing glazing and a well-insulated lightweight envelope. What does Chapter 5.0 (Energy and Atmosphere) say about using passive design to cut energy demand before mechanical equipment is sized?
  • A client wants to know why Canada's ecological footprint is relevant to how the architect approaches a commercial renovation. What data in Chapter 1.0 does the architect draw on to explain the professional responsibility for sustainable design?
  • The design brief includes a LEED Silver target. The owner asks why site selection is the first sustainability decision, not the last. Which section of the manual explains the relationship between site choice and LEED category performance?
  • A proposal includes reusing the structural frame of an existing industrial building for a new mixed-use project. What embodied energy and material efficiency arguments does Chapter 6.0 (Materials and Resources) provide for this decision?

Scenarios 1, 2, 3, and 5 trace most directly to the three priority chapters (2.0, 3.0, and 5.0). Scenarios 4 and 6 draw on the broader framework that Chapters 1.0 and 6.0 establish.

How this manual compares to other ExAC references

Sustainable Development of Buildings in Canada is the conceptual primer in Examitect's sustainability reading list. Here is how it sits relative to the other references you will encounter.

ReferenceWhat it coversHow it relates to this manual
Sustainable Development of Buildings in CanadaConceptual primer: environmental ethics, integrated design methodology, site, water, energy, materials, indoor quality, LEED framework, and Canadian regional climate variation.The conceptual starting point for ExAC Section 3 Sustainable Design Literacy.
CHOPThe full landscape of Canadian architectural practice, including Chapter 5.5 on sustainable design integration into the project management process.CHOP covers how the architect organizes a sustainable project; this manual explains the environmental design logic behind those decisions.
CHINGBuilding science, assemblies, materials, and construction detailing. Chapter 1 covers site and environmental context.CHING shows how a sustainable assembly is built. This manual explains why you would choose it. Read both for a complete picture of any Section 3 topic.
NECBThe National Energy Code of Canada for Buildings: prescriptive minimum energy performance requirements for the envelope, lighting, and mechanical systems.This manual explains the environmental reasoning for reducing energy demand. The NECB specifies the compliance path. For ExAC Section 2 energy questions, the NECB is the primary reference.
LEED Canada for NC and LEED Core Concepts GuideThe LEED rating system: credit categories, prerequisites, and point thresholds for certification.This manual follows the LEED category structure as a teaching framework. Read it for the reasoning; read the current LEED documents for the specific credit requirements.
Heating, Cooling, Lighting (4th Edition)Technical depth on passive and active building systems, daylighting design, and thermal performance analysis.This manual introduces energy and daylighting concepts at a primer level. Heating, Cooling, Lighting goes deeper for candidates who need technical calculation support.

How Examitect reinforces this manual

This manual is conceptual, and the ExAC tests conceptual reasoning through scenarios. Reading the ten chapters gives you the vocabulary. Practice questions tell you whether you can use that vocabulary to choose the right answer when the clock is running.

Examitect's question bank includes Section 3 Sustainable Design Literacy questions that draw on the same frameworks this manual introduces: ecological footprint, integrated design process, passive energy strategies, LEED category structure, and Canada's regional climate variation. Each answer explanation names the relevant concept and points back to the source material, so you know exactly which pages to revisit when an answer does not click immediately.

You also get scenario-based mock questions that follow the same format as the ExAC, plus free study notes for every section. Try a few sample questions before you open the manual to see which concepts are already solid, then check pricing when you want the full question bank.

FAQ

Sustainable Development of Buildings in Canada FAQ

Sustainable Development of Buildings in Canada is an alternate name for Sustainable Design Fundamentals for Buildings, a green building primer published in 2001 by the National Practice Program (NPP). The NPP was formed by Canada's ten provincial architectural associations and the RAIC. The manual covers ten topic areas from environmental ethics through to regional climate strategies, structured to follow the LEED Green Building Rating System category order.

Yes. The resource goes by several names: Sustainable Design Fundamentals for Buildings (full title), Sustainable Design for Canadian Buildings (subtitle on the cover), SDCB 101 (the NPP course code), and Sustainable Development of Buildings in Canada (the alternate file reference many candidates use). All refer to the same 2001 publication.

No. Examitect places it as background reading, not a primary reference, and the 2026 ExAC Preparation Guide names only four documents: CHOP 2020, the IAP, NBC 2020, and NECB 2020. It maps to Section 3 Sustainable Design Literacy for objective 13.3 (apply sustainable architectural design strategies). It is not a source for objective 13.1, which needs predictive climate data and resilience material the 2001 manual does not contain. For Section 3, CHING and CHOP carry the heavier load.

Chapters 2.0 (Green Building Design Methodology), 3.0 (Sustainable Site Design), and 5.0 (Energy and Atmosphere) are the most relevant to objective 13.3. If study time is limited, read those three first. Chapter 9.0 (Regional Perspective) is a placeholder with no content. Chapter 1.0 (Building an Environmental Ethic) is worth reading next because it provides the ecological footprint data that frames the later chapters.

The manual was produced by the National Practice Program (NPP) with financial support from Public Works and Government Services Canada. Peter Busby, FRAIC, of Busby and Associates Architects served as editor. Raymond J. Cole, PhD, a professor at the University of British Columbia School of Architecture, wrote Chapters 1.0 (Building an Environmental Ethic) and 10.0 (A View to the Future). The remaining chapters were contributed by subject-matter authors organized by the NPP.

The ten chapters follow the same category order as the LEED Green Building Rating System, making LEED's structure a useful navigation aid when reading the manual. Note that Chapter 8.0 references LEED Version 2.0, an early edition that has since been superseded by multiple LEED updates. Use this manual for the environmental reasoning behind each LEED category; consult current LEED editions for credit-level requirements and point thresholds.

The manual was published in 2001, so some specifics are dated: the LEED version referenced has been superseded and certain energy statistics reflect early-2000s data. The foundational concepts around ecological footprint, integrated design, passive systems, and material efficiency remain relevant. Examitect still recommends it as background reading. Read it for the conceptual framework and defer to current LEED editions and the NECB for prescriptive technical requirements.

Section 3 (Sustainability and final project), specifically the Sustainable Design Literacy category. Examitect does not map this manual to Sections 1, 2, or 4. For energy questions in Section 2, the National Energy Code of Canada for Buildings (NECB) is the primary reference. For building science and detailing questions in Section 3, CHING is the primary reference.

Keep exploring

Other ExAC reference books.

Sustainable Development of Buildings in Canada is background reading Examitect recommends. The references below cover a broader range of ExAC topics.

CHING

Building Construction Illustrated. The visual primary reference for assemblies, materials, and detailing across Sections 1 and 3.

CHOP

Canadian Handbook of Practice. The primary practice reference for Sections 1, 3, and 4, including sustainable design integration.

NBC 2020

National Building Code of Canada. The primary reference for every category in ExAC Section 2.

NECB

National Energy Code of Canada for Buildings. The primary energy compliance reference for Section 2.

Yardsticks for Costing

The Canadian unit-cost guide for construction cost planning and project budgeting across Sections 1 and 4.

RSMeans

RSMeans Cost Data. North American construction cost data, used for Section 1 Cost Management questions.

Supporting references

Examitect's extended reading list of supporting references mapped across the official ExAC objectives.