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EDGE EDGE-Expert Exam Syllabus Topics:

Section Weight Objectives Topic 1: Software & Methodology 25% - Baseline & Proposed Building Models

1. Proposed Design Inputs
2. Basecase Definition

- Climate Zones & Weather Data

1. Impact of Climate on Building Design

- EDGE Software Interface

1. Data Entry Requirements
2. User Interface Navigation

Topic 2: EDGE System Overview 15% - EDGE Certification Process

1. Certification Steps
2. GBCI Certification Services
3. Required Documentation

- Building Types & Applicability

1. Commercial (Retail, Office, Hospital)
2. Residential
3. Hospitality & Educational Buildings

- Understanding the EDGE Standard

1. EDGE Categories (Energy, Water, Materials)
2. Benefits of Green Buildings
3. EDGE Certification Program

Topic 3: Energy Efficiency 25% - Lighting & Hot Water

1. Energy demand for hot water
2. Energy demand for lighting

- HVAC Systems

1. Technologies for Heating, Ventilation and Air Conditioning

- Energy Consumption

1. Overall energy demand of buildings
2. Energy-saving measures
3. Virtual energy for comfort

Topic 4: Water Efficiency & Materials 25% - Materials Embodied Energy (EE)

1. Base case definition
2. Materials EE measures

- Water Demand

1. Rainwater harvesting, recycling and other conservation techniques
2. Base case water use in each building type
3. Water sources (mains-supplied, recovered, recycled)
4. Water-saving measures

Topic 5: Financial & Results Analysis 10% - Results and outputs of EDGE

1. Financial outputs in results bar
2. Baseline, utility savings, GHGs reduced

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EDGE Excellence in Design for Greater Efficiencies (EDGE Expert) Exam Sample Questions (Q83-Q88):

NEW QUESTION # 83

Increasing the glazing area of an office building will NOT impact which of the following?

A. Lighting energy
B. Heating demand
C. Hot water demand
D. Cooling demand

Answer: C

Explanation:

Increasing the glazing area in an office building affects various aspects of energy consumption due to changes in heat gain, heat loss, and natural light availability, but it does not influence all buildingsystems. The EDGE User Guide explains the impacts of glazing: "Increasing the glazing area (window-to-wall ratio, WWR) in an office building typically increases cooling demand due to higher solar heat gain, increases heating demand in colder climates due to greater heat loss through windows, and reduces lighting energy by allowing more natural daylight, assuming proper daylighting design" (EDGE User Guide, Section 3.5: Passive Design Strategies). Option A (cooling demand) is affected, as more glazing increases solar heat gain: "Higher WWR leads to greater cooling loads in hot climates due to increased solar radiation entering the building" (EDGE Methodology Report Version 2.0, Section 5.2: Energy Calculation Methods). Option B (heating demand) is also impacted, particularly in cooler climates: "Larger glazing areas increase heat loss in cold climates, raising heating demand due to the lower thermal resistance of windows compared to walls" (EDGE User Guide, Section 4.1: Insulation Measures). Option C (lighting energy) is affected, as more glazing can reduce the need for artificial lighting: "Increased glazing can lower lighting energy by enhancing daylight penetration, provided glare is controlled" (EDGE User Guide, Section 4.4: Lighting Efficiency Measures). However, Option D (hot water demand) is not impacted by glazing area, as hot water use is tied to occupant activities (e.

g., showers, cleaning) rather than building envelope design: "Hot water demand in EDGE is determined by occupant use patterns, such as the number of showers or laundry cycles, and is not influenced by glazing area or WWR" (EDGE Methodology Report Version 2.0, Section 4.2: Water Savings Calculations). The EDGE User Guide further confirms: "Glazing area impacts energy-related metrics like cooling, heating, and lighting, but has no direct effect on hot water demand, which is calculated separately based on usage assumptions" (EDGE User Guide, Section 5.2: Water Efficiency Measures). Therefore, increasing glazing area does not impact hot water demand (Option D).

Reference:EDGE User Guide Version 2.1, Section 3.5: Passive Design Strategies, Section 4.1: Insulation Measures, Section 4.4: Lighting Efficiency Measures, Section 5.2: Water Efficiency Measures; EDGE Methodology Report Version 2.0, Section 5.2: Energy Calculation Methods, Section 4.2: Water Savings Calculations.

NEW QUESTION # 84

As an EDGE Auditor, one requires a full set of documentation to support each green building measure selected in a project assessment. Providing this information is the responsibility of:

A. The Building Inspector.
B. The Facility Manager.
C. The Client.
D. The project design team.

Answer: C

Explanation:

The roles and responsibilities in the EDGE certification process are clearly defined to ensure a streamlined audit process. The EDGE Certification Protocol explicitly assigns the responsibility for providing documentation to support green building measures: "The EDGE Client is responsible for providing a full set of documentation to support each green building measure selected in the project assessment. This includes drawings, specifications, manufacturer's data sheets, and any other evidence required by the Auditor to verify compliance with the EDGE standard during both the design and post-construction stages" (EDGE Certification Protocol, Section 3.1: Certification Process). Option A, the Client, directly aligns with this requirement, as the Client (typically the project owner or developer) is the primary party submitting the project for certification and must provide all necessary evidence. Option B (the Facility Manager) is incorrect because the Facility Manager's role is operational, not related to certification documentation: "Facility Managers may assist with operational data for EDGE Zero Carbon certification but are not responsible for providing design or construction documentation" (EDGE Certification Protocol, Section 2.3: Certification Levels). Option C (the Building Inspector) is also incorrect, as this role is external to the EDGE process and not involved in certification: "Building Inspectors ensure compliance with local codes, not EDGE requirements" (EDGE User Guide, Glossary). Option D (the project design team) may prepare documentation, but the responsibility lies with the Client to submit it: "While the design team often prepares technical documents, it is the Client's responsibility to compile and provide them to the Auditor as part of the certification process" (EDGE Expert and Auditor Protocols, Section 2.1: Roles of EDGE Client). The EDGE User Guide further reinforces this by stating: "The Client must ensure all supporting documentation is complete and accessible to the Auditor to avoid delays in the certification process" (EDGE User Guide, Section 6.2: Documentation Requirements). Therefore, the Client (Option A) is responsible for providing the full set of documentation for the audit.

Reference:EDGE Certification Protocol, Section 3.1: Certification Process, Section 2.3: Certification Levels; EDGE Expert and Auditor Protocols, Section 2.1: Roles of EDGE Client; EDGE User Guide Version 2.1, Section 6.2: Documentation Requirements, Glossary.

NEW QUESTION # 85

Which of the following is an EDGE measure to reduce the embodied energy in materials?

A. Fly ash concrete
B. Occupancy sensors
C. Low-flow shower heads
D. External shading

Answer: A

Explanation:

Embodied energy in materials is one of the three core pillars of the EDGE standard, focusing on reducing the environmental impact of construction materials. The EDGE User Guide lists measures that specifically target embodied energy: "To reduce embodied energy in materials, EDGE includes measures such as the use of fly ash concrete, which substitutes a portion of cement with fly ash, a byproduct of coal combustion, thereby lowering the embodied energy and carbon footprint of concrete production" (EDGE User Guide, Section 7.2:

Materials Efficiency Measures). Option B, fly ash concrete, directly aligns with this measure, as it reduces the need for high-energy cement production. Option A (external shading) impacts energy by reducing cooling loads but does not directly address embodied energy: "External shading reduces operational energy use but does not contribute to embodied energy savings unless the shading materials themselves are low-impact, which is not specified in EDGE" (EDGE User Guide, Section 3.5: Passive Design Strategies). Option C (occupancy sensors) is an energy efficiency measure for lighting, not materials: "Occupancy sensors reduce lighting energy use but have no direct impact on embodied energy in materials" (EDGE User Guide, Section

4.4: Lighting Efficiency Measures). Option D (low-flow shower heads) targets water efficiency, not materials:

"Low-flow shower heads reduce water consumption, but their embodied energy impact is minimal and not a focus of EDGE materials measures" (EDGE User Guide, Section 5.2: Water Efficiency Measures). The EDGE MethodologyReport further elaborates: "Fly ash concrete can reduce embodied energy by up to 20% compared to traditional concrete, making it a key measure in EDGE for materials efficiency, especially in high-volume applications like hospitals or hotels" (EDGE Methodology Report Version 2.0, Section 6.1:

Embodied Energy in Materials). Other materials measures in EDGE, such as using recycled steel or bamboo, are not listed among the options, making fly ash concrete (Option B) the correct choice for reducing embodied energy.

Reference:EDGE User Guide Version 2.1, Section 7.2: Materials Efficiency Measures, Section 3.5: Passive Design Strategies, Section 4.4: Lighting Efficiency Measures, Section 5.2: Water Efficiency Measures; EDGE Methodology Report Version 2.0, Section 6.1: Embodied Energy in Materials.

NEW QUESTION # 86

Company A is developing a logistic center of 15,000 m² in Kenya. The project consists of 14,000 m² of warehouse space, 500 m² of office space, and 500 m² of technical areas mechanical and electrical. The company is looking for a single certification for the project. Which EDGE Building type should be selected for the certification?

A. Logistic
B. Office
C. Retail
D. Industrial

Answer: D

Explanation:

In the CBCI EDGE curriculum, the correct building type in the EDGE software is selected based on the project's dominant functional use, because the baseline assumptions for energy and water are driven by occupancy patterns, internal loads, operating hours, and typical system types for that use. In this project, the overwhelming majority of area is warehouse space: 14,000 m² out of 15,000 m², while office and technical areas together represent only 1,000 m².

EDGE does not treat "Logistic" as a separate building type for modeling; logistics centers are typically modeled under the Industrial category because warehouses and distribution facilities have industrial-like operational characteristics and baselines. Selecting Office would misrepresent schedules and plug loads and would distort the baseline comparison, leading to inaccurate savings results. Retail is also inappropriate because it assumes customer-facing operating hours, lighting levels, and HVAC patterns different from warehouses.

For a single certification covering the whole development, the appropriate approach is to select the building type that best matches the primary use and area share. Therefore, the correct EDGE building type for this logistics center is Industrial.

NEW QUESTION # 87

For a project in a hot and dry climate with no air-conditioning system, which of the following will NOT have an impact on the occupants' thermal comfort?

A. Solar photovoltaics
B. Wall and roof insulation
C. Ceiling fans
D. Solar shading

Answer: A

Explanation:

In a hot and dry climate without air-conditioning, thermal comfort relies on passive design strategies that reduce heat gain or improve air movement. The EDGE User Guide discusses passive measures for thermal comfort: "In hot climates without air-conditioning, thermal comfort can be improved through ceiling fans, which enhance air movement, solar shading, which reduces solar heat gain, and wall and roof insulation, which minimizes heat transfer into the building" (EDGE User Guide, Section 3.5: Passive Design Strategies).

Option A (ceiling fans) improves air movement, directly impacting thermal comfort: "Ceiling fans increase air speed, enhancing evaporative cooling on occupants' skin" (EDGE Methodology Report Version 2.0, Section

5.5: Thermal Comfort Measures). Option B (solar shading) reduces heat gain, improving comfort: "External shading reduces solar radiation entering the building, lowering indoor temperatures" (EDGE User Guide, Section 3.5: Passive Design Strategies). Option C (wall and roof insulation) also enhances comfort by reducing heat transfer: "Insulation lowers the U-value of the building envelope, maintaining cooler indoor temperatures" (EDGE User Guide, Section 4.1: Insulation Measures). Option D (solar photovoltaics) generates electricity but does not directly affect thermal comfort in a building without air-conditioning: "Solar photovoltaics contribute to energy supply but do not directly influence indoor thermal comfort unless used to power cooling systems, which are absent in this scenario" (EDGE Methodology Report Version 2.0, Section

5.3: Energy Measures). Thus, solar photovoltaics (Option D) will not impact thermal comfort in this context.

Reference:EDGE User Guide Version 2.1, Section 3.5: Passive Design Strategies, Section 4.1: Insulation Measures; EDGE Methodology Report Version 2.0, Section 5.5: Thermal Comfort Measures, Section 5.3:

Energy Measures.

NEW QUESTION # 88

......

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EDGE EDGE-Expert Exam Syllabus Topics:

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