LEED-AP-BD-C Certification Sample Questions - Sample LEED-AP-BD-C Exam

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USGBC LEED-AP-BD-C Exam Overview:

Certification Vendor:USGBC / GBCI
Exam Name:LEED AP Building Design + Construction (LEED AP BD+C) Exam
Exam Number:LEED-AP-BD+C
Exam Price:USD 550 (standard, may vary by region/membership)
Available Languages:Portuguese, Chinese, English, Japanese, French, Spanish
Certificate Validity Period:2 years (maintenance required via continuing education hours)
Related Certifications:LEED AP Interior Design + Construction
LEED AP Neighborhood Development
LEED Green Associate
LEED AP Operations + Maintenance
Exam Format:Computer-based testing, Scenario-based questions, Multiple choice
Real Exam Qty:100
Exam Duration:120 minutes
Passing Score:Scaled score 170 (on 200–800 scale)
Recommended Training:USGBC LEED Professional Credentials Training
Exam Registration:GBCI Credentials Registration
Sample Questions:USGBC LEED-AP-BD-C Sample Questions
Exam Way:Computer-based exam delivered at test centers or via remote proctoring
Pre Condition:No strict prerequisite; LEED Green Associate credential recommended or often taken first
Official Syllabus URL:https://www.gbci.org/credentials/leed-ap-bdc

>> LEED-AP-BD-C Certification Sample Questions <<

Sample USGBC LEED-AP-BD-C Exam - Exam LEED-AP-BD-C Preparation

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USGBC LEED-AP-BD-C Exam Syllabus Topics:

TopicDetails
Topic 1
  • Indoor Water Use Reduction: This section measures the skills of LEED Green Associates in minimizing indoor water consumption to reduce water use effectively, including toilets, urinals, faucets, and showerheads. Additionally, candidates will examine appliance types that consume water, such as cooling towers and washing machines.
Topic 2
  • Water Efficiency: This topic measures the skills of LEED Green Associates in optimizing water use in building projects. It explores strategies for reducing outdoor water use through efficient irrigation practices, including landscape water requirements and irrigation systems. It also covers using native and adaptive plant species to minimize irrigation demands.
Topic 3
  • Indoor Environmental Quality: This domain measures the skills of LEED Green Associates in creating healthy indoor environments. It emphasizes the importance of maintaining adequate ventilation levels through both natural and mechanical means. Additionally, candidates will be assessed on topics such as tobacco smoke control measures.
Topic 4
  • Integrative Strategies: It emphasizes the importance of an integrative process. The topic also covers their knowledge about the value of teamwork in developing integrative green strategies and how they can collaborate throughout different project phases.
Topic 5
  • Location and Transportation: This topic measures the skills of LEED Green Associates in sustainable development. It addresses critical factors in site selection, including development constraints and opportunities related to environmental considerations, and community connectivity concepts, such as walkability and street design, which are vital for promoting sustainable transportation options.
Topic 6
  • Sustainable Sites: It covers site assessment and planning that involves evaluating various site characteristics, such as topography, hydrology, climate, vegetation, and soil conditions. It also covers assessing a site’s potential as a resource for energy flows while addressing construction activity pollution prevention measures.

USGBC LEED AP Building Design + Construction Sample Questions (Q355-Q360):

NEW QUESTION # 355
A project team is working on a mixed-use development aiming to achieve LEED certification. The client wishes to limit on-site combustion as a strategy for future electrification readiness. The building will include residential units, retail spaces, and a central heating system.
Which of the following strategies should the project team implement to support the goal of electrification readiness and limit on-site combustion?

Answer: C

Explanation:
LEED v5 EAc1: Electrification is intended to reduce dependence on on-site fuel combustion and enable lower-carbon building operation. Solar thermal water heating can reduce or displace combustion-based service-water-heating demand. LEED's electrification framework specifically recognizes solar contribution when evaluating service water heating, including a qualifying domestic-hot-water solar fraction under the applicable pathway. A high-efficiency gas boiler remains combustion equipment and therefore conflicts directly with the objective of reducing on-site fossil-fuel use. Electric-vehicle charging supports transportation electrification but does not reduce combustion from the building's space-heating or service-water-heating systems. Of the choices provided, a solar thermal system is therefore the only measure that directly reduces the building's reliance on combustion for a significant thermal load and supports the stated decarbonization objective.


NEW QUESTION # 356
Which of the following should be analyzed when pursuing an Integrative Design Process focusing on Energy- Related Systems?

Answer: A

Explanation:
The correct answer is A, site conditions. According to the LEED v4: Building Design + Construction Guide, the Integrative Process Prerequisite, Integrative Project Planning and Design, requires the project team to perform a preliminary "simple box" energy modeling and analysis before the completion of schematic design.
The purpose of this analysis is to evaluate the energy performance goals of the project and to identify and compare the energy-related design strategies. The analysis should include the following aspects1:
* Site conditions, such as climate, solar orientation, shading, and natural ventilation potential
* Massing and orientation, such as building shape, size, and orientation, and how they affect the heating and cooling loads, daylight availability, and passive design strategies
* Basic envelope attributes, such as insulation levels, window-to-wall ratio, glazing properties, infiltration rates, and thermal bridging
* Lighting levels, such as the target illumination levels, daylighting potential, and lighting power density
* Plug and process loads, such as the equipment and appliances that consume electricity, and their schedules and controls
* Programmatic and operational parameters, such as the occupancy, operating hours, and zoning of the building
* Thermal comfort ranges, such as the acceptable temperature and humidity levels for the occupants
* HVAC system selection, such as the type, efficiency, and control of the heating, ventilation, and air conditioning system The other choices are not aspects that should be analyzed when pursuing an integrative design process focusing on energy-related systems, because:
* Potable water availability is related to the water efficiency and water quality goals of the project, not the energy performance goals2.
* Acoustic performance of the project is related to the indoor environmental quality and occupant comfort goals of the project, not the energy performance goals3.
* Applicability of green vehicles to the project is related to the location and transportation and greenhouse gas emissions goals of the project, not the energy performance goals4.
References: LEED v4: Building Design + Construction Guide, Integrative Process Prerequisite, Integrative Project Planning and Design, Option 1. Energy-Related Systems1; LEED v4: Building Design + Construction Guide, Water Efficiency Prerequisite, Indoor Water Use Reduction, Requirements2; LEED v4: Building Design + Construction Guide, Indoor Environmental Quality Prerequisite, Minimum Indoor Air Quality Performance, Requirements3; LEED v4: Building Design + Construction Guide, Location and Transportation Credit, Green Vehicles, Requirements4


NEW QUESTION # 357
Which energy efficient lamp type is free from mercury?

Answer: A

Explanation:
Light Emitting Diode (LED) is an energy efficient lamp type that is free from mercury. Mercury is a toxic metal that can pose health and environmental risks when released from broken or discarded lamps. LED lamps do not contain mercury or other hazardous substances, and they also have longer lifespans and lower energy consumption than other lamp types12. References: No mercury Lights | LEEDuser; LED Lighting


NEW QUESTION # 358
Selecting a high-reflectance interior paint which is compliant with South Coast Air Quality Management District (SCAQMD) Rule 1113 can help contribute towards which two credits?

Answer: C

Explanation:
Selecting a high-reflectance interior paint that meets the SCAQMD Rule 1113 can help contribute towards two credits: Indoor Environmental Quality Credit, Low-Emitting Materials and Indoor Environmental Quality Credit, Interior Lighting.The first credit requires that interior paints and coatings comply with the VOC content limits specified by the SCAQMD Rule 1113 or equivalent standards to reduce indoor air contaminants that are odorous, irritating, and/or harmful to the comfort and well-being of installers and occupants1The second credit aims to provide high-quality lighting that supports visual acuity and occupant comfort, and that responds to the needs of the space and its users.One of the strategies to achieve this credit is to use light-colored finishes with a minimum reflectance of 0.7 for ceilings, 0.5 for walls, and 0.2 for floors to increase the effectiveness of daylighting and electric lighting systems2References:1:LEED V5Reference Guide for Building Design and Construction, Indoor Environmental Quality Credit: Low-Emitting Materials, page 692.2:LEED V5Reference Guide for Building Design and Construction, Indoor Environmental Quality Credit: Interior Lighting, page 715.


NEW QUESTION # 359
A project's massing and site orientation can have a direct impact on which of the following prerequisites?

Answer: A

Explanation:
Minimum Energy Performance
A project's massing and site orientation can have a direct impact on the minimum energy performance prerequisite, which requires projects to demonstrate a percentage of energy cost savings compared to a baseline building. Massing and orientation affect the amount of solar heat gain, daylight availability, natural ventilation potential, and wind exposure of the building, which in turn influence the heating, cooling, lighting, and ventilation loads and strategies. By optimizing the massing and orientation of the building, projects can reduce their energy consumption and improve their thermal and visual comfort.
:
Reference Guide for Building Design and Construction v4 - Pages 279-2801 Building Massing & Orientation | Sustainability Workshop2


NEW QUESTION # 360
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