Project Delivery Study Workbook: Domain 1 Flashcards
Responsibility:
Arranges project financing
Project team: Owner
Responsible participant: Financial institutions
Responsibility:
Advises, assists, makes
recommendations, and evaluates
the design for compliance with
the applicable building codes
Project team: Design
Responsible Participant: Life Safety Consultant
Responsibility:
Arranges sales appointments,
quotes pricing information, takes
purchase orders, and arranges for
product shipment
Project team: Supplier
Responsible Participant: Manufactures sales employee
Responsibility:
Buys, inventories, and resells
materials, products, components,
assemblies, and equipment that
can be either fabricated or directly
incorporated into projects
Project team: Supplier
Responsible Participant:
Distributors
Responsibility:
Contracts with a manufacturer to
promote products within a defined
geographic area
Project team: Supplier
Responsible Participant: Independent Sales representative
Responsibility:
Designs the aesthetic and
technical aspects of a project
Project team: Design
Responsible Participant:
Architect
Responsibility:
Determines the cost of the work
Project team: Contractor
Responsible Participant:
Estimator
Responsibility:
Directs, manages, and coordinates
the day-to-day activities of a
construction project
Project team: Contractor
Responsible Participant:
Superintendent
Responsibility:
Answers technical inquiries from
the design and construction teams,
presents seminars, and performs
other educational activities
Project team: Supplier
Responsible Participant:
Manufacturer technical employee
Responsibility:
Establishes, monitors, and maintains
safety on the construction site
Project team: Contractor
Responsible Participant:
Safety Director
Responsibility:
Examines the soil strata beneath
the surface of the ground and
subsurface geological formations
and makes recommendations for
the design of the facility foundations
Project team: Owner
Responsible Participant:
Geotechnical Engineer
Responsibility:
Manages information about building
technology and sciences
Project team: Design
Responsible Participant:
Specifier/Knowledge manager
Responsibility:
Occupies the facility for which it
was designed and constructed to
conduct activities in accordance
with its intended purpose
Project team: Owner
Responsible Participant:
Facility users
Responsibility:
Provides risk coverage
Project team: Owner
Responsible Participant:
Insurance companies
Responsibility:
Oversees the construction contract
Project team: Design
Responsible Participant:
Construction contract administrator
Responsibility:
Provides general management
of the contractor’s staff, suppliers,
and subcontractors, and guides
the project through the
construction portion of the
project delivery method
Project team: Contractor
Responsible Participant:
Contractor’s project manager
Responsibility:
Provides the labor, materials,
and services required for the
construction of a specific portion
of the work
Project team: Contractor
Responsible Participant:
Subcontractor
Responsibility:
Researches the market to
determine what is important
to buyers and decision makers
Project team: Supplier
Responsible Participant: Manufacturers Marketing employee
Responsibility:
Surveys land on which projects
are constructed to document the
existing conditions and features
Project team: Owner
Responsible Participant:
Surveyor
Responsibility:
Technical and engineering designer
of structures that resist or support
static and dynamic loads
Project team: Design
Responsible Participant:
Structural engineer
(4 C’s)
Use proper grammar and simple sentence construction
to avoid ambiguity.
Clear
(4 C’s)
Do not leave out important information.
Complete
(4 C’s)
Present information accurately and precisely.
Carefully select words that convey exact meanings
Correct
(4 C’s)
Eliminate unnecessary words, but not at the expense of clarity,
correctness, or completeness.
Concise
Write the name of each stage of the Facility Life Cycle in the text boxes.
Project conception
Design
Construction documents
Procurement
Construction
facility management
activities associated with the facility life cycle stage:
-Investigations
-programming
-Site evaluation and selection
-Project delivery method selection
Project conception
activities associated with the facility life cycle stage:
-Schematic Design
-Design Development
Design
activities associated with the facility life cycle stage:
-Construction Documents
Construction Documents
activities associated with the facility life cycle stage:
-Competitive bidding/proposing
-Contract negotiations
-Direct purchase of goods and supplies
Procurement
activities associated with the facility life cycle stage:
-Mobilization
-Construction
-Contract administration
-Project closeout
Construction
activities associated with the facility life cycle stage:
-Occupancy
-O&M
-Evaluation
Facility management
Match each document to the facility life cycle stage in which it is prepared.
Then, identify the project participant who is responsible for preparing each document.
Document: Bid Form
FACILITY LIFE CYCLE STAGE: Procurement
RESPONSIBLE PARTICIPANT:
Owner
Match each document to the facility life cycle stage in which it is prepared.
Then, identify the project participant who is responsible for preparing each document.
Document: Post Occupancy Evaluation
FACILITY LIFE CYCLE STAGE: Facility management
RESPONSIBLE PARTICIPANT:
Architect/Engineer
Match each document to the facility life cycle stage in which it is prepared.
Then, identify the project participant who is responsible for preparing each document.
Document: Project Schedule
FACILITY LIFE CYCLE STAGE: Project conception
RESPONSIBLE PARTICIPANT:
Owner
Match each document to the facility life cycle stage in which it is prepared.
Then, identify the project participant who is responsible for preparing each document.
Document: Outline Specifications
FACILITY LIFE CYCLE STAGE: Design
RESPONSIBLE PARTICIPANT:
Architect/Engineer
Match each document to the facility life cycle stage in which it is prepared.
Then, identify the project participant who is responsible for preparing each document.
Document: Bid/Proposal
FACILITY LIFE CYCLE STAGE: Procurement
RESPONSIBLE PARTICIPANT:
Contractor
Match each document to the facility life cycle stage in which it is prepared.
Then, identify the project participant who is responsible for preparing each document.
Document: Permits
FACILITY LIFE CYCLE STAGE: Construction
RESPONSIBLE PARTICIPANT:
Contractor
Match each document to the facility life cycle stage in which it is prepared.
Then, identify the project participant who is responsible for preparing each document.
Document: Certificate of Substantial
Completion
FACILITY LIFE CYCLE STAGE: Construction
RESPONSIBLE PARTICIPANT:
Architect/Engineer
Match each document to the facility life cycle stage in which it is prepared.
Then, identify the project participant who is responsible for preparing each document.
Document: Construction Schedule
FACILITY LIFE CYCLE STAGE: Construction
RESPONSIBLE PARTICIPANT:
Contractor
Match the descriptions to the correct written format and standard type.
Organizes the content within
a single specification section
Written format: Sectionformat
Standard type: Compositional
Match the descriptions to the correct written format and standard type.
Organizes construction information
based on physical parts of a facility
called functional elements or
systems and assemblies
Written format: Uniformat
Standard type: Taxonomical
Match the descriptions to the correct written format and standard type.
Standardizes the presentation
of specification information on
the printed page
Written format: Pageformat
Standard type: Compositional
Match the descriptions to the correct written format and standard type.
Standardizes preliminary project
information using descriptions of
basic systems and assemblies
Written format: PPDformat
Standard type: Compositional
Match the descriptions to the correct written format and standard type.
Classifies information applicable
to the entire built environment
Written format: Omniclass
Standard type: Taxonomical
Match the descriptions to the correct written format and standard type.
Organizes construction, operation,
and maintenance information of
a facility based on work results
Written format: Masterformat
Standard type: Taxonomical
Identify which written format is described by each statement.
Includes MasterFormat and UniFormat
Written format:
Omniclass
Identify which written format is described by each statement.
Uses UniFormat as the structure for a preliminary
project description
Written format:
PPDFORMAT
Identify which written format is described by each statement.
Has subjects in PART 1 that are extensions
of MasterFormat Division 01
Written format:
Sectionformat
Identify which written format is described by each statement.
Used for organizing standard drawing details
Written format:
Uniformat
Identify which written format is described by each statement.
Used to structure preliminary cost estimates
Written format:
Uniformat
Identify which written format is described by each statement.
Used to organize construction specifications
Written format:
Masterformat
Identify which written format is described by each statement.
Used to organize database structures
Written format:
Omniclass
Identify which written format is described by each statement.
Used to organize product literature by work results
Written format:
Masterformat
Identify which written format is described by each statement.
Used to structure construction costs
Written format:
Masterformat
Identify which written format is described by each statement.
Organizes a MasterFormat specification section into
three PARTS
Written format:
Sectionformat
Identify which written format is described by each statement.
Used to organize performance specifications
Written format:
Uniformat
Identify which written format is described by each statement.
Lays out text of a MasterFormat specification section
in a standardized format
Written format:
Pageformat
Identify which written format is described by each statement.
Used to organize preliminary project descriptions
Written format:
Uniformat
Identify which written format is described by each statement.
Organizes the text of a preliminary project description
Written format:
PPDFORMAT
List each of the four major components of NCS next to their corresponding description
NCS major components:
AIA CAD Layer guidelines
Provides a hierarchical organization for describing
drawing layers
List each of the four major components of NCS next to their corresponding description
NCS major components:
CSI Uniform drawing systems
Organizes and presents the drawings and project information
in a standard format for use in planning, design, construction,
and operation of facilities throughout its lifecycle
List each of the four major components of NCS next to their corresponding description
NCS major components:
BIM implementation
States the NCS is the standard for design and construction
drawing output from the BIM process
List each of the four major components of NCS next to their corresponding description
NCS major components:
Plotting guidelines
Ensures printed lines are easy to read so that the drawings
can be interpreted properly
a digital representation of physical and functional characteristics of a facility.
As such it serves as a shared knowledge resource for information about a facility
forming a reliable basis for decisions during its lifecycle from inception onward.”
A BIM
Write the name of each rule courts use when interpreting contract documents next to the
corresponding description.
Ambiguous provisions will be interpreted against the party
drafting the provision on the basis that the drafter had
superior knowledge of the subject matter and should have
been more specific or accurate in the preparation of the
provision.
Construction against the drafter
Write the name of each rule courts use when interpreting contract documents next to the
corresponding description.
When specific information is written, the courts interpret
it as intentional for the work and will be given more
importance than general information or printed provisions.
Specific takes precedence over general
Write the name of each rule courts use when interpreting contract documents next to the
corresponding description.
Contract law is founded on the principle that two parties
are mutually free to determine the terms of an agreement,
within the bounds of lawful activities, for a specific purpose.
Those who do so are seen as having the capacity to
contract for products or services.
Autonomy to contract
Write the name of each rule courts use when interpreting contract documents next to the
corresponding description.
If the contract documents do not adequately establish the
intentions of the contract provisions, then the court may
rely on the customs and practices of an industry or a trade
Trade customs
Write the name of each rule courts use when interpreting contract documents next to the
corresponding description.
When considering questions, the court will search for
the meanings of the words used and the purposes of the
contract provisions. The documents will be interpreted in
an effort to establish the parties’ intentions. If ambiguities
or conflicts are found, other contract documents will be
examined in the effort to find definitions and meanings.
If an issue under consideration is of a technical nature,
the specifications will be examined.
Entire agreement
Write the name of each rule courts use when interpreting contract documents next to the
corresponding description.
Ambiguous provisions will be interpreted by the court
according to the practical meanings placed on them by
the parties to the agreement.
Practical interpretation
Match each of the six (6) fundamental sustainable design approaches to the corresponding
description.
Repurposing historic or functionally obsolete buildings.
Historic presentation and rehabilitation
Match each of the six (6) fundamental sustainable design approaches to the corresponding
description.
Reusing building materials; using materials with recycled
content; using regional materials; using materials from
rapidly renewable sources; reducing waste reduction
and encouraging recycling during construction and in the
workplace; and using materials that do not reduce indoor
air quality
Materials and resources
Match each of the six (6) fundamental sustainable design approaches to the corresponding
description.
Making best use of the site in regard to orientation; use
of rainwater percolation and storage; reduced impact on
infrastructure, neighborhood, and ecosystem; reduced
heat island effect; use of brownfields in lieu of greenfields;
and encouraging sustainable construction practices.
Site optimization
Match each of the six (6) fundamental sustainable design approaches to the corresponding
description.
Improving thermal comfort, ventilation, and moisture
control; maximizing daylighting; using materials with low
VOCs; controlling tobacco smoke; improving acoustic
qualities; providing access to nature; and conducting
building flush out or testing for off-gassing.
Environmental quality
Match each of the six (6) fundamental sustainable design approaches to the corresponding
description.
Reducing potable water usage for building and
landscaping, and collecting and reusing water resources.
Water use and conservation
Match each of the six (6) fundamental sustainable design approaches to the corresponding
description.
Designing buildings with low energy usage; implementing
renewable energy sources; reduce generation of
greenhouse gases; implementing controls for building
systems; and encouraging the use of commissioning.
Energy performance and conservation
For sustainability requirements, each team member has responsibilities.
For each set of responsibilities, write the name of the responsible team member(s).
Understand the project’s sustainability goals
‣ Have experience in the type of construction required
‣ Ensure that construction methods and techniques,
purchasing of products, and management of
construction waste are applied in a manner that
fulfills the owner’s sustainability requirements
Contractor, Design/builder, and construction manager at risk
For sustainability requirements, each team member has responsibilities.
For each set of responsibilities, write the name of the responsible team member(s).
Implement maintenance procedures that support
the sustainable design principles
Facility manager
For sustainability requirements, each team member has responsibilities.
For each set of responsibilities, write the name of the responsible team member(s).
Understand sustainability design principles
and approaches and how they might affect
construction cost
‣ Maintain sustainability goals throughout the facility
life cycle
‣ Prioritize sustainability as a goal early during project
conception
Owner
For sustainability requirements, each team member has responsibilities.
For each set of responsibilities, write the name of the responsible team member(s).
Be knowledgeable of sustainable design principles
and approaches
‣ Apply the concepts properly to fulfill the owner’s
requirements
‣ Understand how sustainability affects
construction cost
Architect/Engineer
