As defined in the CMAA Standards of Practice (Chapter 2 – Project Management) , one of the CM’s key duties during design is to act as the owner’s representative and facilitator , ensuring stakeholder communication and coordination. The SOP notes:

“The CM coordinates design review meetings and facilitates communication between the designer, owner, and stakeholders to ensure that design input and decisions are documented and incorporated as required.”

While the designer produces the technical content, it is the CM’s responsibility to manage the process so that all stakeholders can review and comment effectively within the project schedule.

References (CMAA Construction Manager Documents / Study Guide):

CMAA Construction Management Standards of Practice, 2010 Edition, Chapter 2 – Project Management, Section “Design Phase Activities and Stakeholder Coordination.”

CMAA CM Study Guide, Project Management Domain, Objective 2.3: “Facilitate owner and stakeholder input during design development.”

Comprehensive and Detailed Explanation From Exact Extract:

According to the CMAA Construction Management Standards of Practice (SOP) under Chapter 9 – Risk Management , responsibility for resolving design and construction coordination risks lies with the entity that holds contractual control over both the design and construction portions of the project. In a Design-Build (D-B) delivery method, that entity is the Design-Build Team .

The CMAA specifies:

“Under the Design-Build delivery method, the design-builder assumes single-point responsibility for both design and construction. The design-builder manages coordination among subcontractors, suppliers, and design professionals to ensure that design solutions are constructible and that conflicts are resolved without direct owner intervention.”

In this case, the mechanical ductwork conflict in the above-ceiling space is a design coordination issue , involving both architectural and mechanical design elements. Because the Design-Build Team is contractually responsible for integrating the design and ensuring constructability, it must identify and resolve such conflicts.

The CM as the owner’s representative may monitor the issue, document its resolution, and advise the owner, but does not have the contractual authority to direct design or construction corrections. Likewise, the Architect (DOR) in a D-B contract works under the design-builder, not directly for the owner, so they are not the final authority to resolve this type of issue.

Therefore, the entity best-suited to resolve this risk is the Design-Build Team .

References (CMAA Construction Manager Documents / Study Guide):

CMAA Construction Management Standards of Practice, 2010 Edition, Chapter 9 – Risk Management , Section: “Risk Allocation by Project Delivery Method,” pp. 88–90.

CMAA CM Study Guide, Risk Management Domain , Objective 9.2: “Identify and assign risk ownership in accordance with project delivery method and contractual relationships.”

CMAA encourages the CM and owner to respond adaptively to changing conditions in the market rather than rigidly follow plans that become unrealistic. The owner and CM should continuously monitor external factors, such as contractor availability, market pricing escalation, and risk, and adapt the procurement and strategy accordingly. In a wildly different market, proceeding blindly (as in A or C) could lead to failed bids or cost overruns. Postponement (option B) may be an option, but doing so for a fixed period (one year) is inflexible and risky. The prudent option, consistent with CMAA’s advocacy for adaptable project management and risk mitigation, is to consider the impacts of current market conditions and revise the project strategy .

CMAA’s Sustainability and Environmental Stewardship guidance states that sustainable design objectives must be functionally defined and integrated before performing value engineering (VE). Merely setting a certification level (LEED Silver or Platinum) does not ensure that sustainability objectives are protected during cost evaluation.

The CMAA explains that:

“During value engineering, sustainability goals should be documented as functional requirements so that proposed alternatives maintain environmental performance while achieving cost efficiency.”

Thus, option B —establishing clear sustainability functional requirements—ensures that VE proposals respect the intended sustainability outcomes and do not degrade energy performance, materials reuse, or environmental targets.

References (CMAA Documents):

CMAA Construction Management Standards of Practice, Chapter 8 – Sustainability and Environmental Stewardship.

CMAA CM Study Guide, Sustainability Domain, Objective 8.3: “Ensure sustainability requirements are maintained through design and value engineering.”

The CMAA Standards of Practice, Chapter 9 – Sustainability and Environmental Stewardship , explains that when project sustainability requirements change, the Construction Manager must ensure that contractual obligations remain clear and enforceable.

CMAA guidance provides:

“If the owner elects not to pursue formal LEED certification but retains the goal of equivalency, the CM should issue clarifying instructions to bidders maintaining the original sustainability requirements while noting the change in certification status.”

This ensures that all contractors understand that although formal LEED registration is not being pursued, the sustainability specifications remain contractually binding .

Therefore, the CM issues bid instructions indicating that the project will not be registered for certification, but contract terms remain unchanged .

According to the CMAA Construction Management Standards of Practice , early involvement of the Construction Manager during the pre-design phase provides the greatest opportunity to influence project outcomes and mitigate risks.

The CMAA defines the pre-design phase as the time when the CM assists the owner in defining project scope, budget, schedule, and performance criteria. The SOP notes:

“The Construction Manager should be engaged as early as practical—preferably during pre-design—so that potential risks, scope gaps, and constructability issues can be identified and mitigated before design development.”

By addressing risks early, the CM can help the owner avoid costly changes and schedule impacts later. Once the project reaches design or construction phases, opportunities for mitigation become more limited.

References (CMAA Documents):

CMAA Construction Management Standards of Practice, Chapter 2 – Project Management, Section: “Pre-Design Phase.”

CMAA CM Study Guide, Project Management Domain, Objective 2.2: “Identify and mitigate potential project risks early.”

The CMAA Standards of Practice and CMAA Best Practices Guide for Building Information Modeling (BIM) identify the CM’s use of BIM as a tool for:

“Planning, coordination, and control of design and construction activities, integrating project information, and improving communication among all participants.”

BIM provides visualization and data integration to support project coordination, sequencing, clash detection, logistics planning, and schedule validation. Although BIM can contain data about cost, energy, and maintenance, its primary value to the CM lies in improving project planning, coordination, and control across disciplines during design and construction.

Thus, the correct answer is B. planning, coordination, and control of the project.

Comprehensive and Detailed Explanation From Exact Extract:

According to the CMAA Construction Management Standards of Practice (SOP) under Chapter 8 – Sustainability and Environmental Stewardship , early-phase sustainability and resiliency planning must begin with data collection and assessment . This step establishes the factual foundation for subsequent decision-making on design strategies, risk mitigation, and performance goals.

The CMAA states:

“During the planning and pre-design phases, the CM should assist the owner and design team by collecting and reviewing available data and reports on climate conditions, environmental risks, and site-specific factors. These data inform the development of sustainable goals and resiliency measures integrated into the project scope.”

This initial effort typically includes gathering information such as:

Local climate projections and floodplain data.

Historical weather events and environmental impact studies.

Site topography, soil, and hydrology reports.

Utility availability, energy use profiles, and applicable regulatory requirements.

Only after a comprehensive understanding of environmental and site conditions has been established can the team properly evaluate certification pathways (e.g., LEED, Envision), develop quality specifications, or engage specialized consultants such as commissioning agents.

Therefore, the best first step for the CM team during the pre-design phase is to collect relevant data and reports that will serve as the basis for all subsequent climate resiliency and sustainability strategies.

References (CMAA Construction Manager Documents / Study Guide):

CMAA Construction Management Standards of Practice, 2010 Edition, Chapter 8 – Sustainability and Environmental Stewardship , Section: “Early Project Phase Activities,” pp. 78–80.

CMAA CM Study Guide, Sustainability and Environmental Stewardship Domain , Objective 8.1: “Support the collection and assessment of environmental data in the planning and pre-design phases to inform resiliency and sustainability strategies.”

According to the CMAA Standards of Practice (Chapter 5 – Quality Management) , when non-conforming work is observed, the first action the CM must take is to document the condition accurately and notify the appropriate parties . The SOP states:

“When nonconforming work is discovered, the Construction Manager shall document the condition, identify the location and extent, and promptly notify the contractor, the owner, and the design professional.”

The CM does not have authority to direct corrective work (that authority lies with the owner or design professional). Proper documentation ensures an accurate record and initiates the formal resolution process.

References (CMAA Construction Manager Documents / Study Guide):

CMAA Construction Management Standards of Practice, 2010 Edition, Chapter 5 – Quality Management, Section “Nonconforming Work Identification and Documentation.”

CMAA CM Study Guide, Quality Management Domain, Objective 5.3: “Identify and document nonconforming work and notify appropriate parties.”

The CMAA Standards of Practice (Chapter 4 – Time Management) specifies that project schedule specifications should clearly define expected normal weather delays based on reliable climatological data to avoid disputes. The SOP states:

“The CM should recommend use of established meteorological data sources, such as NOAA, to define the number of normal adverse weather days anticipated in the schedule specification.”

This ensures consistency, fairness, and transparency in contract administration. Allowing the contractor to determine weather allowances (Option B) or deferring all responsibility to external sources (Options C and D) introduces ambiguity and potential disputes.

References (CMAA Construction Manager Documents / Study Guide):

CMAA Construction Management Standards of Practice, 2010 Edition, Chapter 4 – Time Management, Section “Weather Considerations and Schedule Specifications.”

CMAA CM Study Guide, Time Management Domain, Objective 4.1: “Develop schedule specifications including allowances for normal weather impacts.”