According to theCMAA Construction Management Standards of Practice (SOP)underChapter 4 - Time Management, "schedule parameters" are quantitative data or attributes that define and control the time-based characteristics of project activities.
CMAA identifies parameters such as:
Dates(start and finish)
Durations(planned time to perform an activity)
Float or slack(available time flexibility within the schedule)
These are fundamental "parameters" because they define measurable scheduling characteristics rather than structural logic or relationships. In contrast, "logic elements" refer to the dependencies between activities, and
"constraints" impose limitations or conditions (such as "must finish by" or "start no earlier than").
Therefore,float, date, and durationare examples ofschedule parameters.
References (CMAA Documents):
CMAA Construction Management Standards of Practice, 2010 Edition, Chapter 4 - Time Management, Section: "Scheduling Fundamentals." CMAA CM Study Guide, Time Management Domain, Objective 4.2: "Identify schedule elements and parameters."

Under the CM at Risk (CMAR) delivery method, the CM often assumes responsibilities similar to a general contractor during the construction phase, including coordination of schedule, means and methods, and sequence of work. The CM transitions from advisory role during design to performance role during construction, which involves enforcing construction coordination and methods. The CMAA "Owner's Guide to Project Delivery Methods" explains that in CMAR, the CM "acts as consultant... during the design phases, but as the equivalent of a general contractor during the construction phase." Because in DBB or Multi-Prime, the general contractors or multiple contractors would handle means and methods, and in DB the design-builder handles those responsibilities. The CM at Risk is the form where schedule coordination and enforcement of means & methods is typically assigned to the CM.

CMAA's Standards of Practice assert the importance of properly defining roles, responsibilities, and risk allocations in the early planning phases (in the Project Procedures Manual and/or Project Management Plan).
The CM's role includes advising the owner of risks associated with the chosen approach. The CM should use the PPM (or the procedures already established) to inform the owner that omitting design professional services during construction (submittals review, RFI responses, inspections) increases the owner's exposure to errors, claims, and omissions.
Choosing option A means referring back to the formal procedures already agreed upon, educating the client about added risks, and working collaboratively to preserve necessary design-phase involvement. Option B would be insubordinate to the client's direction, C is naively optimistic (design documents are rarely perfect), and D is too passive-it doesn't confront the risk issue effectively.
Thus, reviewing the PPM and discussing the risks with the client is the proper CM response.

According to theCMAA Construction Management Standards of Practice (SOP), Chapter 5 - Quality Management, commissioning is the process of verifying that all systems and components of a facility are designed, installed, tested, and maintained according to the owner's operational requirements.
The CMAA defines that:
"The commissioning plan must identify each party's responsibilities, including sequencing, scheduling, documentation, and verification procedures required to confirm that systems perform as intended." Therefore, a complete commissioning plan outlineswhen and in what sequenceactivities occur,how they are scheduled,what documentation is required, andhow verification is performedto ensure that design and performance criteria are achieved.
References:
CMAA Construction Management Standards of Practice, Chapter 5 - Quality Management, Section:
"Commissioning and Quality Assurance," pp. 55-58.
CMAA CM Study Guide, Quality Management Domain, Objective 5.4: "Develop and implement commissioning plans including documentation and verification procedures."

In CMAA's Construction Management Standards of Practice (Safety Management chapter), a foundational principle for establishing a strong safety culture ismanagement commitment and leadership. The Standards emphasize that safety culture requires"buy-in" from ownership and senior management, meaning that the highest levels of the organization visibly support, fund, and enforce safety initiatives. Without top-down support, safety programs are less effective.
While prompt accident notification is an important procedural action in safety management, it is not a core cultural element. "Time is of the essence" and "maximizing profit" are not safety culture traits. The distinguishing characteristic of a mature safety culture is that management and ownership demonstrate continuous commitment, accountability, and prioritize safety across all project levels.