Pass the AACE International Professional Level Certifications PSP Questions and answers with ValidTests

 Understanding the Problem:

The question asks which risk cannot be estimated using only a resource-loaded schedule.

A resource-loaded schedule contains detailed information about activities, resources (labor, materials, equipment), and their associated costs but does not provide external information unrelated to project resources.

 Analysis of Each Option:

A. Delay due to SDOT's other projects:

This risk depends on external factors beyond the control or visibility of the resource-loaded schedule, such as project interactions, priorities, or resource allocation managed by SDOT (the State Department of Transportation).

A resource-loaded schedule cannot estimate this delay, as it does not account for external dependencies or priorities outside the project's scope.

This is the correct answer.

B. Delay due to labor shortage:

A resource-loaded schedule tracks labor availability and allocation. By analyzing resource constraints, it can estimate potential delays due to labor shortages.

This risk can be estimated using the schedule.

C. Liquidated damages on the SDOT contract:

Liquidated damages are linked to project delays. A resource-loaded schedule can estimate the delay impact and calculate potential damages based on contract terms.

This risk can be estimated.

D. Cost overruns due to cement shortage:

Cement shortages directly affect the material resource allocations in the schedule. A resource-loaded schedule can estimate cost overruns by analyzing material usage and constraints.

This risk can be estimated.

 Final Answer and Justification:

Option A is correct because a resource-loaded schedule cannot consider or predict delays caused by external projects managed by other entities like SDOT.

All other risks relate to project resources or scheduling, which can be analyzed using a resource-loaded schedule.

 Study Guide Reference:

Refer to the PSP Certification Study Guide, Chapter 2 – Scheduling, sections on Schedule Maintenance and Risk Analysis (p. 209), and Resource-Constrained Scheduling (p. 163).

AACE Recommended Practice 57R-09: "Integrated Cost and Schedule Risk Analysis" provides additional insights into risks measurable through schedules.

 Situation Analysis:

A 5-day delay in product release impacts the printing window.

The printer is further delayed by 10 workdays.

 Total Delay Impact Calculation:

The combined impact of the testing and printing delays = 5 + 10 = 15 days.

This results in a cumulative delay in product release.

 Cross-Verification:

Option B: Incorrect. Ignores delays entirely.

Option C: Incorrect. Assumes only one source of delay.

Option D: Incorrect. Underestimates delay impact.

Option A: Correct. Matches the calculated total delay.

Understand Activity B's Status:

Activity B has an original duration of 5 days.

As of the data date/status date, the diagram shows progress beyond 5 days.

Review Actual Duration:

The progress bar indicates that 7 days have already been worked on Activity B.

Actual duration as of the status date = 7 days.

Cross-Verification:

Option B: Incorrect. Progress exceeds 3 days.

Option C: Incorrect. Progress is not 0 days.

Option D: Incorrect. Progress is more than 4 days.

Option A: Correct. Matches the observed progress on the diagram.

Scheduling Professional Study Guide and Documents References:

Total float is the amount of time an activity can be delayed without delaying the project's overall completion date.

Option B (buoyancy) and Option D (end of that activity) are irrelevant.

Option C refers to free float, not total float.

This definition is fundamental in critical path analysis​​.

 Understanding Stakeholders:

A stakeholder is any individual, group, or entity that has an interest or is affected by the project's outcome, whether directly or indirectly.

Stakeholders typically include the owner, contractors, subcontractors, suppliers, designers, public agencies, and other entities directly involved in or impacted by the project.

 Analysis of the Options:

A. ALPHA:

ALPHA appears to be one of the stakeholders involved in the Spring Highway project, likely as a contractor, subcontractor, or project participant.

B. GOUGE:

GOUGE does not appear to be directly associated with the Spring Highway project based on the provided context. It may be a separate entity unrelated to the stakeholders participating in or impacted by the project.

GOUGE is NOT a stakeholder in this project.

C. BILCO:

BILCO is likely involved as a contractor, subcontractor, or another project-related entity with direct involvement in delivering the Spring Highway project.

D. DEVCO:

DEVCO could be the project developer or a significant stakeholder involved in managing, funding, or overseeing the Spring Highway project.

 Stakeholder Determination:

Based on the definitions and principles of stakeholder analysis in project management, GOUGE is not identified as a party involved in or affected by the project.

Therefore, GOUGE is NOT a stakeholder.

 Final Answer and Justification:

The correct answer is B. GOUGE, as it is the only option that does not align with the definition of a stakeholder based on involvement in the Spring Highway project.

 Study Guide Reference:

Refer to the PSP Certification Study Guide, Chapter 1 – Planning, Subchapter 1.1.2: Identification of Stakeholders (p. 23-26), which outlines the roles and impacts of stakeholders in project planning.

Also, refer to AACE Recommended Practice 119R-21: Stakeholder Management in Project Controls, which discusses stakeholder identification and roles.

 Proceeding without completing environmental studies introduces compliance risks, such as legal challenges or project shutdowns. This is not a feasible method for reducing the overall completion time as it contradicts environmental regulations and ethical standards.

 Methods like subcontracting (A) or reallocating resources (B) are feasible, as they leverage resource management.

 References: PSP Study Guide, Section 1.2.3 – Stakeholder Considerations, and Section 1.3.13 – Risk and Recovery Planning, which emphasize compliance with regulations and avoiding unmanageable risks.

 Update Process Essentials:

Schedule updates track the current status of the project using actuals (start/finish dates), progress (percent complete), and future plans (remaining duration).

The original duration does not change and is part of baseline data, not required for routine updates.

 PSP Study Guide References:

Scheduling update procedures are discussed, emphasizing active progress tracking elements like actual start, percent complete, and remaining duration​.

 Conclusion: The correct answer is D, as original duration is not a variable considered in regular updates.

Definition of Data/Status Date:

The data or status date represents the point in time to which the schedule reflects actual progress.

Evaluation of Options:

Option A: Incorrect. It’s not tied to monthly updates.

Option B: Incorrect. The status date is not when the project manager submits updates.

Option C: Incorrect. It’s not just a system-calculated date.

Option D: Correct. The status date reflects the date progress is measured.