Project Management Assessment Test

1. You're managing a software development project using waterfall methodology. Midway through development, the client requests adding new features beyond the original scope. The client argues these features are 'quick additions' and won't impact the timeline. Your team estimates 8 weeks of additional work. How do you respond?

• A.Approve the addition since the client requested it; you can compress other work
• B.Refuse the request entirely; scope is locked in waterfall projects
• C.Document the requested changes, conduct impact analysis, present options with timeline/budget implications to the client, and follow formal change control procedures
• D.Add the features but extend timelines significantly without asking the client

2. During risk planning, you identify three potential risks: Risk A has 80% probability of occurring with $50K impact, Risk B has 20% probability with $200K impact, and Risk C has 50% probability with $30K impact. Using expected monetary value (EMV), which risk should receive primary mitigation attention?

• A.Risk A because it has the highest probability
• B.Risk B because it has the highest financial impact
• C.Risk B (EMV = $40K), which equals Risk A's EMV ($40K), so both require equal attention
• D.Risk C because it's the most likely to actually occur

3. Two key stakeholders disagree fundamentally on project priorities. The CFO wants to minimize spending and accelerate delivery, while the VP of Operations wants comprehensive testing to ensure quality. Both threaten to escalate if their concerns aren't prioritized. What's your best approach?

• A.Choose one stakeholder's preference to resolve the conflict quickly
• B.Present a compromise that partially satisfies both but fully satisfies neither
• C.Facilitate a discussion to understand underlying interests, propose trade-offs with data (cost of quality issues vs. timeline delays), and document the decision with all stakeholders
• D.Avoid the conflict and let upper management decide

4. Your agile team completes a 2-week sprint with velocity of 34 story points. However, you committed to delivering 40 points for this sprint based on team availability. What factors should guide your retrospective discussion about this gap?

• A.The team underperformed; implement stricter productivity monitoring
• B.Velocity naturally fluctuates; assume this sprint will match future average
• C.Consider discovery of unexpected technical debt, team interruptions, external dependencies, and refined story point estimates. Use actual velocity for realistic forecasting.
• D.Always plan for 20% buffer to account for velocity variations

5. You're tracking budget performance. Current spending is $245K against a $250K budget (98% spent), but you've only completed 75% of planned deliverables. Calculate the Cost Performance Index (CPI) and Status Performance Index (SPI), then interpret what's happening.

• A.You're on track; spending is only slightly over budget
• B.CPI = 0.76, indicating cost overrun; SPI = 0.75, indicating schedule delay. The project is over budget and behind schedule.
• C.The project cannot be properly analyzed without more data
• D.You're ahead of schedule because you've spent most of the budget

6. Analyzing your project schedule, you identify the critical path as 18 weeks. You have several tasks on the critical path and others with float. To accelerate delivery to 16 weeks, what's the most efficient approach?

• A.Compress all tasks equally to reduce duration
• B.Focus on reducing duration of tasks with the most float first
• C.Analyze critical path tasks for compression opportunities, considering crash costs, then strategically compress only critical path activities that offer favorable cost-to-time ratios
• D.Add more resources to every task to finish faster