Cost Control and Project Scheduling

Build on the fundamentals of monitoring and controlling to master schedule control using project metrics and schedule related key performance indicators.

Explore project metrics and distinguish critical success factors from key performance indicators, and define KPI concepts for applying the right KPIs to a schedule.

Explore the fundamentals of project metrics and their role in cost control and project scheduling.

Understand how project metrics differ from financial metrics and how they can change during the project lifecycle and vary from project to project.

Analyze project characteristics such as raw numbers, percentages, funding amounts, counts, and ratings to identify targeted values measured with reasonable accuracy, aligned to project goals.

Metrics provide information to stakeholders, focus on target, and equip projects with a reasonably accurate basis for measures, enabling proactive management and helping assess likelihood of success, challenge, or failure.

Apply a worksheet to differentiate CSFs from KPIs by labeling each description as a CSF or KPI. Determine whether metrics measure end-of-project success or ongoing tracking.

Use a worksheet to distinguish CSFs from KPIs by marking each metric as a critical success factor or KPI, then debrief and review the prescribed responses.

Differentiate CSFs and KPIs by showing how KPIs like percent of changed assumptions and high-risk work packages track progress, while CSFs such as environmental regulations enhance project efficiency.

Reinforce your understanding of metrics by distinguishing critical success factors from KPIs and explore how to establish schedule-related KPIs for a project.

Learn how key performance indicators act as measurable metrics that can be quantified, adjusted and controlled, unlocking project success or preventing failure while accounting for current and forecasted performance.

Select the right KPIs for a project and determine the optimal number to enhance decision making, boost performance, uncover problem areas, and strengthen stakeholder relations.

Reflect on KPI concepts and describe schedule-related KPIs that could guide your project, then compare your list with the presented ones to refine your planning.

Explore the schedule KPI percent of work packages adhering to schedule, lowest level of WBS, and how 40–80 hour packages map to cost accounts for monitoring schedule and costs.

Forecast the time to achieve outcome value with schedule-based estimates for the estimate at completion, rooted in earned value management concepts, acknowledging the target shifts with project progress.

Explore schedule baseline changes as a key performance indicator, examining changes against historical records to scrutinize requests based on project type, with novel projects showing more baseline changes.

Evaluate schedule variance as a measure against on-target schedule and planned value within project management methodology, and see why larger deviations, including positive ones, trigger more aggressive corrective actions.

Learn how the schedule performance index (spi) measures time utilization against the schedule baseline. Investigate the root causes of under or over performance when spi deviates from 1.0.

Compare your schedule related KPIs with topic standards, apply them to monitor and control the schedule, and identify KPIs from critical success factors that deliver customer value.

Monitor and control the project schedule, update actuals versus plan, track all dates, and manage changes to the schedule baseline as warranted.

Explore a project management methodology centered on schedule control, applying standardized planning, monitoring, and controlling techniques including earned value management, key performance indicators, templates, and tailoring for improvement.

Control thresholds define variance levels to monitor schedule and cost, per PAM guide, expressing variation from baseline as percentage deviations using earned value management, schedule variance, and cost variance formulas.

Apply earned value analysis to track schedule and budget using EV, PV, and SV. Calculate SPI, percent complete, and EAC forecasts to monitor performance and guide decisions.

Identify key project management KPIs, including forecasted schedule baseline changes, schedule variance, the percentage schedule performance index, and percent complete, to inform a TISS project review meeting.

Identify schedule kpis on the evm data sheet by locating each kpi in the leftmost column and its description in the center, then apply the formula to count second kpi.

The project forecasts a three-month delay with a 15-month end date, red status, and negative schedule variance, yielding a sub-1.0 performance index and 16 percent complete.

Determine schedule KPI measures using an earned value management debrief, interpret results, and prepare a leadership presentation, then decide monitoring and control actions at the project review.

Apply earned value management to eight data sheets to determine schedule KPIs from performance measurement baseline, interpret results with control thresholds, and prepare a leadership project review.

Exercise 2.3 demonstrates determining schedule KPIs with an earned value management debrief, showing zero schedule variance, green status, and forecasted on-time completion with 20 percent complete.

Apply earned value management to determine schedule KPI measures, interpret results for baseline project review, and recommend actions for to Z leadership, and note differences from earlier scenarios.

Apply earned value management to determine schedule KPIs from a revised data sheet, calculate results, and interpret them using critical thinking and control thresholds for the review meeting.

Use the evm worksheet to calculate results and document interpretation for schedule kpis, pausing as needed before the debrief.

Assess schedule health via the earned value management debrief, noting forecasted end around nine point five months, 25 percent complete, and a 25 percent schedule variance ahead of schedule.

Explore how to determine schedule KPI measures and interpret results for a leadership debrief, and contrast recommended actions with those from the previous two scenarios.

Determine schedule kpis using evm debrief by identifying ahead-of-schedule work packages, revising estimates and resources, and analyzing precedence and fast-tracking to address variances.

Explore costs control by examining costs, account codes, and call centers, and relate them to key performance indicators to manage and improve project costs.

Explore the fundamentals of cost, cost account codes, and cost centers, and learn how these elements interrelate to manage project expenses.

Cost accounting records and reports cost measurements in manufacturing or services to guide management toward cost efficiency. It provides cost information to control operations and support planning and decision making.

Explore standardized six-digit cost account codes that classify financial activities and balance the general ledger, and learn how employees map time to these codes to reveal where time is spent.

Understand how four-digit cost centers map to cost accounts and decompose costs from divisions to work packages, with a PMO split into knowledge management, project management, and business analysis.

Understand how cost centres minimise costs while tracing functional expenses. Differentiate cost centres from profit centres, where the latter also understands where profits are generated.

Explore how cost centers enable ongoing monitoring and control of cost efficiency by delegating management, preventing losses, and reducing expenses, while enabling cost recovery and profit optimization through period comparisons.

Identify cost data types such as labor, materials, overheads, and other direct charges, and ensure timely, accurate charging to the correct call center for costs data collection.

Compare your cost concept with the covered material on cost accounting and cost centers, and explore how cost account codes relate to call centers.

Define the right number of key performance indicators in the charter and use them in planning to drive better decisions, boost performance, spot problem areas, and strengthen stakeholder relations.

Identify cost related performance indicators, including percent of packages adhering to budget costs to achieve outcome value, track costs, baseline changes, variants, and cost variance percentage at cost performance index.

Identify cost-related KPIs from work packages, lowest level of the work breakdown structure, 40 to 80 hours of one-person effort across activities, mapped to cost accounts for monitoring costs.

Explore cost-related KPIs, measuring the percent of work packages on budget against forecast at key review dates, guided by project management methodology and stage gates.

Analyze how the number of cost baseline changes reflects project dynamics, using historical records to scrutinize requested changes rather than minimize them; higher counts occur in novel projects.

Cost variance compares budgeted amount for the work performed to actual expenditure within a defined range. When variance deviates from zero, teams take action to address it.

Calculate the cost variance percentage from the cost variance to simplify understanding of cost variance, like schedule variance percentage, and trigger aggressive actions when the variance increases.

Measure the cost performance index to assess efficiency against the cost baseline. Use CPI insights to determine if you are under or overperforming and guide actions when CPI exceeds 1.0.

Compare your cost-related KPIs with the topic standards, identify critical success factors, and use metrics to assess success and define the relevant KPIs.

Explore cost control through key performance indicators, mirroring the approach used for schedule control with KPIs, and learn how KPIs guide cost management.

Update this case study to focus on cost control, with a project performance baseline, 10-month schedule, and a leadership review of costs, status, and forecasts per the project management methodology.

Revisit the project management methodology for a to C corporation and outline cost variance thresholds: within 5% recoverable, 5–10% recoverable, over 10% not recoverable, with green, yellow, red color status.

Explore control thresholds for monitoring schedule and cost performance using earned value management, schedule variance, cost variance formulas, and cost performance index to interpret percentage deviations from baseline plan.

Calculate cost variance, cost performance index, and estimate at completion from earned value and actual costs to forecast project spend and monitor KPI measures.

Present key cost KPIs for the project review, including cost variance, percent spent, and the cost performance index. Track baseline changes and outcomes to guide cost control and scheduling decisions.

Calculate cost KPIs using earned value management (EVM) with data sheets, record results on the project management performance baseline worksheet, and interpret the effects for the upcoming review.

Examine the first data sheet, combine planned value and earned value from the prior chapter with the added actual cost, and calculate results using the provided formulas.

Assess cost performance by using EVM data to determine the estimate at complete time, noting zero baseline revisions, and tracking cost variance percentage, cost performance index, and percent spent.

Work through the worksheet for exercise 3.1, take your time, pause as needed, and participate in the debrief to reinforce cost control concepts.

Determine cost-related KPI measures using EVM and interpret results for the project management performance baseline review. Recommend clear actions to leadership to establish accountability and define next steps.

Interpret earned value results at the review, engage the sponsor to implement actions, investigate labor rates, competencies, and material costs, identify cost-cutting opportunities, and plan recovery with lessons learned.

Calculate cost KPI measures using earned value management for a scenario with zero baseline changes, using a new data sheet and control thresholds to prepare for the project review.

Calculate cost KPIs with an EVM data sheet and interpret the results beyond simply over or under budget, focusing on cost variance percentage.

Analyze a scenario to determine costs and KPI measures using EVM, interpret the results, and outline recommended actions after presenting them to A to Z leadership.

Engage the sponsor to implement approved actions and analyze work packages with 10 percent funding variances in an EVM debrief to refine estimates and align future costs with the plan.

Determine cost-related KPIs via earned value management from data sheet, applying worksheet and control thresholds; assume zero schedule baseline change for the project management performance baseline meeting with TISS leadership.

Analyze earned value and actual costs of one hundred twenty-five thousand to anticipate the cost variance and cost performance index using the EVM data sheet.

Assess how EVM informs cost KPI decisions by comparing overbudget, under budget (yellow), and on budget outcomes, and outline actions for staying on budget within +/-5%.

Monitor and control project performance using EVM debrief to derive cost KPIs, generate reports, and engage the sponsor to keep the plan on track in a dynamic environment.

Explore how cost accounting, cost codes, and cost centers map to the work breakdown structure for time charging, enabling earned value management, KPIs, monitoring, forecasting, and cost control.

Learn how to plan, monitor, and control project schedules and budgets by applying best practices to establish and re-establish baselines.

Explore monitoring and controlling fundamentals and the necessity of pairing them for project control, focusing on schedule KPIs, cost control, and earned value calculations to assess status and forecast.

Explore the data, information, knowledge, and wisdom (D-I-K-W) model and its role in knowledge management, showing how performance data, information, and reports support consistent monitoring of project work.

Monitor by collecting performance data at bottom rung of the model to produce performance measures, generate information, and disseminate project reports, turning data into knowledge for cost control and scheduling.

Define control as comparing actuals to plan and using collected data to analyze, compare, assess, and evaluate, then recommend corrective actions to maintain or adjust the project plan.

Monitor and control activities to achieve project objectives and benefits. Act like eyes on the picture from the start to ensure seamless execution, improving efficiency and performance.

Explore how a project methodology uses schedule related earned value management formulas and control thresholds as key performance indicators to keep the project on or near plan.

Leverage cost-related earned value management formulas to keep your project within budget and on plan, guided by our methodology.

Define KPIs as metrics that set target values to guide proactive measurement and stay on plan, guiding forecast, schedule, and cost decisions.

Explore how project metrics differ from financial metrics and can change during the project lifecycle or between projects, including the impact of rebaselining and a new budget at completion.

Identify how types of metrics and KPIs signal favorable or unfavorable project conditions while highlighting critical success factors essential to achieving project objectives and keeping the project on track.

Identify schedule-related KPIs such as schedule variance, schedule performance index, baseline changes, and percent of work packages to measure time to achieve outcome value and overall project performance.

Identify cost-related KPIs and track budgets, baseline changes, cost variants, and the cost performance index to achieve outcome value.

Monitor and control project performance using the performance measurement baseline, a representation of scope, schedule, and costs, reflecting earned value concepts such as the S-curve, cost baseline, and Peavey line.