Projects Cost Management, Estimating, Budgeting and Control.

Master cost management per the PMBoK by establishing policies, procedures, and documentation for planning, expending, and controlling costs through estimating, budgeting, and cost control.

Estimate project costs by identifying indirect costs—mobilization, office setup, taxes, and communications—and direct costs—materials, labor, and subcontractors—for a reliable budget.

Apply three-point estimating to cost projections using optimistic, most likely, and pessimistic values, and compute expected costs with triangular or beta PERT distributions to account for uncertainty.

Explore reserve analysis in project cost management, distinguishing contingency reserves for known unknowns from management reserves for unknown unknowns, and learning how baselines and change control govern their use.

Use vendor bid analysis to estimate costs by outsourcing work and comparing bids from external vendors, and apply brainstorming, nominal group technique, and Delphi to refine estimates.

Explore cost estimates outputs, including activity cost estimates with direct and indirect costs, inflation, and contingency reserves. Review the basis of estimates detailing methods, assumptions, and transparency for reliability.

Determine the budget and establish the cost baseline, a time-phased budget. The baseline includes activity cost estimates and contingency reserves, and is used to measure and control project performance.

Understand funding requirements, including when funds are released and how much is needed, shown by the cost baseline and that the project budget includes the management reserve.

Track, review, and regulate project spending to keep the project within the approved budget, monitoring cost drivers and using earned value management to assess performance and variance.

Manage costs by using inputs like the cost baseline, funding requirements, and work performance data, with earned value management and forecasting to generate performance information, cost forecasts, and change requests.

Learn the four earned value formulae to assess cost and schedule performance, starting with EV and using PV and AC for SV, CPI, and CV.

Visualize project performance with CPI and SPI to assess cost and schedule, identify four quadrants from ahead of schedule and under budget to behind schedule and over budget.

Assess project status with schedule variance (SV) and cost variance (CV) on a quadrant chart, identify if the project is ahead of schedule or behind, and under or over budget.

Apply earned value management to a grass-cutting project: a $1,000 budget, 10 days planned, $600 spent, and 40% earned to compute SPI, CPI, CV, and SV for cost and schedule.

Apply the earned value formula step by step to compute ac, pv, ev, sv, cv, and cpi, revealing how the project is behind schedule and over budget.

Forecasting scenario 1 in project cost management assumes planned performance (CPI=1, SPI=1) and, with a grass-cutting example, shows a $1,000 BAC and $400 EV forecast to finish $200 over budget.

Forecast cost by applying the CPI to remaining work, yielding an EAC of $1,500 and a VAC of -$500, signaling the project will finish over budget.

Forecast scenario 3 applies prior cost and schedule performance (cpi 0.67, spi 0.8) to the grass cutting project, resulting in an eac of 1720 and a vac of -720.

Evaluate three forecasting scenarios for a grass cutting project, where EAC rises from 1200 to 1500 to 1725 and VAC shifts with CPI and SPI, signaling escalating overruns.

Explain tcpi, the to-complete performance index, the future cost-performance needed to finish within the original budget, using earned value and actual cost under the assumption that eac equals bac.

Explore how the TCPI defines the efficiency needed to finish on budget, given that EAC equals BAC and 600 of work remains with 400 to spend.

Apply the TCP formula to a grass cutting project, calculate BAC 1000, AC 600, and EV 400, and show that TCPI must reach 1.5 to stay within budget.

Learn to generate cost estimates and reserves using analogous, parametric, and three-point methods, with unit costs and quantities for asphalt and roadwork, and contingency and management reserves.

Outline basis of estimate by detailing budget derivation. Include direct and indirect inflation influence, contingency reserve, assumptions, cost of quality, and inputs from parametric estimating and supplier quotations.

Explore forecasting in project cost management by evaluating cv and cpi to estimate the remaining work and final cost across four scenarios, including ect, eac, and vac.

Learn to compute tcpi to finish the project on the original budget, using remaining money and remaining work across forecasting scenarios.