Construction Budgeting Course

Lesson 1 • Budget Roles and Responsibilities

Maps budget ownership across owner, designer, contractor, and subcontractor. Clarifies accountability at each project phase.

Lesson 2 • The Construction Budget Defined

Defines a construction budget and distinguishes it from estimates and bids. Anchors all subsequent cost concepts to a shared framework.

Lesson 3 • Types of Construction Budgets

Surveys conceptual, preliminary, and definitive budget types by phase. Students match budget type to project stage and accuracy expectations.

Lesson 4 • Key Cost Categories

Breaks total project cost into hard costs, soft costs, and contingency. Provides the classification system used throughout the course.

Lesson 1 • Applying Unit Costs to Quantities

Combines takeoff quantities with unit costs to produce line-item estimates. Students build a complete material and labour cost sheet.

Lesson 2 • Manual Takeoff Methods

Covers scaled drawing measurement and count-based takeoff techniques. Students perform hand takeoffs before advancing to digital tools.

Lesson 3 • Cost Data Sources and Benchmarks

Surveys published cost databases, historical project data, and supplier quotes. Students evaluate source reliability and regional adjustment factors.

Lesson 4 • Quantity Takeoff Principles

Introduces systematic measurement of drawings to derive material quantities. Establishes accuracy habits that underpin all cost estimates.

Lesson 1 • Square Foot and Parametric Estimating

Applies cost-per-unit benchmarks to early-phase scope. Students produce rapid conceptual estimates with stated accuracy ranges.

Lesson 2 • Detailed Unit Price Estimating

Produces line-by-line cost estimates from complete drawings and specifications. Students achieve the highest accuracy level used for bid preparation.

Lesson 3 • Comparative and Analogous Estimating

Uses completed similar projects as cost references for new estimates. Students apply adjustment factors for scope, size, and market differences.

Lesson 4 • Assemblies-Based Estimating

Groups related components into priced assemblies for faster mid-phase estimates. Students build assembly libraries from unit cost data.

Lesson 1 • Equipment Cost Estimating

Covers ownership, operating, and rental cost models for construction equipment. Students select the cost model appropriate to project duration and utilisation.

Lesson 2 • Self-Perform vs. Subcontract Decisions

Compares total cost of self-performing work against subcontracting it. Students build a decision matrix using cost, risk, and capacity factors.

Lesson 3 • Labour Cost Components

Breaks down base wages, burden, and benefits into a fully loaded labour rate. Students calculate all-in hourly costs for common trades.

Lesson 4 • Crew Productivity and Output Rates

Links crew composition to daily output for accurate labour hour budgeting. Students apply productivity factors for site conditions and learning curves.

Lesson 1 • Project-Specific General Conditions

Prices on-site supervision, temporary facilities, and project support costs. Students build a general conditions budget tied to project schedule duration.

Lesson 2 • Profit Margin Determination

Connects target profit to company financial goals and market competition. Students set margin targets using historical win rates and cost data.

Lesson 3 • Markup Calculation Methods

Distinguishes markup on cost from margin on revenue and prevents common pricing errors. Students convert between markup and margin accurately.

Lesson 4 • Bid Price Assembly and Presentation

Combines direct costs, overhead, and profit into a final bid price document. Students format a professional bid summary for owner submission.

Lesson 1 • Owner and Contractor Risk Allocation

Examines how contract type shifts financial risk between parties. Students match contingency strategy to contract delivery method.

Lesson 2 • Quantitative Risk Analysis

Applies expected value and range estimating to convert risk scores into dollar amounts. Students calculate contingency using Monte Carlo simulation concepts.

Lesson 3 • Risk Identification in Construction

Catalogues common construction risks by category: scope, site, schedule, and market. Students populate a risk register from a project case study.

Lesson 4 • Qualitative Risk Assessment

Ranks risks by probability and impact using a scoring matrix. Students prioritise the top risks requiring contingency allocation.

Lesson 1 • Variation Order Cost Management

Controls budget impact of scope changes through a structured variation order process. Students price, document, and track variation orders within the budget.

Lesson 2 • Cost Code Systems and Structure

Establishes a cost code framework that maps budget line items to field activities. Students design a cost code structure for a sample project.

Lesson 3 • Cost Control Reporting and Dashboards

Designs cost reports and visual dashboards for owner and management review. Students select key performance indicators and format a monthly cost report.

Lesson 4 • Cost Forecasting and Projections

Projects final cost at completion using current performance trends. Students produce estimate-at-completion forecasts and identify corrective actions.

Lesson 1 • Life-Cycle Cost Analysis

Extends budget analysis beyond construction to include operations and maintenance costs. Students compare design alternatives using net present value calculations.

Lesson 2 • Value Engineering for Cost Reduction

Applies function-based analysis to reduce cost without sacrificing required performance. Students conduct a value engineering workshop on a sample project scope.

Lesson 3 • Strategic Bid Pricing

Applies competitive intelligence and win-rate data to optimise bid pricing decisions. Students model bid price scenarios against expected win probability.

Lesson 4 • Integrated Budget Strategy Capstone

Synthesises all course skills into a full project budget strategy document. Students present a complete budget plan with risk, contingency, and control systems.