Value Engineering and Project Cost Estimation Training Course

Module 1: Fundamentals of Value Engineering and Cost Estimating

• Principles of Value Engineering and Cost Estimating
• Relationship between value, function, cost, and performance
• Project cost structure
• Purpose of cost estimating
• Value-driven project decision-making
• Role of estimators and value engineering teams

Module 2: Project Cost Estimating Principles

• Project cost estimating
• Types and purposes of estimates
• Preliminary, conceptual, budgetary, and detailed estimates
• Cost estimating processes
• Estimating assumptions and constraints
• Sources of cost data
• Estimate documentation and validation

Module 3: Estimating Methods and Techniques

• Estimating techniques
• Analogous estimating
• Parametric estimating
• Bottom-up estimating
• Unit-rate estimating
• Quantity-based estimating
• Comparative estimating
• Selecting appropriate estimating methods

Module 4: Quantity Take-Off and Cost Breakdown

• Cost breakdown structures
• Quantity identification and measurement
• Labour, material, equipment, and subcontractor costs
• Direct and indirect costs
• Developing cost breakdowns
• Unit costs and productivity rates
• Supporting estimate accuracy through detailed cost analysis

Module 5: Budgeting and Cost Baselines

• Project budgeting
• Developing project budgets
• Cost allocation and resource planning
• Establishing cost baselines
• Budget assumptions and contingencies
• Budget approval and control
• Managing budget changes

Module 6: Value Analysis and Functional Evaluation

• Value analysis
• Functional analysis
• Identifying essential and non-essential functions
• Function-cost relationships
• Analysing cost drivers
• Generating value improvement alternatives
• Evaluating functionality against cost

Module 7: Engineering Economics for Cost Decisions

• Engineering economics
• Economic evaluation principles
• Cost-benefit analysis
• Comparing project alternatives
• Present and future value concepts
• Investment decision-making
• Economic assessment of technical solutions

Module 8: Cost Control and Variance Management

• Cost control
• Monitoring actual versus planned costs
• Cost variance analysis
• Forecasting final project costs
• Earned Value Management principles
• Corrective and preventive cost actions
• Managing cost overruns

Module 9: Value Engineering for Cost Optimisation

• Value Engineering
• Value improvement study process
• Identifying cost reduction opportunities
• Alternative materials and technical solutions
• Design optimisation
• Balancing cost, quality, performance, and risk
• Evaluating value engineering proposals

Module 10: Risk, Contingency, and Estimate Accuracy

• Cost estimating risk
• Identifying cost uncertainties
• Contingency and allowances
• Escalation and inflation considerations
• Risk-based estimating
• Sensitivity analysis
• Improving cost estimate reliability

Module 11: Cost Estimation for Procurement and Contracts

• Procurement cost estimating
• Preparing cost estimates for tendering
• Supplier and contractor cost evaluation
• Bid comparison and analysis
• Cost implications of contract terms
• Change orders and variations
• Supporting procurement decisions through cost analysis

Module 12: Integrated Value Engineering and Cost Management

• Integrated cost and value management
• Linking estimates, budgets, and value objectives
• Establishing cost and value performance indicators
• Monitoring cost and project value
• Communicating cost recommendations
• Implementing value improvement decisions
• Continuous cost control and value optimisation