Value Engineering for Project Success Training Course

Module 1: Fundamentals of Value Engineering

• Principles of Value Engineering
• Purpose and objectives of value improvement
• Value, function, cost, and performance relationships
• Value Engineering versus traditional cost reduction
• Applications across project environments
• Principles of effective value improvement

Module 2: Value Analysis and Functional Thinking

• Value analysis
• Functional analysis concepts
• Identifying primary and secondary functions
• Function-cost relationships
• Function classification and evaluation
• Identifying unnecessary costs
• Developing functional improvement opportunities

Module 3: Value Engineering in Project Planning

• Value Engineering in project planning
• Defining project requirements
• Establishing value objectives
• Analysing project scope and specifications
• Early-stage value improvement
• Evaluating project alternatives
• Integrating value considerations into project decisions

Module 4: Engineering Economics for Value Decisions

• Engineering economics
• Economic decision-making principles
• Cost-benefit analysis
• Investment alternatives
• Present and future value concepts
• Economic evaluation of technical solutions
• Supporting project decisions with financial analysis

Module 5: Lifecycle Costing

• Lifecycle costing
• Capital costs and operating costs
• Maintenance and replacement costs
• Whole-life cost analysis
• Long-term performance considerations
• Lifecycle cost comparisons
• Evaluating total ownership costs

Module 6: Cost Optimisation Strategies

• Cost optimisation
• Identifying cost drivers
• Optimising materials, systems, and processes
• Cost-performance relationships
• Reducing unnecessary expenditure
• Balancing cost, quality, risk, and functionality
• Developing cost optimisation alternatives

Module 7: Value Engineering Workshop Methodology

• Value Engineering study process
• Information and preparation phase
• Functional analysis phase
• Creative alternative development
• Evaluation and selection
• Development of recommendations
• Implementation and follow-up

Module 8: Alternative Generation and Evaluation

• Value improvement alternatives
• Creative problem-solving techniques
• Generating alternative design solutions
• Technical and economic feasibility
• Risk and performance assessment
• Comparative evaluation of alternatives
• Selecting optimal value solutions

Module 9: Value Engineering in Design and Construction

• Value Engineering in design
• Design optimisation
• Materials and system selection
• Constructability considerations
• Construction methods and productivity
• Procurement and specification review
• Improving project functionality and performance

Module 10: Procurement and Contract Considerations

• Value Engineering in procurement
• Supplier and contractor involvement
• Value-based specifications
• Alternative materials and technologies
• Contractual considerations
• Evaluating supplier proposals
• Managing value improvement recommendations

Module 11: Measuring Project Value and Benefits

• Project value measurement
• Value performance indicators
• Cost and benefit measurement
• Quality and functionality assessment
• Risk and performance trade-offs
• Measuring realised value
• Monitoring value improvement outcomes

Module 12: Implementing Value Engineering for Project Success

• Value Engineering implementation
• Developing value improvement plans
• Prioritising recommendations
• Stakeholder approval and communication
• Implementation responsibilities
• Monitoring results and benefits
• Continuous project value improvement