Value Engineering: Cost Reduction & Quality Improvement

About the Course

Increasing pressure to control project expenditure while maintaining quality, functionality, reliability, and performance has made Value Engineering an important methodology for improving project outcomes and investment value. Cost overruns, over-engineered specifications, inefficient design solutions, changing stakeholder requirements, and escalating life-cycle costs can significantly affect project viability and performance. Effective cost reduction is therefore not achieved by simply reducing budgets or specifications; it requires a structured analysis of project functions, requirements, costs, quality expectations, risks, and performance to identify unnecessary expenditure and develop alternatives that deliver required functions at optimum value. Project professionals need the capability to challenge cost drivers, evaluate competing solutions, and improve project value without compromising essential functionality, safety, quality, reliability, or stakeholder requirements.

This interactive 5-day Value Engineering: Cost Reduction & Quality Improvement training course equips delegates with practical methodologies for applying Value Engineering throughout the project lifecycle to achieve measurable cost reductions while improving quality and performance. Delegates will strengthen their ability to identify project value drivers, analyse functions, apply the Function Analysis System Technique (FAST), develop cost models, assess function cost and worth, evaluate life-cycle costs, generate innovative project alternatives, and balance cost, quality, risk, and performance. It also addresses structured alternative evaluation, project value proposal development, business-case preparation, implementation planning, value assurance, and benefits realisation, enabling delegates to eliminate unnecessary project costs, improve quality outcomes, and maximise sustainable value from project investments.

Core Objectives

The delegates will achieve the following objectives:

• Analyse Value Engineering methodologies and their application across the project lifecycle
• Apply function analysis and FAST techniques to identify unnecessary project costs and value improvement opportunities
• Evaluate project cost models, cost drivers, function worth, and life-cycle costs to support value-based decisions
• Develop innovative project alternatives that optimise cost while maintaining or improving functionality, quality, reliability, and performance
• Assess technical, commercial, quality, operational, and implementation risks associated with project value alternatives
• Optimise Value Engineering proposals through structured evaluation, prioritisation, and multidisciplinary project decision-making
• Lead project Value Engineering initiatives that deliver measurable cost savings, quality improvements, and sustainable project value

Training Approach

This training course combines expert presentations, facilitated Value Engineering studies, function analysis exercises, FAST diagram development, project cost modelling and life-cycle costing applications, cost-quality analysis, project case studies, alternative-generation exercises, decision-analysis techniques, collaborative team activities, and value proposal development. Delegates will apply structured Value Engineering methodologies to realistic project scenarios, enabling them to strengthen analytical thinking, project cost optimisation, quality improvement, multidisciplinary decision-making, and sustainable value delivery.

The Attendees

This training course is designed for professionals responsible for planning, designing, evaluating, controlling, procuring, delivering, or assuring projects where cost, functionality, quality, risk, reliability, and performance must be effectively balanced.

A broad range of professionals will benefit, including but not limited to:

• Project Managers
• Project Engineers
• Project Directors
• Value Engineers
• Cost Engineers
• Design Engineers
• Construction Engineers
• Planning Engineers
• Project Controls Professionals
• Cost Estimators
• Quantity Surveyors
• Contracts & Commercial Professionals
• Procurement & Supply Chain Professionals
• Quality Engineers
• Risk Management Professionals
• Engineering Consultants
• Asset Management Professionals
• Technical Managers

Daily Discussion

DAY ONE: VALUE ENGINEERING AND PROJECT VALUE MANAGEMENT

• Value Engineering Principles and Methodologies
• Value, Function, Cost, Quality, and Performance Relationships
• Value Engineering vs Cost Reduction and Value Management
• Value Engineering Across the Project Lifecycle
• Value Engineering Job Plan and Study Framework
• Stakeholder Requirements, Value Drivers, and Performance Criteria

DAY TWO: FUNCTION ANALYSIS AND PROJECT COST OPTIMISATION

• Function Identification and Functional Thinking
• Function Classification and Worth Assessment
• Function Analysis System Technique (FAST)
• Project Cost Modelling and Function-Cost Relationships
• Project Cost Drivers and Unnecessary Cost Identification
• Function Cost, Worth, and Value Improvement Opportunities

DAY THREE: PROJECT COST REDUCTION AND VALUE ALTERNATIVE DEVELOPMENT

• Life-Cycle Costing for Project Value Decisions
• Project CAPEX, OPEX, Maintenance, and Replacement Costs
• Total Cost of Ownership and Economic Evaluation
• Creative Techniques for Alternative Generation
• Developing Cost-Effective Project Alternatives
• Balancing Cost Reduction, Quality, Reliability, and Performance

DAY FOUR: QUALITY IMPROVEMENT AND PROJECT VALUE PROPOSALS

• Quality Performance and Project Value Improvement Opportunities
• Screening and Prioritising Project Value Alternatives
• Technical, Commercial, and Quality Feasibility of Project Alternatives
• Risk, Uncertainty, and Project Value Trade-Off Analysis
• Multi-Criteria Decision Analysis for Value Selection
• Developing the Business Case for Project Value Proposals

DAY FIVE: IMPLEMENTING AND SUSTAINING PROJECT VALUE

• Value Engineering Proposal Presentation and Approval
• Project Implementation Planning and Stakeholder Alignment
• Value Assurance and Project Quality Performance Measurement
• Managing Resistance to Value Engineering Recommendations
• Project Benefits Realisation and Cost-Saving Validation
• Value Engineering Governance and Continuous Value Optimisation

Certificate Awarded

Upon successful completion of this training course, participants will be awarded a Certificate of Completion from XCalibre Training Centre, acknowledging their accomplishment. This certificate serves as a testament to their dedication to developing their skills and advancing their expertise in their respective fields.