The Advanced Value Engineering Training Course by The British Academy For Training and Development is a specialised management programme designed to develop advanced skills in value engineering, cost optimisation, cost reduction, lifecycle costing, project value, and engineering economics. The course focuses on systematic methods for improving project functionality, quality, performance, and efficiency while controlling unnecessary expenditure.

This advanced programme provides practical knowledge of applying value engineering throughout the project lifecycle. Participants will learn how to evaluate alternatives, analyse costs and functions, improve resource utilisation, and make commercially sound decisions that enhance project value. It is particularly relevant to professionals involved in project management, engineering, procurement, construction, and cost management.

By the end of the course, participants will be able to:

• Understand advanced principles, concepts, and methodologies of value engineering.
• Apply structured techniques for cost optimisation and sustainable cost reduction.
• Analyse project functions, requirements, resources, and performance.
• Use lifecycle costing to support long-term project decisions.
• Evaluate alternatives using engineering economics and financial analysis.
• Identify opportunities to improve functionality without compromising quality.
• Strengthen project value through systematic value analysis.
• Assess cost, performance, risk, and technical trade-offs.
• Develop effective value engineering proposals and recommendations.
• Support strategic project management and investment decisions.

Target Audience

This course is suitable for:

• Project Managers and Project Management Professionals
• Value Engineers and Cost Engineers
• Engineering Managers and Project Engineers
• Quantity Surveyors and Cost Consultants
• Procurement and Contracts Professionals
• Construction and Infrastructure Professionals
• Project Controls Specialists
• Asset and Facilities Management Professionals
• Financial and Commercial Managers
• Professionals responsible for project cost and performance optimisation

Module 1: Advanced Value Engineering Principles

• Fundamentals and evolution of value engineering
• Value, function, cost, and performance relationships
• Value engineering versus traditional cost reduction
• Value management and project value
• Value engineering in project management

Module 2: Functional Analysis and Value Improvement

• Function identification and classification
• Function-cost analysis
• FAST methodology
• Identifying unnecessary costs
• Developing value improvement opportunities

Module 3: Advanced Cost Optimisation Strategies

• Strategic cost optimisation
• Cost reduction techniques
• Cost-performance trade-offs
• Optimising resources and project requirements
• Balancing quality, functionality, and cost

Module 4: Lifecycle Costing and Engineering Economics

• Principles of lifecycle costing
• Initial versus operating and maintenance costs
• Total cost of ownership
• Present value and discounted cash flow
• Engineering economics for project decisions
• Long-term financial evaluation

Module 5: Value Engineering in Project Development

• Applying value engineering during project planning
• Design optimisation
• Materials and technology alternatives
• Procurement and construction considerations
• Optimising project scope and specifications

Module 6: Alternative Evaluation and Decision-Making

• Generating and screening alternatives
• Technical and financial feasibility
• Cost-benefit analysis
• Risk and uncertainty assessment
• Multi-criteria decision analysis
• Selecting optimal solutions

Module 7: Value Engineering Workshops and Team Management

• Planning value engineering workshops
• Interdisciplinary team collaboration
• Facilitating creative problem-solving
• Managing stakeholder expectations
• Prioritising value improvement proposals

Module 8: Implementing Value Engineering Recommendations

• Developing value engineering reports
• Business case development
• Implementation planning
• Monitoring cost and performance improvements
• Measuring realised project value
• Continuous value improvement