VALUE ENGINEERING HANDBOOK – VOLUME 3: Advanced Value Optimization in Construction Projects. Advanced construction applications, multidisciplinary VE practice, digital engineering, sustainability
VALUE ENGINEERING HANDBOOK – VOLUME 3: Advanced Value Optimization in Construction Projects. Advanced construction applications, multidisciplinary VE practice, digital engineering, sustainability
VALUE ENGINEERING HANDBOOK – VOLUME 3: Advanced Value Optimization in Construction Projects. Advanced construction applications, multidisciplinary VE practice, digital engineering, sustainability - Subramanian, Balachander
New Book
Imported
to Netherlands
Delivery: 16 Oct - 20 Oct
Shipping: 5 to 6 business days.
€ 41,18
Import costs and 9% BTW included in the price ✅
€ 41,18
Choose the list to add your product or create one New List
VALUE ENGINEERING HANDBOOK – VOLUME 3: Advanced Value Optimization in Construction Projects. Advanced construction applications, multidisciplinary VE practice, digital engineering, sustainability
Subramanian, Balachander
Synopsis "VALUE ENGINEERING HANDBOOK – VOLUME 3: Advanced Value Optimization in Construction Projects. Advanced construction applications, multidisciplinary VE practice, digital engineering, sustainability"
Value Engineering has evolved far beyond its traditional perception as a cost-reduction exercise. In modern construction and infrastructure, Value Engineering is a disciplined methodology for improving the relationship between function, performance, cost, risk, schedule, quality, sustainability, constructability, and lifecycle outcomes. This third volume of the Value Engineering Handbook moves into the advanced application of VE within complex construction environments. It recognizes that achieving better value requires more than reviewing drawings and identifying cheaper alternatives. It requires an integrated understanding of how projects are designed, constructed, procured, coordinated, operated, maintained, digitized, and ultimately delivered to their users. The book describes this progression from VE methodology and economic analysis toward risk-based VE, lifecycle applications, technical disciplines, MEP integration, and material/product substitution. The central philosophy of this volume is simple: Value Engineering is not about making projects cheaper. It is about achieving required functions and performance with the optimum combination of cost, quality, time, risk, sustainability, and lifecycle value. This distinction becomes particularly important as construction projects become larger and more sophisticated. A construction methodology, for example, can influence direct cost, labor productivity, equipment utilization, material consumption, temporary works, duration, logistics, safety, quality, environmental impact, interface risk, working capital, schedule certainty, and overall project value. Similarly, a VE workshop is not merely a cost-cutting meeting. It is a structured multidisciplinary decision-making process that challenges assumptions, analyzes functions, develops alternatives, and converts technical and commercial knowledge into implementable recommendations. This volume therefore examines VE as an integrated project decision system. From Construction Methodology to Value Optimization The volume begins with construction methodology and productivity optimization. Construction teams frequently inherit conventional methods simply because they have been used before. Value Engineering challenges this assumption by asking: What function must be achieved, and what is the most effective way of achieving it? This approach opens the door to: Alternative construction methods. Prefabrication. Modular construction. Mechanization. Automation. Improved sequencing. Productivity optimization. Equipment optimization. Logistics improvement. Lean production systems. The book emphasizes that productivity should not be interpreted simply as getting workers to produce more output. Sustainable productivity requires better planning, logistics, information, work methods, equipment utilization, and systematic removal of waste. This is a critical distinction for modern project leaders.
