Synopsis
In today's increasingly complex engineering and construction environment, delivering projects within approved budgets has become one of the greatest challenges facing owners, consultants, contractors, and project management professionals. Escalating material prices, global supply chain disruptions, labour shortages, evolving technologies, sustainability requirements, contractual complexities, and stakeholder expectations demand far more than traditional cost estimating skills. Successful organizations require integrated Cost Engineering systems capable of controlling costs, forecasting financial outcomes, managing commercial risks, and providing timely decision support throughout the project lifecycle.
Cost Engineering Handbook – Volume 2 of 2 builds upon the foundations established in Volume 1 by focusing on the practical application of cost control, commercial management, forecasting, risk management, digital technologies, and organizational excellence. It is designed as a comprehensive professional reference that bridges theory with real-world implementation across engineering, infrastructure, industrial, energy, transportation, utilities, marine, and mega construction projects.
The book begins by examining the principles of project cost control, including cost coding systems, cost data collection, productivity measurement, earned value management (EVM), cost variance analysis, forecasting, reporting, dashboards, and corrective action planning. These chapters provide readers with structured methodologies for monitoring project financial performance, identifying deviations from approved baselines, and implementing proactive corrective measures before cost overruns become critical.
The discussion then progresses into commercial cost management, covering procurement cost engineering, contract administration, change order evaluation, cost impact analysis, claims management, financial entitlements, and risk-based cost management. These topics are essential for organizations seeking to maximize commercial performance while maintaining contractual compliance and protecting project profitability.
Recognizing the rapid digital transformation of the construction industry, this volume also explores advanced disciplines including value engineering, life cycle cost analysis (LCCA), benchmarking, key performance indicators (KPIs), cost engineering for mega projects, Building Information Modeling (5D BIM), Artificial Intelligence (AI), Digital Twins, predictive analytics, and modern business intelligence platforms. These technologies are reshaping how cost information is collected, analyzed, forecasted, and presented to decision-makers.
The final section addresses professional practice, international standards, auditing of cost management systems, future trends in the profession, and the development of world-class cost engineering organizations. It provides guidance on governance, competency development, maturity models, digital transformation, and continuous improvement—equipping organizations to build sustainable cost engineering capabilities that deliver long-term business value.
To maximize practical usefulness, the handbook concludes with an extensive collection of templates, worksheets, dashboards, checklists, calculation guides, and reporting formats that readers can immediately adapt for professional use. These resources transform the handbook from a reference text into a practical implementation guide for everyday project controls and commercial management.
Whether managing a high-rise development, transportation corridor, industrial facility, power plant, data center, or multi-billion-dollar infrastructure program, this volume provides the knowledge, frameworks, and tools needed to strengthen financial governance, improve forecasting accuracy, optimize project performance, and deliver successful projects within approved budgets.
Les informations fournies dans la section « A propos du livre » peuvent faire référence à une autre édition de ce titre.
