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Find Practical Solutions to Civil Engineering Design and Cost Management Problems A guide to successfully designing, estimating, and scheduling a civil engineering project, Integrated Design and Cost Management for Civil Engineers shows how practicing professionals can design fit-for-use solutions within established time frames and reliable budgets. This text combines technical compliance with practical solutions in relation to cost planning, estimating, time, and cost control. It incorporates solutions that are technically sound as well as cost effective and time efficient. It focuses on the integration of design and construction based on solid engineering foundations contained within a code of ethics, and navigates engineers through the complete process of project design, pricing, and tendering. Well illustrated The book uses cases studies to illustrate principles and processes. Although they center on Australasia and Southeast Asia, the principles are internationally relevant. The material details procedures that emphasize the correct quantification and planning of works, resulting in reliable cost and time predictions. It also works toward minimizing the risk of losing business through cost blowouts or losing profits through underestimation. This Text Details the Quest for Practical Solutions That: Are cost effective Can be completed within a reasonable timeline Conform to relevant quality controls Are framed within appropriate contract documents Satisfy ethical professional procedures, and Address the client’s brief through a structured approach to integrated design and cost management Designed to help civil engineers develop and apply a multitude of skill bases, Integrated Design and Cost Management for Civil Engineers can aid them in maintaining relevancy in appropriate design justifications, guide work tasks, control costs, and structure project timelines. The book is an ideal link between a civil engineering course and practice.
"This new edition introduces several new subjects, including value engineering, watershed management, dissolved air flotation process, filtered reservoir (clearwell) design, and electrical system design. It provides expanded and updated coverage of objectives for finished water quality, instrumentation and control, disinfection process, ozonation, disinfection by-product control, the GAC process, and the membrane filtration process. A hands-on resource for civil engineers and managers, whether working on new facilities or redesigning and rebuilding existing facilities."--Jacket.
Manufacturing and service industries have significantly improved their levels of productivity, quality, and profitability over the past 30 years, whereas in the construction industry similar levels of improvement have been impossible to achieve. Numerous reports have identified fragmentation of the industry’s management structures and processes as the underlying cause of the waste and inefficiencies that keep costs high and margins low. Integrated Design and Construction is an integrated yet competitive form of procurement, design and project delivery based on the principle of purchasing any other high value warranted manufactured product. Such an approach would make the construction process more like other manufacturing industries, allowing contractors to make similar improvements to those already seen in other manufacturing industries. Designed for use by experienced construction professionals, familiar and proficient with traditional design and construction system best practice, this Code of Practice provides both client and constructor with the necessary information to adopt this approach to create well-designed and well-constructed products, fully meeting client needs.
Intelligent Buildings provide stimulating environments for people to work and live in and operate with systems that provide communications and conveniences for various functions to take place, however society and building owners or tenants demand more than this. Buildings are long-term assets so need to be economical, durable, flexible, adaptable and sustainable. There are many stakeholders involved in the process of building a new intelligent building or updating an old one. There is also a need to recognise the pace of change not only in technology but also in society. Intelligent Buildings must demonstrate whole life value. This means an integrated team approach to design, construction and facilities management is essential if a comprehensive set of performance measures are to be implemented and achieved. Written by a collection of prominent figures, this book brings together a body of the latest knowledge about design, management, technology and sustainability set against a background of developments in the cultural landscapes, which affect those living and working in buildings. This book will appeal to architects, engineers, practitioners and all stakeholders who are involved in promoting, designing, constructing or operating buildings. This will include building owners and clients as well as facilities managers and those who design and construct buildings. It will also serve as a reference text for students in architecture, building environmental engineering and other courses concerned with the built environment.
Construction Scheduling, Cost Optimization and Management presents a general mathematical formula for the scheduling of construction projects. Using this formula, repetitive and non-repetitive tasks, work continuity considerations, multiple-crew strategies, and the effects of varying job conditions on the performance of a crew can be modelled.L This book presents an entirely new approach to the construction scheduling problem. It provides a practical methodology which will be of great benefit to all those involved in construction scheduling and cost optimization, including construction engineers, highway engineers, transportation engineers, contractors and architects. It will also be useful for researchers, and graduates on courses in construction scheduling and planning.
This volume provides an introduction to the current debates within construction management thinking about how to improve corporate performance by the use of alterative ways of managing buyer and supplier relationships in construction supply chains and markets. It introduces the relationship marketing and partnership sourcing schools of thinking about collaborative ways of improving corporate performance through more collaborative ways of working between buyers and suppliers. This approach is contrasted with the power and leverage perspective. This later school argues that collaboration can only be implemented successfully under certain power regime circumstances and that corporate performance can only be improved if buyers and/or suppliers are aware of the full range of sourcing and relationship management options available to both parties in exchange relationships. The discussion is informed by 16 detailed case studies of alternative forms of proactive and reactive relationship management in construction, with very different win or lose outcomes. These reveal that, while some participants in construction supply chains and markets do adopt all of the major sourcing approaches available to them, this does not mean that any one approach to construction management is necessarily superior to others. There are many examples here of poor relationship management whether proactive collaborative or more reactive arms-length ways of working are adopted.
Continually increasing demands on infrastructures mean that maintenance and renewal require timely, appropriate action that maximizes benefits while minimizing cost. To be as well informed as possible, decision-makers must have an optimal understanding of an infrastructure’s condition—what it is now, and what it is expected to be in the future. Written by two highly respected engineers, the second volume, Infrastructure Health in Civil Engineering: Applications and Management, integrates the decision making concept into theoretical and practical issues. It covers: State-of-the-art practice and future directions Use of probability and statistics in areas including structural modeling Specific practical applications, including retrofitting and rehabilitation in response to earthquake damage, corrosion, fatigue, and bridge security Use of IHCE for management and maintenance of different types of structures using pre-stressed and reinforced concrete, and fiber-reinforced polymers (FRPs) Numerous practical case studies, as well as coverage of the latest techniques in the use of sensors for damage detection and load testing Built to correspond to the ideas presented in its companion volume, Theory and Components, this is an invaluable guide to optimized, cost-saving methods that will help readers meet safety specifications for new projects, as well as the aging infrastructure at great risk of failure.

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