A Research Agenda For Construction Management

This impressive book challenges the orthodoxies that have dominated the construction management research (CMR) field for the past 50 years. Providing a comprehensive framework for understanding the complex and multi-faceted domain of construction, A Research Agenda for Construction Management sets out a range of alternative perspectives which problematise the axioms upon which much CMR knowledge is based and offers new directions for the research community to consider.

This unique Research Agenda addresses salient current issues in evaluation research, offering a broad perspective on the role of evaluation in society.

This cutting-edge Research Agenda takes a hard look at workplace innovation practices that are vital for dealing with the global disruptive changes we currently face. It unpacks the ways in which organisations can become more sustainable, not only for value creation and profitability but also for sustainable employability and employee skill development.

Fundamental Theories of Mega Infrastructure Construction Management: Theoretical Considerations from Chinese Practices is a collection of decades of research and applications of managing megaprojects using theories of complex systems and management sciences. It presents basic (classical) theory of megaproject management and is a showcase of more than 30 years of research of complex system and management sciences on the theory of megaproject management resulting from the integrating of theory and practice of megaprojects. The theory and models have undergone rigorous systematic testing during the management and implementation of megaprojects in China. Megaprojects are huge undertakings, often in infrastructure (bridges, tunnels, airports, etc.) that involve huge levels of investment, often take years to complete, and typically run into delays, cost overruns, and any number of unforeseen problems. Over the last few decades, no one country has undertaken more of these projects than China, and this book presents the fundamental theories underlying the practice of Mega Infrastructure Construction Management as practiced in China. Individual chapters provide a basic definition of Mega Infrastructure Construction and it’s management; an overview of the theories behind it; the Formation Path; basic concepts; fundamental principles; scientific problems; the Method System of Meta-synthesis; specialized methods in research; and intelligent management of Mega Infrastructure Construction. Although the theoretical construction management problems in this book are derived from construction practices in China, they can be applied universally and extended for great fundamental significance.

This innovative book defines the concept of immured spaces across time, space and culture and investigates various categories of restricted places such as divided, segregated and protected spaces.

How businesses can and are acting to redress social and environmental issues is a question of growing academic interest. Bringing together a range of interdisciplinary perspectives, this insightful Research Agenda evaluates the current state of the art of sustainability and business and assesses key challenges for the field.

This book advises the federal government on a national infrastructure research agenda. It takes the position that the traditional disciplinary and institutional divisions among infrastructure modes and professions are largely historical artifacts that impose barriers to the development of new technology and encourages the government to embrace a more interdisciplinary approach. In order to be practical, the study focuses on infrastructure technologies that can be incorporated into or overlay current systems, allow for alternative future alternative future urban development, and are likely to have value cutting across the distinct functional modes of infrastructure. Finally, the report is organized according to seven broad cross-cutting areas that should promote interdisciplinary approaches to infrastructure problems: systems life-cycle management, analysis and decision tools, information management, condition assessment and monitoring technology, the science of materials performance and deterioration, construction equipment and procedures, and technology management.