Chaitali Basu

This book highlights the vulnerability of healthcare buildings in the context of climate change-triggered extreme weather events (EWEs) and the case for mitigation. With a concise discussion on climate change and its consequences in the form of such events, a cost model and equations that register losses and help quantify them are then presented. The model can be used to estimate the significant potential loss that might occur during an EWE and help healthcare facilities prepare for them. The book analyses cases of major EWEs in India over the last two decades and collates the data available into various categories. Through this research the authors have developed a framework which assists healthcare facilities with a detailed calculation of value losses, both tangible and intangible. The framework can be used to assess the impacts on healthcare buildings in terms of disruption of services so that appropriate decisions related to the resilience in healthcare planning can be taken into consideration. Thus, the book is useful for directing planning and design processes aimed at continuity of service and building resilience to perform in the face of natural disaster and extreme weather. The purpose of this book is to prompt facilities planners and healthcare facilities to prepare to respond to EWEs through the planning and design process in a rational manner. Built infrastructure professionals such as architects and engineers, policy makers, and academics with an interest in disasters, risk and climate change will all find this book to be key reading.

This book highlights the vulnerability of healthcare buildings in the context of climate change-triggered extreme weather events (EWEs) and the case for mitigation. With a concise discussion on climate change and its consequences in the form of such events, a cost model and equations that register losses and help quantify them are then presented. The model can be used to estimate the significant potential loss that might occur during an EWE and help healthcare facilities prepare for them. The book analyses cases of major EWEs in India over the last two decades and collates the data available into various categories. Through this research the authors have developed a framework which assists healthcare facilities with a detailed calculation of value losses, both tangible and intangible. The framework can be used to assess the impacts on healthcare buildings in terms of disruption of services so that appropriate decisions related to the resilience in healthcare planning can be taken into consideration. Thus, the book is useful for directing planning and design processes aimed at continuity of service and building resilience to perform in the face of natural disaster and extreme weather. The purpose of this book is to prompt facilities planners and healthcare facilities to prepare to respond to EWEs through the planning and design process in a rational manner. Built infrastructure professionals such as architects and engineers, policy makers, and academics with an interest in disasters, risk and climate change will all find this book to be key reading.

The book aims to impart technical understanding of life and fire safety to aid planning and design of building projects. It emphasized upon the importance of integrating fire safety considerations together with the functional planning and design configuration during project development phase. It imparts theoretical insight that enables building professionals to ensure the compliance of necessary fire protection measures required in the built environment. The issues of life and fire safety can best resolved during planning and design stages. Safety being the underlined key objective of buildings, more so in complex contemporary context, understanding of life and fire safety has a potential to enhance inherent safety considerably. Effectives of fire safety can be ensured only when the solutions are functionally relevant. Thus, this book provides a comprehensive appraisal for building professionals who would further engage with domain‐specific fire engineers meaningfully.

The development of IS 15883: Part 2 (2009), Construction Time Management Guidelines is an important milestone in formally recognizing the threshold framework for the construction industry. This initiative of Bureau of Indian Standards (BIS) provides for a national framework for time management which specifically focuses on unique aspects of Indian construction industry. This handbook supplements the BIS framework enshrined in IS 15883: Part 2, and thereby facilitating capacity building for widespread application of the Guidelines. The chapters of handbook follow the stages of a typical project lifecycle of a construction project, flowing seamlessly from project inception through to project closure. In addition, latest trends in the construction sector in terms of tools, techniques, and software have also been elaborated. It is implied that time management operates in conjunction with other interdependent processes of project management, and might need multi‐dimensional decision making. To that extent this handbook does elaborate the relevant interface that maybe critical for comprehensive project management approach. As a primary expectation, the handbook would serve as a supplementary textbook for students of architecture, and civil engineering who are pursuing subjects in construction management. It is also an effortless reference for new entrants to thefield of project management, and other management professionals as well who seek a quick reference to the tools and techniques of time management illustrated through examples in easy language.