As the construction industry continues to develop within the natural environment, the industry has to take strong measures to ensure that its activities are in harmony with the environment. The challenge for the construction sector is not just to respond to the need for adequate housing and rapid urbanisation, but to do it in a way that is socially and ecologically responsible. This book begins with the current progress of the construction industry in Malaysia before shifting to the fragile relationship between construction and environment. Knowing the rapid development in Malaysia and how construction can affect the environment, this book delves into some evidence of environmental degradation in Malaysia. In the mist of degradation, there is some light shone by the government agencies, state government and some construction players who have initiated several actions to improve present situation. Construction players must be ready to address these concerns, aware of the requirements and comply with it, while the government must be ready to implement and enforce the requirement. An effective planning, implementation and monitoring is vital if the environment is to be part of the culture of the construction industry everywhere.

The future of construction industry in a globalized, borderless, technology-driven decade is based upon a number of drivers. The book is written to provide a platform for analysis of the construction industry on some governance and economic issues deemed important and can affect the way construction industry will develop and grow in a particular country, particularly Malaysia. The reference to Malaysia may be similar to some but not all countries. The topics covered include governance, role of state and international organizations, innovations, markets and privatizations as well as sustainability. The book should be a basis for future works or research in some of the areas discussed and should provide a specific reading for students at postgraduate and undergraduate levels. Universiti Sains Malaysia, Penerbit Universiti Sains Malaysia

Cities have a metabolism that requires energy, food, materials and water to be supplied and waste products to be removed. If cities are to remain the engines of economic growth they also require an input of knowledge as well as commodities. This fuels innovation and the skills that lead to economic success. With economic success comes the input of people and investment that require new buildings and the conservation of existing buildings. This, in turn, requires an input of both building materials and the knowledge of manufacturing and assembling them efficiently and effectively. This book reviews these aspects of development from an academic point of view and covers a wide area of professional expertise including planning, tourism, architecture, structural engineering, project management, air and water quality, conservation, landscape design, waste management and many other issues that impact on urbanism in Malaysia.

This book is written in two parts, namely General Issues in Construction Industry and Various Aspects of Research in Construction Industry. It consists of a collection of ten articles related to studies on managing construction in developing countries. The articles were written by several authors who are specialised in the built environment such as construction planning, management and managing quality. All articles attempt to focus on the issues, current developments and analysis that can benefit those who are involved in the built environment. They offer a fresh insight into how the management aspect of construction can and should be enriched, enhanced and ultimately empowered to act as a vital tool in delivering construction projects within their intended objectives. This book aims to act as a gateway for students, academicians and practitioners of the industry to learn about innovative measures and steps currently being undertaken in the developing world with regards to construction management. As an accompanying text to other definitive references in this field, this book aspires to add onto the current body of knowledge with the ultimate aim of inspiring more contemporary and effective management methods to be adopted, adapted and injected within this industry. Keywords: Universiti Sains Malaysia, Penerbit Universiti Sains Malayia, Penerbit USM

In this new era, changes and innovations that happen in the construction industry force the industry players to increasingly seek knowledge to enhance their firm and project competitiveness. Small as well as large industry players has no exceptions from identifying their strategy for business survival and success. To accommodate those needs, this book presents the new management approaches that could be learned and applied in managing firms and projects. The book goes on to explore the strategic management and project management approaches of business and project entities in construction. Knowledge and ideas discussed in this book were contributed by scholars who are closely involved with research in the industry. Having read their ideas, improving performance would be a significant contribution of this book to the existing and future industry players in construction. Being simultaneously dependent upon each other, this book sees the need to incorporate the various approaches in managing projects and businesses in the construction industry. There will be no doubt, by understanding and practising the approaches, the competitiveness of the industry will be improved.

Climate Conscious Low-Energy Tropical Built Environment is a welcome addition to the knowledge on green and sustainable architecture. Both the authors shared their vast knowledge and experience on low-energy and passive solar design. The approach is on the technology adapted and applied to ‘welcoming the sun’ as well as to ‘rejecting the sun’, with the emphasis on the passive elements design. As the world now is facing the rapid increase of population, the architects need to consider the future path of the built environment. A good knowledge in low-energy built environment in order to sustain the well-being of the earth is essential, before considering on the aspects of mechanical components. This book is written in a clear and engaging style to suit all readers, the architecture and built environment students and professions as well as readers in general. As there are many books on this topic, but none emphasize the context of tropical climate. This is the first book on the low-energy built environment within the context of tropical climate. Abdul Malek Abdul Rahman was interested in indoor thermal comfort while researching his PhD topic on “Design for Natural Ventilation in Low-Cost Housing in Tropical Climate”. With a firm belief that to be thermally comfortable without mechanical aids in tropical climates, one should be under shade and receiving ample air movement concurrently, which is not naturally possible. Therefore, he sets out for further researches, literatures and acute observations on this issue. With university research funds, he investigated in hypothesis and experimented on low-cost cooling technologies, attended and read books and references on related topics. Equipped with reliable cameras, he captured ideas and happenings spontaneously to confirm his conviction. He believes that in order to re-examine the philosophy of energy efficient architectural design, one has to detach oneself from architecture and to understand other related disciplines (mechanical engineering, to be exact) in order to value add and upgrade the architecture towards sustainability. He finds the future is very challenging on this issue as population increase is real and that when left uncheck would affect the comfort of human psyche. Technology now is the solution and research must include latest technology available during the particular time of change. Karam Mustafa Al-Obaidi has interest in architectural design systems specifically in the tropics. He focuses on dynamic environment in relation with surroundings. His research is towards energy and how it influences the architectural form. With university research funds, he implemented experimental investigation to obtain reliable examination of the built environment. The future of architecture in terms of technology is challenging in this tropical region. He finds that understanding energy in both consumption and efficiency is limited due to the climatic constraints. Therefore, he believes that creating a platform to integrate related disciplines could provide solutions regarding the issue of energy efficiency. In his opinion, nature is the main source of inspiration, thus designing models that respond to tropical environment could provide comfort and durability for users and buildings.