This second volume in the Technologies of Architecture series a " the only series of books tuned to the architectural technology syllabus a " explores the environmental influences on building design.

Looking particularly at sustainable building, a holistic view is taken, so that the influence of any one set of choices on other areas a " such as the trade-off of daylighting against thermal insulation, or the balance needed between heating and ventilation a " are not overlooked. The authors discuss available technologies for establishing a suitable microclimate within buildings, for managing the transmission of sound and for minimizing the exploitation of scarce energy and of other resources.

Using the perspective of a designer who needs a sound scientific basis for arriving at the optimum outcome, this valuably informative volume is ideal for architectural technology students, as well as first and second year architecture students.

This second volume in the Technologies of Architecture series a " the only series of books tuned to the architectural technology syllabus a " explores the environmental influences on building design.

Looking particularly at sustainable building, a holistic view is taken, so that the influence of any one set of choices on other areas a " such as the trade-off of daylighting against thermal insulation, or the balance needed between heating and ventilation a " are not overlooked. The authors discuss available technologies for establishing a suitable microclimate within buildings, for managing the transmission of sound and for minimizing the exploitation of scarce energy and of other resources.

Using the perspective of a designer who needs a sound scientific basis for arriving at the optimum outcome, this valuably informative volume is ideal for architectural technology students, as well as first and second year architecture students.

Continuing in the holistic philosophy of the Technologies of Architecture series, this volume examines the various layers of knowledge, skills and mechanisms that make up the many approaches to the essential function of technical design in the creation of successful buildings.

Well-illustrated with case studies, the author draws on his extensive experience in architectural education to provide a detailed description of the development process, acknowledging traditional solutions whilst also encouraging designers to consider innovative alternatives. Attention is paid to materials choices, detail design and specification writing.

Students of architectural technology in particular, but also of architecture, building surveying and construction will find this syllabus-relevant title an invaluable asset in embracing their environmental responsibilities as designers and actively participating in the development of technical design language.

Ideal for students of architectural technology, this volume of the Technologies of Architecture series covers the technologies available and the processes necessary for the conservation of existing buildings and environments.

This book provides, in a single text, the tools for students to be able to evaluate such buildings, as well as an extensive understanding of the mechanisms which cause their deterioration and knowledge of the technologies available to correct their status. The ever higher standards set for buildings, especially in energy conservation contexts, demand that practitioners appreciate how the performance of existing structures can be enhanced, which is also covered.

Considering the work of conservation within a holistic perspective and historical context, this book is additionally invaluable for architecture and construction students.

Ideal for students of architectural technology, this volume of the Technologies of Architecture series covers the technologies available and the processes necessary for the conservation of existing buildings and environments.

This book provides, in a single text, the tools for students to be able to evaluate such buildings, as well as an extensive understanding of the mechanisms which cause their deterioration and knowledge of the technologies available to correct their status. The ever higher standards set for buildings, especially in energy conservation contexts, demand that practitioners appreciate how the performance of existing structures can be enhanced, which is also covered.

Considering the work of conservation within a holistic perspective and historical context, this book is additionally invaluable for architecture and construction students.

This book is an essential reference for all students of architecture, design and the built environment. It provides a convenient single source for all the key texts in the fast developing discipline of the philosophy of technology. It focuses on the interplay between technology and society and considers the impact of technology on fields as diverse as: art and visual culture; politics, the environment, gender and the hottest topic of all in today's digitally mediated world - the promise of a virtual future inside the fluid 'space' of the computer.
Each section is introduced with a brief critical commentary, situating the readings in a historical and theoretical context. The collection draws on the work of many of the key figures in twentieth century philosophy and cultural theory, including Martin Heidegger, Walter Benjamin, Michel Foucault, Marshall McLuhan, Jean Baudrillard and Paul Virilio as well as a range of writers at the cutting-edge of contemporary digital culture such Manuel de Landa, Marcos Novak and Hubert Dreyfus.

This book is an essential reference for all students of architecture, design and the built environment. It provides a convenient single source for all the key texts in the fast developing discipline of the philosophy of technology. It focuses on the interplay between technology and society and considers the impact of technology on fields as diverse as: art and visual culture; politics, the environment, gender and the hottest topic of all in today's digitally mediated world - the promise of a virtual future inside the fluid 'space' of the computer.
Each section is introduced with a brief critical commentary, situating the readings in a historical and theoretical context. The collection draws on the work of many of the key figures in twentieth century philosophy and cultural theory, including Martin Heidegger, Walter Benjamin, Michel Foucault, Marshall McLuhan, Jean Baudrillard and Paul Virilio as well as a range of writers at the cutting-edge of contemporary digital culture such Manuel de Landa, Marcos Novak and Hubert Dreyfus.

Continuing in the holistic philosophy of the Technologies of Architecture series, this volume examines the various layers of knowledge, skills and mechanisms that make up the many approaches to the essential function of technical design in the creation of successful buildings.

Well-illustrated with case studies, the author draws on his extensive experience in architectural education to provide a detailed description of the development process, acknowledging traditional solutions whilst also encouraging designers to consider innovative alternatives. Attention is paid to materials choices, detail design and specification writing.

Students of architectural technology in particular, but also of architecture, building surveying and construction will find this syllabus-relevant title an invaluable asset in embracing their environmental responsibilities as designers and actively participating in the development of technical design language.