Architectural programming – the analysis of any given environment to satisfy users’ needs – has become a given prerequisite to the design process. The programming process is often a complicated one: users’ present and future needs must be identified; space allowances, often predetermined, must be considered; equipment must be accommodated; all in the most cost-effective way possible. The variety of user groups is as wide as the variety of functions architecture can shelter; moreover, the different structures and needs of clients that fall within the same use classification differs so greatly that every program presents a new challenge. You cannot, for example, use the same program for every hospital you design. In Programming the Built Environment, first published in 1985, noted architect Wolfgang F. E. Preiser has compiled a wide range of architectural programs demonstrating applications of basic principles for different client groups. This book will be of interest to students of architecture and planning.

Programming.Architecture is a simple and concise introduction to the history of computing and computational design, explaining the basics of algorithmic thinking and the use of the computer as a tool for design and architecture. Paul Coates, a pioneer of CAAD, demonstrates algorithmic thinking through projects and student work collated through his years of teaching students of computing and design. The book takes a detailed and practical look at what the techniques and philosophy of coding entail, and gives the reader many "glimpses under the hood" in the form of code snippets and examples of algorithms. This is essential reading for student and professional architects and designers interested in how the development of computers has influenced the way we think about, and design for, the built environment.

Programming for Health and Wellbeing in Architecture presents a new approach to architectural programming that includes sustainability, neuroscience and human factors. This volume of contributions from noted architects and academics makes the case for rethinking the practices of programming and planning to incorporate evidence-based design, systems thinking and a deeper understanding of our evolutionary nature. These 18 original essays highlight how human and environmental health are closely related and should be incorporated as mutually reinforcing goals in every design project. Together, these chapters describe the framework for a new paradigm of building performance and design of the human experience. Programming—the stage at which research is conducted and goals established—provides an opportunity to examine potential impacts and to craft strategies for wellbeing in new buildings and renovations using the latest scientific methods. This book expands the scope of the programming process and provides essential guidance for sustainable practice and the advancement of wellbeing in the built environment for architecture and interiors students, practitioners, instructors and academics.

Architectural programming – the analysis of any given environment to satisfy users’ needs – has become a given prerequisite to the design process. The programming process is often a complicated one: users’ present and future needs must be identified; space allowances, often predetermined, must be considered; equipment must be accommodated; all in the most cost-effective way possible. The variety of user groups is as wide as the variety of functions architecture can shelter; moreover, the different structures and needs of clients that fall within the same use classification differs so greatly that every program presents a new challenge. You cannot, for example, use the same program for every hospital you design. In Programming the Built Environment, first published in 1985, noted architect Wolfgang F. E. Preiser has compiled a wide range of architectural programs demonstrating applications of basic principles for different client groups. This book will be of interest to students of architecture and planning.

Human Factors in the Built Environment, Second Edition explains the relationship of the human body and space planning to the design process so that you can plan and detail interiors. Key topics include proxemics, anthropometrics, ergonomics, sensory components, diversity, global concerns, health and safety, environmental considerations, special populations, and universal (inclusive) design. Recipient of the American Society of Interior Designers Joel Polsky Prize, this book has all the information you need in a quick reference format. Human Factors in the Built Environment STUDIO -Study smarter with self-quizzes featuring scored results and personalized study tips -Review concepts with flashcards of terms and definitions PLEASE NOTE: Purchasing or renting this ISBN does not include access to the STUDIO resources that accompany this text. To receive free access to the STUDIO content with new copies of this book, please refer to the book + STUDIO access card bundle ISBN 9781501323423.

This book takes a sweeping view of the ways we build things, beginning at the scale of products and interiors, to that of regions and global systems. In doing so, it answers questions on how we effect and are affected by our environment and explores how components of what we make—from products, buildings, and cities—are interrelated, and why designers and planners must consider these connections.

This book is a comprehensive document visualizing the future of built environment from a multidisciplinary dimension, with special emphasis on the Indian scenario. The multidisciplinary focus would be helpful for the readers to cross-refer and understand others' perspectives. The text also includes case studies substantiating theoretical research. This method of composition helps the book to maintain rational balance among theory, research and its contextual application. The book comprises selected papers from the National Conference on Sustainable Built Environment. The chapters provide varied viewpoints on the core issues of urbanization and planning. This compilation would be of interest to students, researchers, professionals and policy makers.