LEED Lab

A Model for Sustainable Design Education

Patricia Andrasik

• Editorial: Routledge
• Año: 2021
• ISBN:
  9780429831485
• Edición: 1
• Categoría: Arquitectura
• Categoría: Arquitectura general

Facility performance evaluations inform the long-term life of a building and do not end with design or construction. To this aim, Patricia Andrasik created LEED Lab, in collaboration with the US Green Building Council, an increasingly popular international interdisciplinary collegiate laboratory course, which utilizes campus buildings as demonstration sites to facilitate the green assessment of existing buildings. LEED Lab: A Model for Sustainable Design Education uses the LEED O+M building rating system to measure and achieve performance-driven campus facilities in which the readers work and operate.

The book explains in simple terms the theory, tasks, tools and techniques necessary for credit implementation and achievement, and includes case studies and exercises for practical application in each chapter. Readers will learn the conceptual scientific framework used to understand existing operational performance and how to quantify sustainable synergies, create green campus policies with administrators, and understand systems such as energy and water in a research-based application. The entire manual is accompanied by a vast online 'Teaching Toolkit' to provide helpful educational resources such as syllabi, lectures, examinations, assignments, Individual Student Progress Presentation (ISSP) templates, web resources, and much more.

An excellent guide for undergraduate or graduate students enrolled in LEED Lab or a similar campus building assessment course, as well as construction or architectural professionals and facility managers, this manual navigates the complexities of using a green building diagnostic tool such as LEED O+M towards greater environmental literacy.

Índice

• Cover Page
• Half Title Page
• Title Page
• Copyright Page
• Dedication Page
• Contents Page
• List of Illustrations Page
• Foreword Page
• Preface Page
• Acknowledgements Page
• 1 Introduction
• 2 Methodology
• 3 Platform
• 4 Phase 1: Feasibility
• 5 Phase 2: Implementation
• 6 Site
• 7 Water
• 8 Energy
• 9 Materials and Resources
• 10 Indoor Atmosphere
• 11 Phase 3: Documentation
• Index