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This course explores the concept of energy efficiency and sustainability in building design, covering topics such as forms of energy, strategies for energy efficiency, and the role of renewable energy and water management. The module emphasizes the importance of certified fixtures and rainwater harvesting for water efficiency. It also discusses waste management, including types of waste, treatment methods, and strategies for different building purposes. The focus then shifts to the environmental footprint of buildings, specifically addressing construction and demolition (C&D) waste. The module on C&D waste management explores sustainable practices, including composition, measurement, processing techniques, and regulations. It advocates for a circular economy approach to enhance resource efficiency and minimize environmental impact, concluding with case studies showcasing sustainable C&D waste management within the construction industry.

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What's inside

Syllabus

Energy Efficient Buildings
Energy efficiency, the practice of accomplishing tasks with reduced energy consumption for the same outcomes, emerges as a key focus in this module, particularly in the context of building structures. Beginning with a comprehensive exploration of the nature of energy and its diverse forms within buildings, the discourse transitions into methods for optimizing energy efficiency within these structures. Emphasis is placed on the pivotal role of building energy simulation and the crucial features outlined in the Energy Conservation Building Code (ECBC). The module also illuminates strategies for enhancing energy efficiency in Heating, Ventilation, and Air Conditioning (HVAC) systems and lighting, supported by illustrative examples. Additionally, the module underscores the significance of integrating renewable energy sources, implementing energy management systems, and the procedural insights into conducting an effective energy audit within building environments.
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Read about what's good
what should give you pause
and possible dealbreakers
Develops the topic of sustainble waste management in construction
Examines environmental footprints which is a highly relevant concept to building design and management
Provides case studies for sustainable C&D waste management which is a practical and applicable concept
Utilized a circular economy approach for resource efficiency and environment impact
Teaches the interpretation and application of ECBC

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Reviews summary

Comprehensive building waste and resource management

According to students, this course offers a comprehensive and well-structured overview of resource and waste management in buildings, covering crucial areas like energy, water, and C&D waste. Many learners praise its practical strategies and real-world applicability, particularly highlighting the insightful case studies that enhance understanding of sustainable practices and the circular economy. However, some learners found the lecture delivery dry and less engaging, suggesting a need for more interactive elements and hands-on examples to complement the valuable foundational knowledge. While providing a solid introduction, a few also noted it could benefit from updates on newer technologies and deeper dives for experts.
Excellent for introduction, but may not go deep enough for specialists.
"A solid introduction to the subject. Overall, a good foundation for understanding."
"It’s a good overview for anyone looking to get into sustainable building, but it might not go deep enough for experts."
"This serves as a decent starting point, but I wouldn't expect a super engaging or advanced experience."
Offers valuable real-world strategies and insightful case studies.
"The modules on C&D waste were particularly insightful, offering practical strategies for real-world application. The case studies were very helpful..."
"I gained practical insights from this course, especially in waste management and regulations."
"The inclusion of case studies cemented the concepts. It is well-suited for professionals seeking to update their knowledge."
Provides a broad and thorough understanding of key sustainability topics.
"This course is incredibly well-structured and provides a comprehensive overview of resource and waste management in buildings."
"Excellent content! The course covers a broad range of topics from energy to water to C&D waste, all crucial for sustainable building practices."
"The course material is thorough and covers all the essential aspects of resource and waste management."
One review suggested some areas could benefit from updates on newer technologies.
"While the topics are important, the course felt outdated in some areas, especially concerning newer technologies in waste treatment."
Learners desire more practical exercises and simulations.
"I would have appreciated more hands-on examples or interactive elements."
"It also lacked practical exercises or simulations, making it hard to apply the theoretical knowledge."
"I wish there were more updated examples and perhaps some group discussions or project work to enhance engagement."
Lectures can be dry, lacking interactivity and dynamic presentation.
"The course content is relevant, but the delivery could be improved. Some lectures were dry, and I struggled to stay engaged."
"It often felt like reading a textbook. More visuals or interactive quizzes would make a big difference."
"The presentation style could be improved. It was difficult to stay focused during long lecture segments."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Resource and Waste Management in Buildings with these activities:
Review Energy Terminology
Familiarizing with the terminology will help you better grasp the concepts throughout the course.
Browse courses on Energy Efficiency
Show steps
  • Review the list of key terms in the syllabus
  • Create flashcards to memorize important concepts
Compile and Organize Course Materials
Organize your lecture notes, assignments, and study materials for easy access and efficient review.
Show steps
  • Create a filing system for different sections
  • Summarize key points from lectures and readings
  • Organize materials in chronological order or by topic
Read: Sustainable Construction: Principles and Practices
This book provides valuable insights on how to design and construct sustainable buildings, which will enhance your understanding of the concepts covered in the course.
Show steps
  • Read chapters related to energy efficiency and water management
  • Take notes on key concepts and best practices
Five other activities
Expand to see all activities and additional details
Show all eight activities
Calculate Energy Consumption
Completing these calculations will help you understand the principles of energy efficiency and how to apply them in building design.
Browse courses on Energy Efficiency
Show steps
  • Use the Energy Conservation Building Code (ECBC) to estimate energy consumption in a building
  • Calculate the energy use intensity (EUI) of different building types
Learn about Renewable Energy Sources
This will help you comprehend the potential of renewable energy sources in reducing energy consumption and environmental impact.
Browse courses on Renewable Energy
Show steps
  • Watch videos on the different types of renewable energy sources
  • Read articles on the latest advancements in renewable energy technologies
Design a Water-Efficient Building
Creating a design will provide you with an opportunity to apply the principles of water efficiency and showcase your skills.
Browse courses on Water Efficiency
Show steps
  • Choose a building type and design a water management system that meets the Uniform Illustrated Plumbing Code of India
  • Incorporate rainwater harvesting techniques into your design
  • Identify opportunities for water reuse and recycling
Volunteer for a Local Environmental Organization
Participating in hands-on projects connects you with the practical applications of sustainability in the real world.
Show steps
  • Find a local organization involved in environmental conservation or sustainable building practices
  • Offer assistance with their projects or events
  • Learn from experienced professionals and gain practical experience
Study with a Group
Forming a study group strengthens your understanding of concepts, facilitates peer-to-peer learning, and enhances your retention of information.
Show steps
  • Join or create a study group of 2-4 individuals
  • Set regular meeting times and share responsibilities for different topics
  • Discuss concepts, solve problems together, and clarify doubts

Career center

Learners who complete Resource and Waste Management in Buildings will develop knowledge and skills that may be useful to these careers:

Reading list

We've selected 50 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Resource and Waste Management in Buildings.
Leading reference in the field of sustainable construction, covering a broad range of topics from materials selection to building systems. It provides detailed information on how green building concepts apply throughout the design and construction process. It is commonly used as a textbook and valuable reference tool for both students and professionals.
This highly-regarded book provides a quantitative and data-driven approach to understanding energy consumption and the potential of renewable energy sources. It is known for simplifying complex issues and offering clear comparisons of different energy options. While not a traditional textbook, it is an essential read for anyone wanting to grasp the scale of the energy challenge and the feasibility of renewable solutions. It is particularly valuable for solidifying understanding through data analysis.
As an official handbook, this book provides in-depth commentary and explanations of the International Building Code. It comprehensive reference for understanding the intent and application of the code provisions. is particularly valuable for professionals who need to apply the code in practice and require detailed guidance.
ASCE/SEI 7 crucial standard referenced by building codes for determining design loads, including dead, live, wind, seismic, and snow loads. Understanding this standard is fundamental for structural engineers to ensure buildings can withstand various forces.
Examines the relationship between water conservation and sustainable development, discussing the role of water conservation in achieving sustainable development goals. It provides a comprehensive overview of the topic for researchers, policymakers, and practitioners.
A comprehensive textbook focusing specifically on the management of hazardous waste. It covers regulations, treatment technologies, and site remediation. is essential for students and professionals who need to specialize in hazardous waste due to its detailed and in-depth coverage of this complex topic.
Examines the relationship between water conservation and climate change, discussing the impacts of climate change on water resources and the role of water conservation in mitigating these impacts. It timely resource for anyone interested in understanding the challenges and opportunities of water conservation in a changing climate.
Provides an overview of the principles and practices of water conservation, covering topics such as water resources, water quality, water use, and water conservation measures. It comprehensive resource for anyone interested in learning about water conservation.
ACI 318 fundamental standard for the design and construction of structural concrete, heavily referenced by building codes worldwide. This publication includes both the code requirements and a commentary explaining their basis. It must-have for structural engineers working with concrete.
Provides a comprehensive overview of energy auditing for commercial buildings, covering topics such as energy consumption analysis, energy efficiency measures, and reporting and verification. It is an excellent resource for professionals and students looking to gain a solid understanding of energy auditing principles and practices.
This guide provides a comprehensive overview of energy efficiency principles and practices, covering topics such as building design, energy audits, and renewable energy systems. It is particularly useful for professionals in the engineering and architecture fields who are looking to improve the energy efficiency of their projects.
A more concise version of the comprehensive 'Building Codes Illustrated,' this book serves as a visual introduction to the fundamentals of the International Building Code. It is designed as a companion textbook for introductory courses and a study resource for professional exams. This is ideal for those seeking a foundational understanding without the full depth of the larger volume.
Examines the relationship between energy efficiency and climate change, exploring the role of energy efficiency in mitigating climate change and adapting to its impacts. It provides a comprehensive overview of the latest research findings and policy developments in the field and discusses the challenges and opportunities for using energy efficiency to address climate change.
Provides a comprehensive overview of the environmentalism of the poor, covering topics such as the history of environmental struggles in Latin America and the United States, the different types of environmental injustices, and the challenges of environmental justice activism. It is suitable for both undergraduate and graduate students.
Presents in-depth case studies of net zero energy buildings across various types and climate zones. It details the design, construction, and performance of these buildings, offering valuable lessons learned. It's a practical resource for understanding how net zero is being achieved in practice.
Focuses on energy efficiency in industrial processes, including energy audits, process optimization, and waste heat recovery. It provides practical guidance for industrial engineers and managers on how to reduce energy consumption and improve profitability.
Offers a global perspective on solid waste management, covering fundamental principles, generation, characteristics, and practical challenges. The second edition, published in 2024, includes updated information on contemporary topics like toxicology, climate change, and urbanization in the context of waste management. It is suitable for gaining a broad understanding and serves as a current reference.
An industry-standard text focusing on sustainable environmental control through building design. details factors contributing to building comfort and strategies to minimize mechanical systems by maximizing natural heating, cooling, and lighting. It's a fundamental resource for understanding passive design principles and is often used in academic settings.
Explores the design and construction of net-zero energy buildings with a focus on renewable energy integration. It showcases leading-edge projects and provides insights into achieving high-performance, sustainable buildings. It's a valuable resource for those interested in the practical application of net-zero strategies.
Outlines the principles and strategies for designing net-zero energy buildings. It covers various aspects of the design process aimed at achieving this high level of energy performance. It's a practical guide for designers and engineers focused on net-zero goals.
This guide comprehensive study reference for the LEED Green Associate exam, providing a thorough review of sustainability and green building concepts. It's widely used by students and professionals globally to understand the core principles of LEED certification. It serves as excellent preparation material for those seeking to enter the green building field.
This comprehensive book delves into the technical aspects of renewable energy resources, conversion, and storage. It also covers energy planning and the social, economic, and environmental impacts of energy use. It must-read for those seeking in-depth knowledge and is suitable for students and professionals.
This handbook offers a practical and integrated approach to solid waste management, focusing on planning, design, and management. It includes updated information on various aspects like recycling, landfilling, and regulations. While its second edition was published in 2002, it remains a useful reference for engineers and public officials due to its comprehensive coverage of fundamental principles and practices.
Focuses on the technical details and construction assemblies required for Passive House buildings. It provides a visual catalog of details and illustrates how to achieve high performance through careful construction. It's a practical guide for architects and builders working on Passive House projects.
This handbook provides comprehensive information and commentary on NFPA 1, the Fire Code. It crucial resource for understanding fire safety regulations in buildings, which are often referenced by or adopted into building codes. Professionals involved in fire safety design, review, and inspection will find this book invaluable.
Examines the concept of sustainability as it relates to water resources management in the context of climate change risks. It reviews contemporary scientific research and practical applications, discussing future directions and featuring case studies. This crucial resource for understanding the intersection of climate change and water management.
Presents a business case for the circular economy, offering strategies for companies to create value from waste. It provides practical examples and demonstrates how adopting circular models can drive growth and reduce environmental impact. It's particularly relevant for professionals and students interested in the economic aspects of waste management and the transition to a circular economy.
Focuses on the integration of renewable energy into electric power systems. It covers key technologies, economic and environmental impacts, and grid stability. It is highly relevant for those interested in the technical challenges and solutions of incorporating renewables into the existing energy infrastructure.
Written by a key figure in the development of the circular economy concept, this book serves as an excellent introduction and guide. It provides a clear framework and practical examples for implementing circular economy principles at an industrial level. This foundational text suitable for gaining a broad understanding, particularly for students and professionals.
This guide focuses on the principles and practice of performing life cycle impact assessments for buildings and materials. It's a practical text for understanding how to evaluate the environmental performance of projects across their entire life cycle. It's a valuable reference tool for design and construction professionals.
Is essential for understanding the philosophy and practical implementation of zero waste. It highlights successful community-based initiatives globally and provides strategies for waste reduction, recycling, and reuse. It's a valuable resource for those interested in the social and community aspects of waste management and complements technical knowledge with a focus on prevention.
Delves into the nuances of net zero energy buildings, examining different approaches globally and their potential outcomes, including unintended consequences. It takes a life cycle perspective, analyzing impacts beyond just operational energy. It's a valuable resource for a deeper, critical understanding of net zero.
A comprehensive guide to implementing circular economy principles in business. This handbook explores the benefits and applications across various industries, providing case studies and practical guidance. It's a valuable resource for professionals and advanced students looking to deepen their understanding of circular business models and their impact on waste management.
Focusing on the management aspects of sustainable construction projects, this book covers topics like green building rating systems, life cycle assessment, and greening the construction process. It's a valuable resource for understanding the practical implementation and management of green building projects.
Provides commentary on the International Existing Building Code (IEBC), which addresses the alteration, repair, addition, and change of occupancy of existing buildings. It is crucial for professionals working on renovation and rehabilitation projects to understand the specific code requirements for existing structures.
Covers the fundamentals of renewable energy and is suitable for undergraduates and non-specialists. It provides a wide-ranging overview of technologies and includes discussions on policy and environmental impacts. The latest edition incorporates recent developments and addresses climate change, making it a relevant introductory text.
This handbook explores the financial dimension of renewable energy projects, including infrastructure investment, public policies, and legal aspects. It is essential for understanding the economic feasibility and financial mechanisms of renewable energy deployment, particularly for professionals and those interested in the business side.
Delves into the physics and engineering of solar photovoltaic systems. It specialized text for those seeking a deep understanding of solar energy technology. It is particularly useful for students and professionals focusing on solar power.
Provides practical guidance on Integrated Water Resources Management (IWRM) using real-world case studies from various continents. It illustrates how IWRM principles have been applied to meet sustainable development goals at different scales, offering valuable lessons for policymakers and practitioners. This book is particularly useful for understanding the practical application of water management concepts.
Provides a broad overview of waste management practices across municipal, hazardous, and industrial sectors. It solid resource for understanding the different types of waste and the specific challenges and methods associated with each. The second edition, while not published within the last five years, offers a good foundation for students and professionals entering the field.
Takes a systems engineering approach to sustainable solid waste management. It delves into quantitative methods and modeling for optimizing waste management systems. It is more suitable for advanced undergraduate and graduate students, as well as professionals, who need a deeper understanding of the analytical tools used in the field.
Books on this topic specifically address the unique challenges and contexts of waste management in developing nations, including infrastructure limitations, informal sectors, and specific waste streams. These are crucial for gaining a broader global perspective on waste management and understanding diverse approaches and solutions.
This type of book focuses on a specific and growing waste stream: electronic waste (e-waste). It explores the principles of designing electronics for easier recycling and recovery within a circular economy framework. It is highly relevant for those interested in product design, materials science, and the challenges of managing complex waste streams.
Explores the intersection of Industry 4.0 technologies and the circular economy, examining how advancements like AI, IoT, and 3D printing can facilitate a wasteless future. It delves into contemporary topics and the potential for transformative change in waste management. This is relevant for advanced undergraduate students, graduate students, and professionals interested in technology and sustainability.

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