This course provides a comprehensive exploration of building decarbonization, equipping professionals with the knowledge and strategies needed to achieve sustainable, energy-efficient buildings. Through expert-led modules, participants will learn how to use energy efficient, electrification, renewable energy, low embodied carbon materials, and market-based approaches in the design of the next generation of high performance buildings. Featuring case studies from the US, Asia, the EU, and global leaders, the course highlights practical approaches, emerging technologies, and policy frameworks to guide building managers, developers, and policymakers toward impactful, scalable solutions for a low-carbon future.

Building Decarbonization and the Clean Energy Transition


位教师:Martin A Fischer
访问权限由 Coursera Learning Team 提供
推荐体验
推荐体验
中级
Mid - senior-level building management professionals with engineering backgrounds and at least two years of industry experience.
推荐体验
推荐体验
中级
Mid - senior-level building management professionals with engineering backgrounds and at least two years of industry experience.
您将学到什么
Key approaches such as energy efficiency, electrification, and the integration of renewable energy to reduce carbon emissions in buildings.
Cutting-edge advancements in low-carbon materials, smart building technologies, and policy frameworks that support sustainable building practices.
Skills to apply decarbonization strategies in their own projects, balancing environmental goals with economic feasibility.
要了解的详细信息

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7 项作业
May 2026
了解顶级公司的员工如何掌握热门技能

该课程共有8个模块
Learn the core principles of decarbonization, including the differences between operational and embodied carbon, the financial and regulatory drivers behind sustainability efforts, and the risks of inaction.
涵盖的内容
1个视频8篇阅读材料1个作业
1个视频•总计6分钟
- Why building decarbonization matters•6分钟
8篇阅读材料•总计34分钟
- Before we begin•8分钟
- Why decarbonization matters today•4分钟
- Tracking the carbon story of buildings•2分钟
- Decarbonizing embodied carbon•4分钟
- Decarbonizing operational carbon•4分钟
- Future impacts on building design and construction•1分钟
- Inside Infosys: a climate leadership story from India (Audio)•6分钟
- Conclusion•5分钟
1个作业•总计30分钟
- Check your knowledge (5 questions)•30分钟
Investigate the evolution and future of building energy efficiency, and examine how modern buildings use significantly less energy than their historical counterparts. In this module you will hear from the world-renowned Amory Lovins, Co-founder and Chairman Emeritus and former Chief Scientist of Rocky Mountain Institute (RMI). Lovins is also a Senior Precourt Scholar of Integrative Design and Energy Efficiency at Stanford University.
涵盖的内容
2个视频21篇阅读材料1个作业
2个视频•总计15分钟
- Integrative design for deep energy efficiency•7分钟
- Elements and examples of deep energy-efficient design•8分钟
21篇阅读材料•总计60分钟
- Welcome!•1分钟
- The lighting transition: a powerful example of energy efficiency•3分钟
- Systems, standards, and integration•3分钟
- Looking ahead and thinking systemically•3分钟
- Architectural strategies for energy efficiency•1分钟
- Strategy 1: Building orientation and massing•2分钟
- Strategy 2: High-performance glazing•2分钟
- Strategy 3: Improved window-to-wall ratio•2分钟
- Strategy 4: Improved daylight and views•1分钟
- Strategy 5: Exterior shading and light shelves•2分钟
- Strategy 6: Improved insulation•2分钟
- Strategy 7: Tight building envelope•1分钟
- Strategy 8: Thermal mass•3分钟
- Strategy 9: Sufficient space for building systems•1分钟
- Strategy 10: Integrated design•1分钟
- The RMI Innovation Center: where architectural design drives building performance (Audio)•6分钟
- The power of light: optimizing daylighting and lighting for energy efficiency•3分钟
- Daylighting fundamentals: optimizing natural light for energy efficiency•7分钟
- Efficient electric lighting fundamentals•4分钟
- The importance of smart lighting design (Audio)•7分钟
- Conclusion•5分钟
1个作业•总计40分钟
- Check your knowledge (7 questions)•40分钟
Examine advanced strategies for optimizing HVAC systems, focusing on energy-efficient heating, cooling, and distribution methods, while gaining insights into the latest technologies and case studies that drive sustainability and reduce operational carbon in building management.
涵盖的内容
1个视频19篇阅读材料1个作业
1个视频•总计6分钟
- Impact of HVAC systems on sustainability•6分钟
19篇阅读材料•总计55分钟
- Welcome!•1分钟
- The path to energy-efficient cooling and heating•2分钟
- Sources of and cooling and heating•1分钟
- Category 1: Traditional passive cooling systems •3分钟
- Category 2: Conventional refrigerant-based cooling systems•2分钟
- Category 3: Advanced low-energy cooling systems•2分钟
- Background on heating•1分钟
- Category 1: Traditional heating sources•1分钟
- Category 2: Conventional heating sources•1分钟
- Category 3: Advanced low-energy heat sources•6分钟
- Tamedia office building, Zurich, Switzerland: a model of sustainable innovation and energy efficiency•2分钟
- Smarter heating and cooling for sustainable buildings (Audio)•7分钟
- Importance of heating and cooling distribution systems - fans and pumps•1分钟
- Conventional distribution systems•4分钟
- Low energy distribution systems•4分钟
- Low energy distribution systems (Continued)•5分钟
- Designing for impact: Lee Eng Lock’s vision for super low-energy pumping •1分钟
- The bottom line: why distribution systems make or break efficiency goals (Audio)•6分钟
- Conclusion•5分钟
1个作业•总计30分钟
- Check your knowledge (5 questions)•30分钟
Gain a deeper understanding of how electrification reduces operational carbon, enhances efficiency, and supports the transition to renewable energy in building management, and examine the latest technologies and energy-efficient solutions for space heating, water heating, and cooking.
涵盖的内容
2个视频19篇阅读材料1个作业
2个视频•总计11分钟
- How hybrid systems enable building decarbonization•5分钟
- Heat pumps in action: large-scale energy efficiency•6分钟
19篇阅读材料•总计83分钟
- Welcome!•1分钟
- How to electrify buildings•6分钟
- Why electrify buildings?•8分钟
- Electrification excellence in action: lessons from the Exelixis Corporate HQ•8分钟
- Why heat pumps are central to the future of sustainable buildings (Audio)•7分钟
- An introduction to heat pumps and how they work•6分钟
- Heat sources•3分钟
- Cost and efficiency in electric heating•3分钟
- Types of heat pumps and their applications•3分钟
- Advanced systems: variable refrigerant flow & heat recovery•2分钟
- Affordability - hybrid approach to boiler replacement•2分钟
- Key considerations for heat pump deployment•3分钟
- Heat pumps for domestic hot water•3分钟
- The transformational impact of multi-use heat pumps (Audio)•6分钟
- The energy and health impacts of cooking•5分钟
- Induction cooking•4分钟
- The bigger picture: equity, infrastructure, and policy•2分钟
- The power of induction: revolutionizing energy use in buildings (Audio)•6分钟
- Conclusion•5分钟
1个作业•总计40分钟
- Check your knowledge (7 questions)•40分钟
Examine the integration of renewable energy and storage systems in buildings as a crucial step in achieving operational decarbonization.
涵盖的内容
1个视频16篇阅读材料1个作业
1个视频•总计6分钟
- Energy solutions in context: how needs, finances, and location shape renewable energy decisions•6分钟
16篇阅读材料•总计62分钟
- Welcome!•1分钟
- How solar panels power the shift to affordable, low-carbon buildings•3分钟
- Components of solar photovoltaic systems•2分钟
- Residential vs Commercial building PV systems and sizing•3分钟
- Selling power back to the grid•4分钟
- St. Peter Apartments New Orleans, LA: affordable, all-electric, and net zero•4分钟
- Solar energy’s role in decarbonization (Audio)•7分钟
- Renewable energy from the grid•5分钟
- Credits, offsets, and making the best choice for clean energy•5分钟
- Advancements in batteries•3分钟
- Types of batteries•2分钟
- Why battery storage in buildings?•4分钟
- Resilience in action: how batteries keep St. Peter Apartments running•4分钟
- Banking on batteries: how Officeworks Warana cuts costs with solar power and battery storage•3分钟
- Why grid-sourced renewable energy and storage matter for decarbonization (Audio)•7分钟
- Conclusion•5分钟
1个作业•总计30分钟
- Check your knowledge (5 questions)•30分钟
Review how structural system and building material selection impact a building’s embodied carbon, the role of building reuse in carbon reduction, and the tools available to assess and manage embodied carbon.
涵盖的内容
1个视频26篇阅读材料1个作业
1个视频•总计6分钟
- Innovations in low embodied carbon•6分钟
26篇阅读材料•总计88分钟
- Welcome!•1分钟
- What is embodied carbon?•4分钟
- Sources of embodied carbon •6分钟
- Strategies for reducing embodied carbon•7分钟
- Implementation in practice•2分钟
- Global policy and market trends•2分钟
- Emerging innovations•1分钟
- Professional implications•2分钟
- Alternative structural materials: LC3 cement (Audio)•9分钟
- The business case for building reuse•3分钟
- Adaptive reuse strategies•3分钟
- Quantifying carbon savings•1分钟
- Analyzing carbon impacts: reuse vs. new construction•2分钟
- The French RE2020 example•2分钟
- Technical and cultural challenges•1分钟
- Reusing residential buildings•1分钟
- Global perspectives•1分钟
- Addressing embodied carbon in the AIA headquarters renovation•5分钟
- How reusing buildings accelerates our path to decarbonization (Audio)•8分钟
- Why measurement matters•3分钟
- Environmental Product Declarations (EPDs)•3分钟
- Tools for calculating embodied carbon (with a practitioner’s comparison)•4分钟
- Key metrics and benchmarking (and how to compare apples to apples)•3分钟
- Why measurement unlocks management•4分钟
- Measuring embodied carbon (Audio)•8分钟
- Conclusion•2分钟
1个作业•总计40分钟
- Check your knowledge (7 questions)•40分钟
Examine the business case for building decarbonization, particularly through the lenses of developers and building owners, and learn about strategies for making decarbonization both financially viable and impactful in the long term. In this module, you will hear from Dr. Roshan Mehdizadeh Corsiglia, Senior Director at Google responsible for governance and controls within the Real Estate Workplace Services and Security department.
涵盖的内容
2个视频14篇阅读材料1个作业
2个视频•总计16分钟
- Reducing initial costs for long-term decarbonization•8分钟
- The business of building decarbonization•8分钟
14篇阅读材料•总计46分钟
- Welcome!•1分钟
- Introduction to decarbonization in real estate•1分钟
- The decarbonization journey: more than just compliance•2分钟
- Overcoming the "split incentive" barrier•3分钟
- Alternative lease arrangements: the power of green leases•4分钟
- The financial benefits of building a decarbonized future•4分钟
- The financial case for decarbonized buildings (Audio)•7分钟
- The decarbonization imperative: beyond the "why" to the "how"•1分钟
- Strategies for affordability: making decarbonization accessible•4分钟
- Financed energy efficiency and renewables: unlocking capital•3分钟
- Strategies for management: navigating stakeholder dynamics•4分钟
- Prioritization framework for decarbonization initiatives•4分钟
- Case Study: making the business case for decarbonization•6分钟
- Conclusion•2分钟
1个作业•总计30分钟
- Check your knowledge (5 questions)•30分钟
In this final activity, you will demonstrate your understanding and application of building decarbonization principles by evaluating a fictional building that is underperforming on key sustainability goals and propose climate-appropriate, actionable strategies for improvement.
涵盖的内容
3篇阅读材料
3篇阅读材料•总计53分钟
- Wrap-up and continue learning•8分钟
- Your building decarbonization action plan: What to expect•25分钟
- Building decarbonization action plans by Peter Rumsey•20分钟
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The Leland Stanford Junior University, commonly referred to as Stanford University or Stanford, is an American private research university located in Stanford, California on an 8,180-acre (3,310 ha) campus near Palo Alto, California, United States.
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