It's Electrifying! Decarbonization Policies for Achieving ZERO Now

Quickly achieving zero carbon in building operations is a critical dimension of a CarbonPositive future. This session covers the recent policies for decarbonizing both new construction and the existing building stock, including the ZERO Code, all-electric new construction, and greenhouse gas emissions performance standards for existing buildings.

This content was produced thanks to funding from the AIA California as part of the CarbonPositive Conference, a partnership between Architect Magazine and Architecture 2030.


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Network for Change: The Embodied Carbon Movement

What are the critical levers in policy, manufacturing, design and construction practice for advancing low carbon construction quickly and globally? What are the movement's successes and what challenges still lie ahead? How do we create and sustain collective action?


This content was produced thanks to funding from the AIA California as part of the CarbonPositive Conference, a partnership between Architect Magazine and Architecture 2030.


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Innovative Green Concrete for Sustainable Construction

This course will provide learners with an introduction to Green Concrete. In addition, the course will examine the key components of Green Concrete Mixtures, illustrate some performance attributes of High-performance Green Concrete, and demonstrate the need for a process and methodology for quantifying sustainable concrete. Finally, the course will look at various project profiles that specified Green Concrete mixtures and how architects can incorporate this material to specify Green Concrete with a comparative life cycle assessment or Eco-Efficiency Analysis.

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Timeline is Everything: The Path to CarbonPositive

The climate emergency requires us to act now. What are the challenges of the building sector now and over the next 30 years? What are the critical interim and long term carbon targets? How do we begin to address them through planning and policy, design and practice, building and manufacturing?


Over the next 4 decades, the world is projected to construct 230 billion square meters (2.5 trillion square feet) of buildings, an area roughly equal to the current worldwide building stock, or the equivalent of adding another New York City to the planet every 34 days for the next 40 years.



CarbonPositive outlines an immediate and comprehensive plan of action for rapidly decarbonizing all aspects of the building sector, and strategies for planning, designing, building and manufacturing a future where buildings, developments and entire cities are constructed to use sustainable resources, generate surplus renewable energy, and convert atmospheric carbon into durable materials and products.



This content was produced thanks to funding from the AIA California as part of the CarbonPositive Conference, a partnership between Architect Magazine and Architecture 2030.


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2030 is the New 2050: How to Speed Delivery on Global Promises Now

The next 10 years are critical to the global climate movement. How far behind are we on delivering on the promise of the Paris Agreement? Why is the building sector poised to make a difference? How can we take action in our cities and local communities? And how can we best support immediate and impactful actions and policies on the international stage?


This content was produced thanks to funding from the AIA California as part of the CarbonPositive Conference, a partnership between Architect Magazine and Architecture 2030.


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Specifying for Sustainable Design with Architectural Zinc Roofing and Wall Cladding

Titanium-Zinc, as a building material, is consistently chosen as a green alternative to many other materials. It is efficient to produce, has almost no waste, lends itself to a variety of design styles, and requires little to no maintenance once installed.

This course will provide an overview of the Titanium-Zinc alloy used in sustainable architectural applications; a study of the metal’s properties, aesthetics, technical aspects, manufacturing process, and appropriate design applications. An overview of the environmental aspects of zinc and how to choose a manufacturer completes the agenda.

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The Impact of Wood Use on North American Forests (Print Course)

As green building has evolved beyond its initial emphasis on energy efficiency, greater attention has been given to the choice of structural materials and the degree to which they influence a building’s environmental footprint. Increasingly, wood from sustainably managed forests is viewed as a responsible choice. Drawing from a wide range of research publications, this course will examine the current state of North American forests, modern forest practices, and criteria for sustainability, and consider some of the challenges that could profoundly impact the future of the forest resource.

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Net Zero Energy Building Design in High Density Urban Cities

Net Zero Energy solutions suitable for urban settings will be increasingly important but there are unique policy and technical challenges to implementing these solutions in large urban buildings in hot and humid climate. Addressing these concerns could open up the possibility of achieving Positive Energy Low Rise, Zero Energy Medium Rise and Super Low Energy High Rise Buildings in the near future.

How do we overcome limited site and roof spaces for renewable energy in urban cities? How do we drive passive design for free cooling in high density environment? How do we reduce the consumption level of plug loads leveraging off the IoT? How do we use the advanced modelling approach to create designs that can achieve Net Zero Energy and then manage the delivery process so that Net Zero Energy performance? How do we move from demonstration phase projects to successful solutions for all buildings?

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Uncovering a Building’s Heartbeat Sensormatically

While energy use is a key component in building management, it is important that resource use not overshadow a building's purpose: to provide an adequate (or even enhanced) space for humans or machines to operate. Managing this interdependency between comfort and energy is not easy, but it's essential for high performance spaces as changing occupant comfort demands can consume significant amounts of energy. While optimizing each in isolation is simpler, the results could lead to less than ideal outcomes.

As managers seek to optimize both energy use and comfort, well-placed sensors and data collection systems can provide objective, useful, and actionable information. Building energy meters separated by panel, circuit, or receptacle are useful in determining, where, when, and how energy is being used. Comfort can be divided into visual, thermal, acoustic, and air quality categories. Sensors are able to measure each category in order to determine which aspects of comfort might be insufficient. Ultimately, the sensor data can be analyzed to establish linkages and tradeoffs and can lead to solutions that optimize both factors. Four different projects are presented to demonstrate how energy and comfort can be balanced at a building, campus, and program level.

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Achieving the United Nations’ Sustainable Development Goals via Architecture and Design (Print Course)

To help cities, urban planners, public institutions, and private entities ride the wave of global population growth and shifting market dynamics, and face the enormous challenges of sustainable growth and technology integration, the United Nations recently set 17 Sustainable Development Goals (SDGs).

These goals are a blueprint to achieve a better and more sustainable future for all by addressing the global challenges we face, including those related to poverty, inequality, climate, environmental degradation, prosperity, and peace and justice. This course will introduce you to the 17 SDGs and dive deeper in the five SDGs that specifically affect the architecture and design industries.

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