• home
  • chevron_right
  • Courses
  • chevron_right
  • Data Driven Approaches to Carbon Reduction in Design

Data Driven Approaches to Carbon Reduction in Design

AIAU26-TAP02
Included in subscription Included in subscription
1 LU
Live course date: 10/08/2026 | 02:00 PM
$30
Architect$30

Member Price

$45

Non-member Price

Sign in to purchase chevron_right

Description

This course explores how integrated digital workflows can support architects and designers in evaluating and reducing the carbon impact of building projects. Participants will examine how sustainability data, performance metrics, and benchmarking can be incorporated into early and ongoing design decision making using digital tools. The session focuses on understanding how carbon related insights can inform design alternatives, support regulatory and voluntary reporting requirements, and align project workflows with industry sustainability commitments, including the AIA 2030 Commitment. Emphasis is placed on practical application, data informed decision making, and the role of technology in advancing environmental responsibility within architectural practice. 

Learning Objectives

check

Identify how carbon related performance data can be integrated into architectural design workflows to inform early and ongoing design decisions.

check

Explain how quantitative metrics, benchmarks, and carbon factors support the evaluation of design alternatives and environmental impact across project phases.

check

Describe how integrated digital workflows can support sustainability reporting and alignment with industry initiatives such as the AIA 2030 Commitment.

check

Evaluate how the use of connected design and analysis tools can support more informed decision making while meeting professional responsibility for environmental stewardship.

Presented in partnership with the Technology in Architectural Practice (TAP) knowledge community.

tap

Instructors
Cesar Escalante

As Autodesk's architecture innovation evangelist, Cesar leverages his two-decade career at industry leaders like Gensler, HOK, and Flad Architects to champion cutting-edge technologies. A deep passion for computational design and digital prototyping complements his expertise in delivering multi-billion-dollar projects. A recognized thought leader, Cesar shares his knowledge through speaking engagements and education while actively shaping the industry through leadership roles in the American Institute of Architects. Cesar is the 2025 Chair of the AIA National Technology in Architectural Practice Knowledge Community and Board Director of the AIA San Francisco.

Moses Scott

As Director of Platform Architecture & Data Insights, I focus on how the enterprise operates across external design and construction platforms. I also turn data from those platforms into insights about project performance.
My work starts with the 'shared platform estate': the vendor-operated design and construction cloud platforms that have matured into critical environments for enterprise data, content, workflows, and institutional knowledge.
That estate is singular as an enterprise concern but federated across multiple design and construction platform operators. Each platform has its own infrastructure, data models, APIs, automation, AI capabilities, and governance boundaries. No individual vendor owns the full chain. The enterprise still depends on the chain as a connected whole.
Platform Architecture creates preferred, governed ways of working, or “golden paths,” across that federated estate. Rather than focusing on Internal Developer Platforms, I work on the customer-side architecture that connects vendor platforms with enterprise policy, data, automation, and AI. I also pull project, carbon, and operational data from these environments to support better decisions. I treat these environments not simply as software tools, but as programmable infrastructure that can be integrated, automated, observed, and controlled from the customer side.
The goal is straightforward: make the preferred way of working in these external environments easier to observe and aligned with internal policies, while turning platform data into actionable insights.

Sheena Zhang

Sheena Zhang is​ the AECO Sustainability Strategy​ Senior Manager at Autodesk, where she leads strategy for sustainability solutions across Autodesk's platform for the architecture, engineering, and construction, and operations industries. As a LEED AP​, Living Futures Accredited professional​, and registered architect, she has a record of delivering a multitude of sustainable design projects and is passionate about democratizing sustainability tools for impact in the built environment. She has taught at the Pratt Institute and the Parsons School of Design, and has served as a guest critic at the Yale School of Architecture and Columbia GSAPP.

Similar courses

card_membership Included in subscription
Included in subscription
The Built Environment’s Carbon Challenge
Learn actionable strategies to reduce carbon emissions and address climate change through sustainable design and construction practices in the AEC industry. Gain a comprehensive understanding of carbon’s impact on the environment, explore the critical role of the built environment in global emissions, and learn practical methods to reduce both operational and embodied carbon in design and construction. Key topics include the principles of embodied, operational and avoided carbon, energy-efficient and passive design strategies, and sustainable material selection. The course also covers critical U.S. policies and frameworks such as LEED certifications, federal and local regulations, and AIA 2030 Commitment—equipping professionals with the knowledge to navigate evolving sustainability standards while leading decarbonization efforts.

2 LU|HSW
card_membership Included in subscription
Included in subscription
Carbon Reduction Strategies for the AIA 2030 Commitment
Equip yourself with the necessary knowledge and tools to meet the goals of the AIA 2030 Commitment—AIA’s actionable climate strategy for reaching net zero emissions in the built environment by 2030. Achieving these goals requires understanding sustainable design principles and mastering the practical skills to implement them effectively. Explore key concepts and strategies for reducing energy consumption and carbon emissions in building design and construction. Topics include the integrated design process, passive design strategies, energy modeling, high-performance building systems, post-occupancy evaluations, and renewable energy integration.

1.5 LU
card_membership Included in subscription
Included in subscription
Designing Net-Zero Energy Educational Buildings: Case Studies in Excellence
Delve into the principles, challenges, and successes of designing net-zero energy educational buildings by exploring two award-winning case studies: the Frank and Maureen Wilkens Science and Engineering Center in Cape Cod and Bard High School Early College. Gain insights into the strategies and innovations that allowed these projects to achieve net-zero energy goals while fulfilling educational needs. This course is ideal for architects, designers, and professionals interested in sustainable design and energy-efficient building practices. This course was recorded live on January 28, 2025.

1 LU|HSW
card_membership Included in subscription
Included in subscription
Decarbonization for Cities
In recent years, the climate crisis has placed decarbonization at the top of the urban agenda. While cities across the world have created climate action plans and pledged ambitious emission reductions, recent research has revealed that many jurisdictions are struggling to develop implementation strategies to meet those targets. This session will identify some of the common gaps in current city approaches and highlight innovative work happening at the local level that may provide broader guidance to community decarbonization strategies across the country. Participants will gain an understanding of the current context for this work and promising practices that may inform they own work.  This session was recorded live on February 22, 2023. 

1 LU|HSW
card_membership Included in subscription
Included in subscription
The 15-Minute City: Sustainable Urbanism in the Future City
Professional dialogues about urbanism are often held back by their own toxic jargon, but Carlos Moreno’s framing of the “15-Minute City” has delivered a publicly accessible concept that has gained global traction in recent years. Cities all over the world have begun devising strategies with the framework in mind. Urban design plays a key role in moving this idea from concept to reality, with significant implications for climate action and equitable development. Designing more compact cities can cut our carbon emissions by an estimated 25 percent. This session will feature real-world applied settings for the 15-Minute City with lessons learned for other jurisdictions seeking to mobilize action for more sustainable urbanism.    This session was recorded live on April 5, 2023.

1.00 LU|HSW
card_membership Included in subscription
Included in subscription
Revitalizing Urban Infrastructure: Transforming Underutilized Transportation Corridors into Sustainable and Vibrant Public Spaces
This course takes a behind-the-scenes look at two groundbreaking projects—City Walk BHAM in Birmingham, AL, and The Underline in Miami-Dade County. Both projects were designed to reimagine the vacant land under transportation corridors, considered a physical barrier between communities, into dynamic public spaces.  Through these two case studies, you’ll gain insights into public-private partnership models, funding strategies, and community-driven and design approaches that make these projects possible. Examine how creative design solutions have transformed challenging spaces into multi-modal transportation corridors, resilient linear parks, and vibrant community destinations—improving neighborhood connections, safety, mobility, public health, sustainability, and innovation. Learn more about how the focus on health, safety, and welfare of the end users informed the design process: from the experience of the urban pedestrian to the cyclist commuter. In addition, you’ll learn about post-occupancy activation, including public programming, art initiatives, and revenue generating opportunities that ensure long-term success.  This session was recorded live on April 16, 2025.

1.0 LU|HSW
card_membership Included in subscription
Included in subscription
Advanced Design Strategies for Optimal Thermal Performance in High-Rise Building Envelopes
This intermediate to advanced-level course delves into the technical design implications of recent energy efficiency codes—focusing on the building envelope’s critical role in enhancing thermal performance and occupant health, safety, and welfare. Explore strategies to meet increasingly stringent energy codes, including how to quantify and mitigate heat loss through thermal bridges using the Building Envelope Thermal Bridging Guide. Special emphasis will be placed on addressing the unique challenges of high-rise buildings with traditional unitized glazing systems, where the vertical enclosure area greatly exceeds the horizontal area. Gain the tools and insights needed to improve your material choices, design strategies, and construction practices to achieve optimal thermal performance.  This course was recorded live on February 4, 2025.

1 LU|HSW
card_membership Included in subscription
Included in subscription
Building Reuse is Climate Action
Women are the future of architecture, and the future of architectural practice is working with existing buildings.  In 2022, existing buildings accounted for 53% of architectural billings, and the proportion is rising.  Building reuse is an essential component of achieving a more sustainable future.  Strategies for sustainable retrofitting can reduce a building’s energy use by half.  New tools for measuring embodied carbon reveal the true cost of demolition and reconstruction.    Renovation and adaptive reuse projects are often considered to be more complicated than new construction, and for good reasons.  The issues that are commonly encountered can be challenging, but by anticipating and planning for these conditions, projects can be completed more successfully and at a lower cost.  This session will address methods of analysis and documentation for existing buildings and will present strategies for improving energy performance, accessibility, and inclusion.  By developing expertise in existing buildings, architects can create a more sustainable practice that is better positioned to ride out economic downturns.  Women are well positioned to lead these trends.  The majority of professionals with degrees in both architecture and historic preservation are female.  We lead the field in both technical preservation and cultural preservation.  We are natural collaborators who understand how to engage stakeholders and set aside ego to achieve mutual interests.  These skill sets give us the power to affect both the environmental impact and the social impact of our built places.  We have the power--and a mandate--to transform the existing the built environment to become more sustainable, resilient, and relevant. Course expires 10/22/2026

1 LU|HSW