Strategic Decarbonization is a framework for transitioning existing building energy systems away from fossil fuels through long term planning, the integration of energy efficiency measures with natural asset replacement cycles, and the systematic creation of investment value while mitigating transition risk. This session will examine  case studies from leading building owners and emerging programmatic models, analyzing the conditions under which Strategic Decarbonization has been successfully applied at scale. It will further explore the delivery structures, financial mechanisms, and value propositions that enable comprehensive decarbonization across commercial real estate portfolios, with implications for policy, practice, and curriculum development in the built environment sector.

Speaker Bio:
Brett Bridgeland

Brett Bridgeland has 17 years of experience leading building energy efficiency and decarbonization projects and programs globally, across a wide variety of clients and building typologies. He is Global Services Lead for Energy Efficiency & Decarbonization and Co-Lead of Americas Sustainability Advisory for CBRE, and draws on prior experience as a Principal at Rocky Mountain Institute and leading large, innovative energy efficiency programs. Brett received a Master’s Degree in Civil & Environmental Engineering from Stanford and is a licensed Architect and Certified Energy Manager.
Distributed BESS

A fully electric building is only as clean as the grid it is connected to; therefore, decarbonizing the built environment requires understanding how batteries are reshaping that grid on both sides of the meter. In this webinar, we start by looking at the impact of behind-the-meter batteries, zooming in on the measured impact of California’s energy policies and the Self-Generation Incentive Program (SGIP). To address emissions front-of-the-meter, we study today’s market-ready and emergent battery technologies—including lithium iron phosphate (LFP), sodium iron pyrophosphate (NFPP), vanadium flow (VFB), aqueous metal hydride, iron-salt and iron-air—and learn how each fits into a utility’s asset portfolio while targeting 100% renewable supply. Finally, we address the impending rapid growth in demand from hyperscale data centers and discuss how batteries provide primary and backup power at these facilities.

Speaker Bio:
Christina Liebner

Christina Liebner is the owner and principal of Field First Technical Solutions LLC, a consultancy focused on accelerating novel renewable energy technologies to market. Early in her career, she focused on industrial building energy efficiency, performing energy audits and retrocommissioning studies on datacenters, semiconductor fabrication plants, and wet chemistry labs, and she worked to scale building commissioning via automated software tools. Later, she pivoted to grid-scale solar and storage product development and is proud to have directed the operation of the first grid-connected iron-air battery.  Christina is also the mother of two bright young girls, ages 3 and 6. 

Presentation Materials

Full Decarbonization Getting Building Carbon to Zero
AIA Headquarters

Presentation Materials

Full building decarbonization requires eliminating embodied carbon in addition to achieving net-zero carbon operations. This Stanford BDLA webinar uses the AIA National Headquarters Renovation in Washington, D.C. as a case study for one of the first fully decarbonized major renovations in the US. The team pursued operational carbon through energy efficiency, full electrification, and renewable energy, then tackled embodied carbon by prioritizing building renewal over new construction, rigorous materials analysis, and life-cycle assessment. Remaining embodied emissions are offset through a partnership with Habitat for Humanity, supplying solar panels to 50 homes in Virginia and neutralizing over 8.5 million pounds of CO2. This discussion with EHDD, the project design architect, and Point Energy Innovations, the building systems design engineer, will share lessons learned and practical pathways for AEC teams pursuing full decarbonization on future projects.

Speaker Bio:
Rami Moussa

Rami Moussa is a Managing Principal and co-owner of Point Energy Innovations, where he leads high-performance building engineering with a focus on decarbonization and energy efficiency. As one of the only engineering firms exclusively focused on integrating building decarbonization leadership into the early stages of design-build projects, he continues to push the boundary of cost-effective, low-carbon and forward-thinking solutions. Rami was awarded the top 40 under 40 in the engineering industry this past year and he intends to continue innovating for the crucial decades ahead.
 
Rebecca Sharkey

Principal at EHDD and an architect for over 25 years, Rebecca is both optimistic and passionate about the power of design to enhance people’s lives and the natural environment for the better. Rebecca prioritizes climate action in her work, with a focus on reimagining existing buildings; strengthening our cultural, financial, and ecological resilience by bringing new life to existing structures, a key tenet of EHDD’s Climate Positive practice. With projects including the renovation of KQED’s Headquarters in the San Francisco and the AIA Headquarters Renewal in Washington DC, Rebecca is dedicated to the possibilities of transforming existing buildings into welcoming, daylit spaces that help people thrive. She has additional expertise in community, cultural, and higher education facilities with an eye to creating sustainable places and spaces that inspire and engage.
Stanford University

EmpowerEd: Building Decarbonization Faculty Training Workshop

August 3-5, 2026

 

Join faculty from HBCUs across the country for a 3-day immersive workshop held on-campus at Stanford University focused on clean energy, sustainability, and building decarbonization. This hands-on training, led by Stanford’s Building Decarbonization Learning Accelerator (BDLA) experts, will equip educators with the tools and strategies to integrate sustainability, efficiency, decarbonization, environmental, and renewable energy into their curricula.

Target Audience: Faculty in architecture, engineering, and construction-related disciplines at HBCUs in the United States.

Where: Stanford University

Costs Covered: Travel, lodging, meals, and training materials are fully funded through a Department of Energy award to Florida A&M University and Stanford BDLA.

Contact: Lindsay Franta | lfranta@stanford.edu | (323) 683-4104

 

Building Decarbonization Potential in 3D Printing and Modular Housing Presented by Experts in the Field

Building Decarbonization Potential in 3D Printing and Modular Housing Presented by Experts in the Field

February 12, 2026 11am-12pm PT

Large-Scale Additive Construction

This presentation provides a technical review of real-world applications, ranging from mass-scale residential developments to critical infrastructure, to assess the viability of 3D printing in diverse environments. Emphasis is placed on empirical data, including independent lifecycle assessments (LCA) regarding embodied carbon and energy efficiency comparisons between printed wall assemblies and standard wood-frame construction. We will explore how automated construction ecosystems are being utilized to address housing scalability, affordability, and performance challenges inherent in traditional building methods.

Speaker Bio:
Bungane Mehlomakulu, Sr. Director of Building + Construction Science at ICON

As Sr. Director of Building + Construction Science at ICON, Bungane Mehlomakulu leads the development of the engineering and performance fundamentals of the core building blocks for structures created with ICON’s technology. His focus is on establishing the core building and construction science principles and approaches that advance the construction industry.

Carbon and Off-Site Construction

This presentation will cover the advancements and advantages of off-site construction in housing. Jenkins will discuss how Clayton Homes has implemented renewables, advanced construction techniques, and improved home energy efficiency to help tackle common and tangible sources of embodied carbon. Efficiency, Scalability, and Affordability all have a role to play in the future of the homebuilding industry.

Speaker Bio: 
William Jenkins, Sr. Vice President of Sustainability at Clayton Homes

As Vice President of Sustainability at Clayton Homes, William Jenkins leads enterprise-wide efforts to advance home energy efficiency, reduce construction waste, and optimize energy consumption. He partners across teams to help drive building innovations, optimize resource stewardship, and embed responsible practices throughout Clayton’s operations.

The Unreasonable Goal
Infosys

The “Unreasonable” Goal: How Infosys Proved Radical Efficiency is Radically Profitable

December 11, 2025 11am-12pm PT

In 2007, Infosys founders greenlit an “unreasonable goal” to slash energy use by 50%. This is the story of how their vision grew into 50 million sq ft of green buildings, saving over $240 million. They didn’t keep the blueprint secret. They shared their learnings, inspiring and pressuring an entire industry to transform. Come learn how this open-source approach to sustainability reshaped Indian real estate and helped rewrite national energy policy.

Speaker Bio: 
Rohan Parikh, Former Head of Sustainability at Infosys
Rohan Parikh

Rohan Parikh is the former Head of Sustainability at Infosys, where he architected the foundational ‘Net Zero’ strategy for its “Unreasonable Goals,” saving the company over $240 million. After proving sustainability is profitable, his mission expanded to shaping India’s Solar Open Access Policy. He is a co-inventor of a patented radiant cooling system and holds a Master’s in Civil Engineering from the University of Illinois at Urbana-Champaign.

LC3 A Globally Scalable Solution for Low Carbon Concrete
LC3

LC3: A Globally Scalable Solution for Low Carbon Concrete

November 13, 2025 11am-12pm PT

Concrete is responsible for 8% of global CO2 emissions, not because it is particularly high emitting, but because we use more of it than any other material on earth. Any solution must be affordable and must be able to scale globally in all regions, in particular in low income countries where most cement will be consumed. This presentation will give an overview of how cement is made, some of the key decarbonization strategies, and take a deep dive on why LC3 (Limestone Calcined Clay Cement) is a promising solution. It will also describe what the ClimateWorks Foundation and Global Industry Hub are doing to make this change happen.

Speaker Bio: 
Scott Shell
Scott Shell

Scott Shell is a Strategist with the ClimateWorks Foundation and the Global Industry Hub working to decarbonize heavy industry around the world including cement, concrete, and steel. Scott is a Fellow in the American Institute of Architects and spent most of his career as a partner at EHDD Architecture in San Francisco. He led the design of many university research buildings and independent schools, including a number of the first net-zero energy buildings in collaboration with a talented team of architects and engineers.

Presentation Materials

Policy Challenges to Cost-Effective Building Decarbonization
Policy Challenges to Cost-Effective Building Decarbonization

Policy Challenges to Cost-Effective Building Decarbonization

October 8, 2025 11am-12pm PT

Director of the Climate and Energy Policy Program, Michael Wara, a lawyer, scholar, and advisor in sustainability policy will discuss the challenges and solutions of wide scale building decarbonization.

Speaker Bio: 
Dr. Michael Wara, JD, PhD
Senior Director for Policy, Sustainability Accelerator, Stanford Doerr School of Sustainability
Michael Wara

Michael Wara is a lawyer, scholar and advisor focused on sustainability policy. Wara is Director of the Climate and Energy Policy Program and a senior research scholar at the Stanford Woods Institute for the Environment, where he manages a multidisciplinary team that provides fact-based, bipartisan, technical and legal assistance to policymakers engaged in the development of novel climate and energy law and regulation. Wara is also the Senior Director of Policy within Stanford’s Sustainability Accelerator where he connects Stanford students and faculty with cutting edge policy debates on climate, energy, and sustainability, leveraging Stanford’s analytical expertise to craft real world solutions to these challenges.

Wara was an appointee to the California Wildfire Commission which made recommendations to the state on better managing utility caused wildfires and served on the California Catastrophe Response Council, the oversight board of the Wildfire Fund. Wara has advised the California Senate, the California Public Utilities Commission and the California Office of Electric Infrastructure Safety on strategies to address the wildfire crisis. Wara also serves on the Tamalpais Valley Design Review Board in Marin County.

Prior to joining Woods, Wara was an associate professor at Stanford Law School and an associate in Holland & Knight’s government practice. He received his J.D. from Stanford Law School and his Ph.D. in Ocean Sciences from the University of California at Santa Cruz.

Driving Sustainability with Autodesk
Autodesk Forma

Driving Sustainability with Autodesk: Tools for Low-Carbon Design

September 25, 2025 11am-12pm PT

Autodesk’s sustainability solutions give architects and designers practical tools to reduce carbon emissions through smart design choices. Using Autodesk Forma and Insight, users can access features like custom dashboards, quantitative metrics, carbon factors, and reliable benchmarks. These tools help analyze project data and support decisions that lower carbon impact throughout each stage of design. Autodesk also makes reporting easier by connecting directly to the AIA’s Design Data Exchange through BIM integration, supporting firms in tracking and submitting their progress toward the AIA 2030 Commitment. As sustainability becomes a standard part of practice, Autodesk’s platform will continue to expand the role of integrated sustainability data, helping teams make better choices with the technology they already use.

Speaker Bio: 
César Escalante, AIA, LEED AP
Cesar Escalante

César is a California architect and works as Technical Marketing Manager at Autodesk, where he serves as a global spokesperson for building products innovation. He teaches BIM at Stanford University and chairs the national AIA Technology in Architectural Practice (TAP) knowledge. César has driven large-scale BIM strategies and held roles at top firms, including Gensler and HOK. His project portfolio features the $12 billion Santa Clara City Center, Salt Lake City International Airport, and major Apple and Salesforce campuses. He is a frequent speaker on technology’s impact on design.

Virtual Building Decarbonization Workshop for Professors

Virtual Building Decarbonization Workshop for Professors

August 7-8, 2025 9am-11am PT

Learn a background in building decarbonization, refresh your knowledge with up to date information, discover teaching strategies, and enhance your curriculum.

Who Should Attend
Professors of Architecture • Architectural Engineering • Mechanical, Civil, and Electrical Engineering • Construction Management • Sustainability

Speaker:

Peter Rumsey, Stanford University

Peter Rumsey is globally known for his 40-year leadership in the low energy and decarbonized buildings field. He has founded two successful engineering design firms and worked globally. He has been a lecturer at Stanford University for over 10 years. He has given over 100 lectures about advanced and decarbonized buildings around the world, making him one of the foremost speakers on the topic.

Workshop Presentations

Building Decarbonization Virtual Teaching Workshop for HBCU Professors
FAMU

Building Decarbonization Virtual Teaching Workshop for HBCU Professors

June 4-5, 2025

Learn about building decarbonization, energy equity, and enhance your curriculum from experts in the field.

Topics Include:

  • Energy Equity
  • Architectural Responses
  • Building Electrification
  • Renewable Energy
  • Embodied
  • Carbon
  • Teaching Strategies

Paid Workshop
Professors who attend both days will receive $250.

Speakers: 
Dr. Anthony Kinslow II, Gemini Energy Solutions, Stanford University

Anthony Kinslow II, PhD, CEM is the founder and CEO of Gemini Energy Solutions which democratize the energy efficiency sector. Additionally he lectures two classes at Stanford University at the intersection of Clean Energy and Equity.

Peter Rumsey, Stanford University

Peter Rumsey, founder of Point Energy Innovations and Stanford Adjunct lecturer, stands at the forefront of low-energy and net-zero building innovation with over 40 years of distinguished experience. Based in San Francisco, his engineering expertise has contributed to 50 LEED platinum projects, the highest number by any engineer in the U.S.

EcoBlock: An Urban Block-Scale Decarbonization Retrofit
EcoBlock

EcoBlock: an Urban Block-Scale Decarbonization Retrofit

June 26, 2025 11am-12pm PT

Decarbonizing one house at a time does not match the urgent pace needed to rapidly reduce emissions and may bypass priority populations. EcoBlock is a pilot research project that explores decarbonizing buildings at the neighborhood block level with the aim to lift up all neighbors. Funded primarily by the California Energy Commission as part of the Advanced Energy Community program, the Oakland EcoBlock delivers needed home performance, electrification, and shared rooftop solar to 24 residents and a commercial unit in an older diverse neighborhood. This talk will describe the technical details, potential economies of scale, outreach and education, development of a governance vehicle for neighbors to co-own the solar, and lessons learned along the way. EcoBlock highlights using the “neighbor effect” in accelerating adoption of clean energy technologies, especially to historically hard-to-reach people.

Speaker Bio: 
Therese Peffer
Therese Peffer

Therese Peffer, PhD, is a project manager and researcher at UC Berkeley’s California Institute for Energy and Environment (CIEE) and CITRIS. She manages and conducts research on smart building technologies, building-to-grid interactions, demand response, and decarbonization projects, aiming to create comfortable, energy-efficient spaces. Dr. Peffer serves as Associate Director for CIEE and the CITRIS Climate initiative and co-chairs the annual Behavior, Energy and Climate Change (BECC) conference. She holds a PhD in Architecture with a building science emphasis from UC Berkeley and a Master’s in Architecture from the University of Oregon.