Imagining the Built Environment of 2030 and Beyond

By Sarah Coppinger, AIA, LEEDap BD+C 

Twenty years after the Architecture 2030 Challenge reshaped the conversation on climate conscious design, the building industry stands at a pivotal moment. Buildings remain one of the largest contributors to carbon emissions, and the next few years will determine whether we meaningfully change the trajectory or fall short of our own commitments.

Despite widespread awareness that nearly 40% of emissions come from building operations, the industry still struggles with consistent, measurable action. Too often, sustainability strategies surface only when clients explicitly ask for them, and even then, performance targets vary widely. The challenge isn’t that architects lack the tools, it’s that we haven’t always applied them with the urgency the climate demands.

The AIA 2030 Commitment helps close that gap by providing a framework for accountability, transparency, and continuous improvement. For our firm, it shifts the question from “What is the minimum required?” to “What is the best possible performance we can deliver?” As a signatory of the Commitment, it’s this mindset that sets the foundation for our sustainability strategies.

Measuring Progress Toward 2030 Goals
One of the most effective ways to increase performance on a building is to benchmark projects using the Design Data Exchange (DDx) to establish project goals for energy use, lighting power density, and embodied carbon. This helps us test assumptions, make data-driven decisions earlier in the design process, and meet energy use reduction targets for each project. The industry can’t improve what it doesn’t measure or make better design choices without accurate feedback. While not every project can reach Net Zero, each project can move in that direction with minor adjustments.

To show how much progress the industry is making, the latest 2030 By The Numbers report shows some encouraging results. In 2024, 17% of ground-up projects reported through the DDX reached the goal of reducing energy use by 80%. Overall, all projects cut their energy use by an average of 56% compared to baseline performance – the highest reduction the program has seen so far. More than 600 projects were even predicted to achieve net zero. Across the 460 companies that reported data, 27 reached the 80% energy reduction target across their entire portfolio. Interior projects performed even better, reducing lighting power by 8-%. In fact, these efforts saved an estimated $22.1 billion in annual energy costs and prevented 61.4 metric tons of carbon emissions.

Using this data, firms can refine their strategies for achieving energy savings in their projects, monitor progress over time, and highlight methods that are already producing results. This provides a powerful way to showcase our value to clients as leaders in sustainable design. This data is also invaluable in creating policies, including stronger energy codes, that in turn drive cleaner energy use and drive innovation in design. For projects that are not energy modeled or are designed to “code minimum”, this increases the baseline performance of projects across the entire industry. Beyond just the numbers, it can motivate us to create spaces that better serve people, focusing on thermal comfort, natural light, healthy materials, and connection to nature.

Designing With Sustainability at the Core
We continue to explore emerging technologies, design strategies, and partnerships to elevate our designs. Our internal Sustainability Committee leads efforts through monthly training from both in-house personnel and allied industry thought leaders. This consistent and robust knowledge sharing provides opportunities for every team member to elevate their knowledge and provide better design services for our clients and the environment.

Looking Beyond 2030
Continuing to engage in tracking, developing our embodied carbon reporting, improving our design processes and skills in energy modeling will drive these changes well beyond 2030, with carbon neutral buildings becoming standard. Where do we go from there? Perhaps the industry spends the next 20 years post 2030 looking at how our buildings can become even more resilient. Research is already underway in innovations like carbon-absorbing materials, buildings that can adapt and withstand extreme weather conditions. As designers, we are at the forefront of driving these innovations. It is up to us to imagine how we can build for a changing environment.