Transforming Our Cities: How Technology and Collaboration Drive Decarbonization for a Sustainable Built Environment

As we tackle climate change, it’s crucial to identify the biggest sources of greenhouse gas emissions. Surprisingly, the aviation industry only accounts for about 2.5% of global emissions. In comparison, a whopping 42% comes from the built environment, which includes buildings and infrastructure.

Technology can play a significant role in reducing emissions. By utilizing data effectively, the architecture, engineering, construction, and operations (AECO) industry can pursue meaningful and cost-effective solutions. From innovative building materials to enhanced collaboration between public and private sectors, we have a chance to improve energy efficiency and reduce the carbon footprint of our buildings.

Making data-driven decisions is essential for better sustainability outcomes. With the right tools, architects, designers, and operators can track both the embodied and operational carbon of projects. This is where digital transformation comes in—specifically, through cloud-enabled Building Information Modeling (BIM). BIM helps manage construction projects from start to finish and makes it easier to adopt modern technology.

Using BIM, stakeholders can streamline their designs to lower carbon emissions. By centralizing project data, teams can utilize simulation tools to evaluate how different designs and materials affect carbon output. This data helps in making informed choices throughout the project lifecycle, significantly cutting down emissions.

The construction industry is also embracing new materials and processes to become more energy-efficient. Offsite construction, along with materials like mass timber and other bio-based options, can drastically reduce both waste and embodied carbon.

A great example of this in action is Project Phoenix, a 316-unit modular affordable housing development in West Oakland, California. Built on a former steel factory site, it has set ambitious sustainability goals. Notably, the building features a unique skin made from panelized systems manufactured offsite and insulated with mycelium, showcasing how innovative solutions can lead to a greener future.