R&D and technology play an essential role in our firm. We invest in constant learning, testing and innovation. That uniquely positions us to solve our clients’ most difficult problems.
Innovation EngineOur CORE groups manage our research and development efforts, from incremental efficiency improvements to solving some of the most challenging engineering problems of our time.Learn More
Innovation OutputWe believe collaboration amplifies our innovation potential and creates connections that lead to better, more imaginative solutions for our clients.Learn More
Engineering decarbonization doesn’t stop at the building envelope. Discover how Thornton Tomasetti and Crozier Fine Arts are applying systems engineering and carbon modeling to reduce operational emissions across the global fine art supply chain.
Decarbonizing the transportation and manufacturing sectors is crucial to tackling climate change. While electrifying transportation is a clear strategy for reducing carbon emissions, manufacturing requires a more nuanced approach.
While fossil fuels continue to account for more than half of U.S. power production, CCUS can serve as a bridge technology helping us move toward decarbonization.
Climate risk assessments are an important early step in identifying site-specific climate hazards and how those hazards may change over the lifespan of a building.
Resilience Master Planning goes beyond designing a single building, bridge, or infrastructure system and seeks to foster entire communities at different scales.
Emergency planning and preparedness may often come as an afterthought, but it is crucial to take a proactive approach that incorporates operations and maintenance considerations into early project stages.
Renewables or renewable energy sources are key to the energy transition, not only because they reduce our dependency on finite and high-GHG-emitting sources (i.e., fossil fuels), but also because they leverage clean, naturally derived sources that replenish at a higher rate than they are consumed.