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Technology and Innovation
MIT, Suffolk Study Identifies Six Areas Where AI Is Reshaping Construction
Boston – Suffolk, in partnership with the MIT Center for Real Estate and the MIT Media Lab City Science group, has released“ Construction in the Age of AI,” a joint study that examines how artificial intelligence is reshaping construction performance and productivity, and where it can deliver the most meaningful gains in processes, scheduling and project feasibility.
The construction industry continues to face declining productivity, fragmented project delivery, limited technology investment and persistent pressure from rising costs and labor shortages. Long approval timelines, siloed data and disconnected workflows have made it difficult for owners, builders, designers and regulators to improve performance at scale. AI has the potential to solve these challenges, helping teams process information faster, coordinate work earlier and make better decisions across a project’ s lifecycle.
“ Construction is at an inflection point,” said John Fish, chairman and CEO of Suffolk.“ AI presents a real opportunity to transform the way we build. The most meaningful progress will
Cultural come when the entire ecosystem aligns around better data, smarter workflows and shared accountability. Fully realizing this opportunity will require us to rethink how projects are planned, coordinated and delivered, enabling us to build with greater speed, efficiency and precision. The companies and teams that act now will help define the future of construction.”
Drawing on academic literature, case studies, expert interviews, survey input and an industry roundtable, the project involved over 50 industry leaders in the review and identified six priority domains where AI shows the greatest near-term potential:
• Design automation: Evaluate design options earlier, balancing cost, constructability, performance and code requirements
• Offsite manufacturing: Support prefabricated and modular construction by connecting design, production and delivery
• Permitting: Interpret building codes and support more efficient compliance and permit reviews
• Scheduling: Create more responsive schedules that identify risk and coordinate sequencing, labor and materials as conditions change
• Skilled labor and subcontracting: Reduce administrative work and help field teams and trade partners access the information, materials and approvals they need when they need them
• Supply chain and procurement: Connect design decisions to available products, helping teams plan around what can be sourced, manufactured and delivered In one sample multifamily project,
Suffolk’ s model suggests the combined application of the six AI-enabled levers could create 17 % to 20 % total cost savings and 22 % to 25 % total schedule savings. These improvements have the potential
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to improve project predictability and feasibility, even in markets where modest changes in cost and timing can determine whether a project moves forward.
“ This study is important because it starts to connect academic research with practical industry evidence,” said James Scott, co-lead, MIT Center for Real Estate.“ The next step is to keep building the data foundation needed to understand where AI has the strongest impact, where the limits still are and how those findings can be translated into better decisionmaking across real projects. That kind of evidence base is essential if the industry wants to move from promising examples to durable, repeatable progress.”
The study points to a broader shift in how the construction industry will operate in the years ahead, suggesting that AI will have the greatest impact as a connected system of capabilities that improves project planning, delivery and performance across the full lifecycle. As the industry continues to test, measure and scale these approaches, the next phase will depend on collaboration, better data and a willingness to rethink long-standing processes in service of better outcomes.
Bloomberg Public Science Common to Open at Museum of Science in October
Boston – The Museum of Science will open the William and Charlotte Bloomberg Public Science Common on Oct. 10, followed by a celebratory event Oct. 28. Construction on the 10,000sf civic venue is nearing completion.
William Rawn Associates, Architects, Inc. designed the space, and Consigli Construction Co., Inc. built it. Rawn’ s previous work includes Seiji Ozawa Hall at Tanglewood, the Cambridge Public Library, and the transformation of the Boston Public Library’ s Central Library.
Floor-to-ceiling glass overlooks the Charles River with 270-degree views of the Boston skyline. Within the 10,000sf
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Museum of Science, Boston / Photos by Nicolaus Czarnecki
footprint, movable walls and retractable seating allow the room to shift from a roundtable for a dozen scientists, to daytime programs for schools, to evening public events with a full performance stage. The venue will also be available for corporate gatherings and private events.
At its center is an immersive media environment. Ars Electronica’ s Deep Space system projects ultra-highresolution imagery across the floor and walls. Six movable LED video walls can be repositioned around the room in virtually any configuration, and a d & b Soundscape spatial audio system creates a three-dimensional listening environment. Blackmagic 4K cameras and livestreaming technology carry events to audiences outside Boston in real time and on demand.
A $ 155 million gift from Bloomberg Philanthropies, the largest in the museum’ s history, funded the project. The Common is named for William and Charlotte Bloomberg of Medford, the parents of Michael R. Bloomberg and Marjorie Tiven. Earlier Bloomberg Philanthropies funding established the William and Charlotte Bloomberg Science Education Center in 2016 and supported the 2011 renovation of the museum’ s Charles
Hayden Planetarium.
“ We believe the future of science is participatory,” said Tim Ritchie, Gwill York president of the Museum of Science.“ Science should belong to everyone. The William and Charlotte Bloomberg Public Science Common will be the world’ s stage for science: a place where scientists, creators, artists, and the public will create experiences that inspire everyone with hope for a better future. Our mission is to inspire a lifelong love of science in everyone.”
The museum will announce initial programming in the coming weeks.