Market Sectors
Mind the Gap: The Interface Between Onsite and Offsite Construction
Every design for manufacture and assembly (DfMA) project — modular, mass timber, or panelized — is really two projects joined at a seam. One is built in a controlled factory to millimeter tolerances; the other in the field, in weather, to the looser tolerances of poured concrete and human hands. Between them sits an interface: where the factory’s precision meets the site’s reality.
Read MoreRules, Rails & Repeatability: Applying DfMA to Modular Healthcare
DfMA offers several advantages for healthcare projects, with faster delivery among the most valuable. Schedule matters when building new facilities, expanding campuses, renovating existing space or bringing care closer to communities that need it.
Read MorePrecision and Possibility: Demands of DfMA and What Modular Mass Timber Makes Possible
Mass timber does not automatically create an efficient modular building. Its precision makes early coordination more important: fabricated components will accurately reproduce both the team’s solutions and its mistakes. The material’s advantages are realized only when supported by an equally precise design and delivery process.
Read MoreModular by Design: Turning Architecture into a Manufacturing System
Modular construction is often presented as a faster way to build. Speed, however, is only one part of its value. The larger opportunity is to create a coordinated design and production system that improves quality, reduces uncertainty, and allows a building to move efficiently from concept design through manufacturing, transportation, installation, and completion.
Read MoreRepeatability Begins with Trust: What Alora at Dry Creek Reveals About Scaling Modular Housing
Alora at Dry Creek, a 329-unit, multifamily community comprising five four-story buildings in Centennial, Colorado, demonstrates how repeatable design, standardized manufacturing and early collaboration can work together to create a model that is not only faster to deliver, but easier to replicate across future projects.
Read MoreBuilding Customized Technical Containers for Data Centers and the Energy Sector
Modern data centers must not only be highly efficient but also flexible and secure. One answer to these core challenges is modular data centers housed in containers.
Read MorePainted, Perforated Panels Provide School with Pulled-Together Polish
The Williamsville-Sherman Community Unit School District No. 15 serves students from its namesake villages on the outskirts of Springfield, IL. To bring life to two school buildings, bright school colors were applied2,200 sq. ft. of PAC-CLAD 7.2 Perforated Corrugated panels.
Read MoreDu Moulin School
When the Lanaudière school board approved a new modular expansion for Du Moulin School, the expectations were clear: The project needed a foundation system that could match the pace of modular construction while delivering absolute confidence in weak ground.
Read MoreAffordable Housing, One Module at a Time
For builders and developers, modular factories offer significant scheduling and cost efficiencies compared with traditional site-built construction, regardless of whether the final product is workforce housing, single family homes, or apartment buildings.
Read MoreAdvancing Modular Housing Policy in California: An Interview With Tyler Pullen of Terner Labs/UC Berkeley’s Terner Center for Housing Innovation
Artificial intelligence is no longer a future concept in modular construction—it is already reshaping how complex buildings are evaluated, designed, and delivered.
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