Digitalizing Your Products for Seamless Integration into Offsite Projects
Charlotte Garrett is the Head of Industry Strategy at KOPE.
Buildings are too often designed without the method or the products we intend to use in mind. We continue to apply offsite construction products to projects using traditional methodologies despite their inherent differences, leading to significant inefficiencies and low productivity.
Redesigning projects, to later accommodate offsite solutions, is expensive and risky, wasting creativity and opportunities for efficiency. This is largely due to a lack of visibility and accessibility to the right information about offsite products.
The construction industry must adapt to new ways of working.
Prefabrication and Offsite Construction Play an Important Role in Industrializing Construction
At the core of this transformation is the move towards productization which involves bringing products to the forefront of design.
We need to improve collaboration through transparency and accessibility of structured and standardized product information to create project consistency and predictability. By moving beyond prefabrication and embracing productization we will be able to create standard components that are packaged up and ready to be deployed in not just one project, but many projects.
Digitalizing Products can Enable Better Collaboration and Communication between Stakeholders
Converting standardized product information and processes into digital formats can enable accurate automation of configuring and placement of each component into a design model.
We need to move away from generic, descriptive design processes in traditional Design and Build Contracts. Designing with known manufacturing capabilities and limitations upfront. (A wall panel supplier may have standard panel sizes or may offer flexibility within maximum and minimum panel sizes). Access to this information allows designs to be validated early on, saving time, reducing rework and accelerating project delivery. Testing all components needed to construct building elements to be scheduled, costed and coordinated before committing to design freeze and manufacture.
KOPE enables products to carry information on product data, drawing templates, links to other products and systems, and the rules on how they should be configured and arranged in projects. We need to get rid of moments where decisions are translated either from one skill set to another and from one file type to another. The data that informs you, should also be the data that gets passed along to the next link in the chain.
KOPE plays a crucial role as an enabler in offsite construction, providing certainty to design decisions by offering a single access point for all manufacturer’s product information. Our platform integrates offsite processes and products, facilitating convergence between design and manufacturing.
It’s all about scalability and the applicability of the right data, to support decisions across design, construction, and procurement.
KOPE Market is a free and searchable database for offsite construction.
KOPE is a product configurator that allows you to seamlessly apply prefabricated products to your projects by automatically configuring and placing multiple products within design models. It enables suppliers to maintain and update product libraries, digitalizing all of the supplier-defined attributes and repeatable processes. This enables suppliers to have control over the application of their products into any project, ensuring compliance and consistent application to scale and gain value from efficiencies.
To compliment our configurator, we have KOPE Market, a free and searchable database for offsite construction, allowing organizations to explore and connect with suppliers and their products. It allows you to understand the capabilities of products and systems that can benefit projects, facilitating comparison and integrations into your supply chain for later application into the project.
Case Study
The Challenge
Saint-Gobain approached KOPE, looking to improve the efficiency around processing project tenders for one of their prefabricated solutions.
Saint-Gobain traditionally operated by supplying system components into the construction sector which skilled labour assemble at a job site. This is relatively flexible but not efficient. New offsite solutions developed by Saint-Gobain enhance productivity and reduce waste but require early design engagement. Developing a quick, compliant and auditable platform to quantify a project’s suitability for costing and assessing feasibility is vital.
Saint-Gobain’s goal is to apply their solutions with greater speed and accuracy to their customer’s projects and to assess the levels of standardization of each project, by minimizing the number of bespoke components being manufactured. Building bespoke components was not only inefficient but also expensive, prompting a need to prioritize projects with the capability to apply significant standardization potential. They also sought to automate the generation of schedules and layout drawings for each building level within the project design model.
Our Approach
After onboarding Saint-Gobain’s product to KOPE, the digitalized asset captured all the product data and logic on how to integrate it into the project design, quantifying, and generating schedules and drawings to return a tender. Delving into their decision-making logic when applying their products to projects we were able to quickly digitalize the product’s data and logic to then automate their processes.
With KOPE’s platform, Saint-Gobain was able to seamlessly integrate its solutions into project models in minutes. KOPE identified all relevant building elements from within the IFC model, and translated all monolithic walls into precise manufacturable components, as defined by the solutions capabilities and rules around the application.
Following that, KOPE generated a set of layout drawings and basic outputs such as product-level quantities, and a 3d model, enhancing productivity and streamlining workflows around feasibility assessment. Its system-level understanding validated product placement, enabling assessment of design impacts on standardization levels.
‘’In order to apply offsite solutions to achieve their full potential, solutions need to be considered and integrated into project design much earlier than we do today. Developing a digital platform to allow this to be done very quickly and produce key measures and indicators which are system-specific and compliant is vital. KOPE allows solution data we have to be applied.‘’
— Tom Cox. Construction Solution Director, Saint-Gobain UK
The Results
By embedding manufacturers’ decision-making logic within digital assets, KOPE ensured that Saint-Gobain solutions behave as intended, guaranteeing adherence to standards. This gives users confidence when integrating the products into the design files, knowing they are manufacturable and meet expectations around efficiency in cost, program, and function.
Saint-Gobain is now able to achieve consistency in key metrics and performance indicators across customer projects. This standardization streamlined workflows minimized errors, enhanced productivity, and reduced waste. KOPE drastically reduced the time required to integrate products into design files, facilitating quicker and more accurate validation of design approaches.
KOPE is currently deploying the Saint-Gobain solution on a number of live projects, we will soon be sharing updates on the results.
More from Modular Advantage
MBI Town Halls 2026: Reflections from Boston
By the end of 2026 MBI’s Government Affairs team will have traveled over 6,000 air miles to bring Town Hall events to five different cities in two countries.
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.
Rules, 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.
Precision 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.
Catch It in the Factory, Not in the Field: Smarter Testing for Modular Builds
Integrating watertightness and airtightness testing into factory workflows transforms quality assurance from a reactive process into a proactive commissioning strategy. It ensures that every module shipped is field ready and resilient for transportation while also supporting the ability of the modular construction industry to make buildings better.
Modular Construction Contracts: Key Considerations for Successful Canadian Projects
Starting a modular project with a well-developed contract protects both the owner and the contractor. It will help keep the project on track and on budget, and it will improve quality from the factory floor to final installation on-site.
Modular 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.
Repeatability 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.
T.R. Arnold: The Art of Third-Party Inspections
T.R. Arnold (TRA), a third-party inspection company in Elkhart, Indiana, contracts with modular manufacturers across the US. Manufacturers register with each state to which they intend to send their modules and may be required to hire a third-party inspection company.
Creating an ‘Ecosystem for Innovation:’ 50+ Years of Modular Construction Oversight in Virginia
Virginia’s modular building program began in 1973, with the implementation of the Virginia Industrialized Building Unit and Mobile Home Safety Regulations. Now it’s leading the country in modular code adoption.