Manchester Public Schools Temporary Classroom Space
Project Overview
The Manchester School District in New Hampshire embarked on an ambitious $306 million facilities modernization project in 2024. As part of this initiative, the district implemented a strategic plan to utilize modular classrooms during the renovation and construction process. Triumph Modular won the contract to provide and install 72 modular units across six schools in Manchester. These units included 56 classrooms, encompassing 59,730 square feet and accommodating up to 910 students. Additionally, 16 units were designated for offices, meeting rooms, and other educational purposes.
Quick Facts
- Location: Manchester, NH
- Square Feet: 59,730
- Modular Units: 72
- Modular Factory:
Whitley Manufacturing
Project Timeline
The project commenced with the arrival of the first modular unit on June 1, 2024. Following this, a rolling delivery and installation schedule continued throughout the summer months. By August 28, 2024, all modular classrooms were ready for occupancy, ensuring students had access right at the start of the school year.
Scope of Work
Triumph Modular’s responsibilities were comprehensive, encompassing foundation preparation, unit installation, and the connection of essential utilities such as electricity, lighting, HVAC systems, and data networks. This meticulous attention to detail ensured that each classroom was fully equipped and ready for occupancy.
Project Partners
The project’s success was possible through collaboration among several key stakeholders. The Manchester School District worked closely with Consigli Construction, which managed site preparations, and Triumph Modular, which focused on providing the modular classrooms. This partnership exemplified effective teamwork in addressing the challenges posed by extensive renovations.
Impact and Benefits
The implementation of modular classrooms significantly impacts the school district. The buildings can accommodate up to 1,000 students during construction, allowing education to proceed without interruption. The modern and fully equipped modular learning spaces ensure a smooth transition for both students and staff. Additionally, this approach supports a phased renovation strategy across the district. The Manchester School District is effectively using modular classrooms as a flexible solution to maintain educational continuity during a major facilities overhaul.
More from Modular Advantage
Resia: Breaking All the Rules
Resia Manufacturing, a division of U.S.-based Resia, is now offering prefabricated bathroom and kitchen components to industry partners. Its hybrid fabrication facility produces more precise bathroom and kitchen components (modules) faster and at lower cost than traditional construction. Here’s how Resia Manufacturing does it.
How LINQ Modular Innovates to Bring Modular To The Market in the UAE and Beyond
LINQ Modular, with an office and three manufacturing facilities in Dubai, is a modular firm based in United Arab Emirates. The company is on a mission: to break open the housing and construction markets in the Gulf Cooperation Council (GCC) area with modular.
ModMax: Redefining Modular Construction with Confidence and Precision
ModMax was born out of frustration—frustration with five persistent pain points in modular construction: Permitting bottlenecks. Production delays. Rigid designs. Disconnect between “the office” and the field. Lack of transparency and communication.
LifeArk: Disaster-Resilient Housing from Recycled Plastic and 100-year-old Technology
Wee compares LifeArk’s housing units to Yeti coolers, as they are built similarly. Each component takes 15 to 20 minutes to manufacture, has an R-value of 40, and includes molded slots and chases for wiring, plumbing, fire sprinklers, and other utilities.
Building the Future of Modular Edge Infrastructure
The edge data center market is expanding rapidly, driven by the surge in AI workloads, IoT adoption, and the need for localized compute power. In these environments, sustainability, scalability, and reliability are non-negotiable. Cooling is among the most complex challenges for operators—and one of the most decisive factors in long-term success.
Accelerating Light-Gauge Steel Construction: A Semi-Automated Digital Workflow for Off-Site Projects
For construction professionals, the message is clear. By adopting semi-automation and digitalization, companies can deliver projects faster, more accurately, and more profitably, while also building stronger collaboration across teams. The approach is not about replacing people with machines, but about empowering people with better tools and processes.
Why Modular Data Centers Are Gaining Momentum
Artificial intelligence, high-performance computing, and edge applications push the limits of traditional “stick-built” data centers. They take years build, often struggle with high density workloads, and aren’t optimized for deployments near end users. Modular data center platforms are purpose-built to address these challenges, offering flexibility and scalability to adapt to evolving technologies, while opening new opportunities for the modular construction industry.
Supply Chain Innovation in Action: 5 Habits Every Modular Leader Should Practice
By applying these principles to supply chain practices — collaborative planning, strategic procurement, scenario modeling, digital tools, and transparent forecasting — construction leaders can build value chains that are not just efficient and agile, but truly innovative.
Exploring the Role of Modular Integrated Construction (MiC) in Advancing Circular City Principles – A Survey of Stakeholder Perspectives
The survey findings highlight the significant potential of Modular integrated Construction (MiC) in advancing the development of circular cities. By reducing costs, accelerating construction timelines, and minimizing waste generation, MiC offers a promising approach to sustainable urban development.
The Use of MS POLYMER™-Based Sealants and Adhesives in Modular Building
These products combine flexibility and elastic recovery with excellent adhesion to different substrates and have already shown their usefulness in traditional construction. Now it’s time for them to be put to use in the modular construction industry.