project summary
Modular Elementary School
category
location
Midwestern U.S.A.
Sunbelt facility
Whitley Manufacturing A Sunbelt Company
size
17,640 sq. ft.
key achievements
Building Floor Plan Highlights

case study summary
A repeat customer of Whitley Manufacturing, chose to partner again to construct a two story, masonry-clad addition to their existing permanent modular school.
As with all of their facilities, the design, finishes and specifications needed to reflect the schools’ commitment to excellence, quality, and sustainability. The building is framed with high recycled content steel with cementitious sub-floors poured on-site. Ceramic and quarry tile wainscot clads the walls in hallways and classrooms with full-height ceramic tiling in the restrooms. A reflective white “cool roof” membrane covers the roof and improves energy efficiency. The highly efficient HVAC system installed features ERV units to recover energy, CO2 sensors, and HCFC-free refrigerants to ensure healthy indoor air. Occupancy sensors are incorporated into the lighting system to reduce energy waste, as well.
A two-story modular addition designed to seamlessly match existing campus while meeting high standards for durability, sustainability, and academic excellence. Delivered on an accelerated timeline, the project reflects a continued partnership focused on quality construction and long-term performance.
key achievements
Building Floor Plan Highlights

case study summary
A repeat customer of Whitley Manufacturing, chose to partner again to construct a two story, masonry-clad addition to their existing permanent modular school.
As with all of their facilities, the design, finishes and specifications needed to reflect the schools’ commitment to excellence, quality, and sustainability. The building is framed with high recycled content steel with cementitious sub-floors poured on-site. Ceramic and quarry tile wainscot clads the walls in hallways and classrooms with full-height ceramic tiling in the restrooms. A reflective white “cool roof” membrane covers the roof and improves energy efficiency. The highly efficient HVAC system installed features ERV units to recover energy, CO2 sensors, and HCFC-free refrigerants to ensure healthy indoor air. Occupancy sensors are incorporated into the lighting system to reduce energy waste, as well.
A two-story modular addition designed to seamlessly match existing campus while meeting high standards for durability, sustainability, and academic excellence. Delivered on an accelerated timeline, the project reflects a continued partnership focused on quality construction and long-term performance.









