Proj Overview

Project Overview

The new Dr. Phinnize J. Fisher School in Greenville, S.C., is not your typical middle school. Located on 27 acres (109,000 meters squared) next to a public university’s renowned research campus, the school serves 1000 students through small learning communities, a research-based curriculum, and team-teaching in flexible and adaptable spaces. The district wanted the new school to blend in with the existing university campus while providing students with engaging and flexible workspaces that reflect its unique teaching methodology—all while staying within a tight schedule and budget. Choosing a precast concrete design helped them meet those goals.

Precast Solution

The use of a precast concrete design enabled the middle school to achieve an accelerated construction and design schedule, while providing excellent thermal performance, energy efficiency, and storm resistance. Designed to achieve Green Globes certification, the three-story, 179,000 square feet (16,600 meters squared) building features a precast concrete facade with sunshades and large expanses of glass. The precast concrete panels provided excellent support for the oversized windows, delivering hours of natural light into the labs and classrooms within. The design also conforms to the covenants of the research campus and its international architectural style.

Inside the building, the use of precast concrete long beams provided open spaces with no columns or obstructions, creating a more adaptable learning environment. Meeting the tight schedule goals was the biggest challenge, according to designers, but the team was able to achieve the owners goal’s thanks to the construction speed that precast concrete brings to a project.


2015 PCI Design AwardsK-12 Schools Honorable Mention
Project Team


Greenville County Schools, Greenville, S.C. 


McMillan Pazdan Smith Architecture, Spartanburg, S.C. 


MMSA, Greenville, S.C. 

General Contractor

Harper Corp., Greenville, S.C. 


Metromont Corp., Greenville, S.C. 

Precast Specialty Engineer

Mile High Engineering, Littleton, Colo. 

Photo Credit

Kris Decker/Firewater Photography

Key Project Attributes

  • Precast concrete panels reflect the international design of the adjacent college campus.
  • Durable precast concrete panels support oversized windows, bringing ample natural light into the classrooms.
  • The school is on track to achieve Green Globes certification, thanks in part to the use of precast concrete.

Project/Precast Scope

  • Size of the project: 179,000 square feet (16,600 meters squared)
  • Precast concrete erection completed from July 2013 to December 2013
  • Project cost: $29.4 million