Exceeding expectations with exceptional, LEED-certifiable, budget-minded precast concrete solutions for educational facilities, Tindall has students in their seats right on time.
It’s elementary, really. Building an educational facility with the efficiencies of a single-source precast concrete provider ensures school projects are completed on time and within budget. Tindall’s precisely engineered framing systems reduce design work and can shorten overall construction schedules by months, compared to other, old-school methods. Tindall’s diverse architectural finishes also provide a range of aesthetic options, from traditional brick educational facilities to sleek and modern schools — all while eliminating the on-site congestion of masonry materials and scaffolding, as well as consolidating on-site labor. Precast concrete even helps mitigate the safety risks associated with other forms of construction. Tindall’s innovations make this choice a no-brainer.
Constructing this 125,000-square-foot high school was the first step in creating a sprawling K-12 educational campus located on 20 acres in the Jefferson Parish of Louisiana.Discover
A prototype design was utilized to rebuild EGHS after it was destroyed by fire. Architectural enhancements on the exterior produce a unique-looking structure that is durable, functional, and thermally efficient.
As part of a complete school renovation, precast was chosen for the classroom tower based on its quick construction schedule, modular capabilities, durability, and attractive design.
The architectural precast pylons at LSU's Tiger Stadium were completed within a tight schedule, on a constricted site, with major architectural exposure.
Tindall's total precast annex added 22,000 square feet of classrooms, bathrooms, and administrative areas to the school on a 17-day erection schedule.
The new Georgie D. Tyler Middle School is a 2-story, 115,000-square-foot facility which includes “grade houses” for 6th, 7th, and 8th grade students.
From design to erection, Tindall delivered this 258,000-square-foot superstructure significantly faster than expected, shaving six months off the overall construction schedule and saving the client money.
For more information on these educational facilities projects, download the PDF below.