Schools get built in the summer, because the calendar says so. Classrooms have to be handed over before students arrive in August, and the concrete and site work sit at the very front of that countdown, in the months when Texas heat, afternoon storms and permitting queues are all at their worst. A school project that loses six weeks in the ground rarely recovers them in the finishes, which is why district owners and construction managers pay close attention to the foundation and site package.
We build the slabs, footings, bus loops, parking, sidewalks and underground utilities for elementary, middle and high schools, campus additions and higher-education buildings across the state. The work is usually repeated across a district’s bond program, so we like to understand a district’s standards and prototype drawings early, then deliver building after building with fewer surprises.
Working backward from the first bell
The schedule starts with the date that classrooms must be occupied and works backward through inspection, finishes, framing, roof and slab. For a new campus that often means site work in winter, slabs in spring and a roof before the summer storms. We set our mobilization, grading and utility sequence to turn building pads over early and then protect them: a slab that sits exposed for a wet spring can need repair before framing starts.
In fast-growing districts the pace is relentless. Frisco’s school district is the city’s largest employer at nearly 8,800 people in the 2023 list, and the University of North Texas in Denton has an enrollment above 42,000, the fifth largest in the state. Projects in those markets run in parallel with housing growth, so utility capacity, road access and neighbor concerns are part of the schedule. See how we handle similar projects in Denton.
Storm planning and site safety
Texas schools are built in a state that led the nation with 169 tornadoes and 878 hail events in 2024. Districts in the north and west of the state also carry local memory: the April 10, 1979 tornado in Wichita Falls killed 42 people and caused roughly $400 million in damage, and that kind of history leads owners to ask serious questions about shelter and structure. Reinforced concrete walls, slabs and storm-shelter components are therefore common design items on school projects, and we place them to the engineer’s details with careful attention to rebar, embeds and anchor bolts.
The same attention applies to the site. Construction near an operating school requires fencing, separate haul routes, traffic control at pickup and drop-off, and quiet periods around testing. We keep the site safe for students and teachers, and we use bollards and site concrete where a building entry or a bus lane needs physical protection from vehicles.
Review path for public school work
School districts are public entities, and their projects follow a procurement and review path that is more formal than a private job. State law sets the International Building Code as the commercial baseline for municipal enforcement, though school districts and the design professionals who work for them also follow their own standards and any state requirements that apply. Accessibility is reviewed through the Texas Department of Licensing and Regulation for projects at or above $50,000, and a plan review comes before inspection.
The practical result is that many submittals, tests and inspections are required before a district will accept a building. We prepare the concrete submittals, mix designs, testing schedules and daily reports that a construction manager needs for that process, and we keep copies so closeout does not become a scramble in the last weeks of the project.
Pads, loops and the site around the building
The building pad usually begins with building pad preparation, including cut, fill and compaction to the geotechnical recommendations. On expansive clay, many districts also require treated subgrade, moisture control or a deeper foundation system. We pour footings, slab on grade, and the thickened edges that support masonry and tilt-wall construction, then move to the paved area. Panel casting on a finished floor is common for gyms, cafeterias and fine-arts wings, and it changes slab thickness and the sequence of pours inside the building.
Bus loops, parent drop-off lanes and fire lanes are concrete jobs, since heavy buses idle and turn in the same spots every day. We build them with reinforced joints and enough thickness to resist rutting. Drainage matters as much as strength: a loop that ponds becomes a safety issue in a hailstorm, so we verify grades and inlet elevations before pavement goes down. The sidewalks and flatwork crews we coordinate finish the walks with accessible slopes.
What drives a bond-program budget
School budgets are set years ahead by bond election, and escalation between the vote and the bid is a real risk. The items that move cost most are soil treatment, how much dirt is imported or exported, the length of underground utilities and how much pavement the site plan requires. Repeating a prototype across several campuses helps, because crews learn the details and procurement is simpler. Escalation clauses, early material buyouts and a clear alternates list all give a district more control, and we price with those tools in mind so the number on the bid sheet holds through construction.
We help construction managers and schools and healthcare owners keep those drivers visible. If a site in San Angelo, where a 2020 hailstorm dropped stones of 1.75 to 3 inches over about 90 minutes, needs a different roof and canopy detail, or a site on clay needs a deeper treatment, we price it early instead of in a change order. Our San Angelo notes show how weather shapes planning there.
Building a school in Texas?
Send us the prototype, the geotechnical report and the occupancy date and we will return a sequenced concrete, utility and earthwork plan. We also work with municipal and public works owners, and our notes on government and municipal buildings cover related public work.
Common Questions
Can you finish the slab before the school year starts?
Usually, if the site is turned over on time and the weather cooperates. We plan the earthwork and utilities to finish early so slabs can be poured and cured while framing crews wait. The point is to give the general contractor a protected, tested pad on the date the schedule needs it.
How do you handle construction near an occupied campus?
We separate construction and student routes, fence the work, schedule heavy deliveries around drop-off and pickup, and control dust and noise. For additions to existing schools we coordinate quiet periods during testing, and we keep haul routes off the bus lanes.
Do storm shelters change the concrete scope?
They can. Safe-room and shelter components often require heavier reinforcement, tighter embed placement and special inspection. We follow the engineer’s details and coordinate with the inspector so the work is documented at each step.
What soil problems do Texas schools run into?
Expansive clay is the most common, followed by uncontrolled fill from earlier uses and shallow rock in some regions. We address them with treated subgrade, over-excavation or deeper foundations as the geotechnical engineer recommends, and we verify results with density and moisture tests.
How do you work with district procurement?
We provide the submittals, insurance and bonding documents that public work requires and keep detailed daily and testing records. Our estimating process is built around bid documents, so alternates and unit prices are clear for the owner.