School and Campus Construction in Texarkana, Texas

Texas A&M University-Texarkana planned a $45 million, three-story Business, Engineering and Technology building of just over 50,000 square feet on the southwest side of its campus, connected to the existing Science and Technology Building by second and third floor walkways. By August 2025 the building was under construction, and new Computer Engineering and Civil Engineering degrees launched that fall. A campus building like that is the best example in this market of what a school or college project asks of the concrete trades.

Education work comes with a calendar nobody can move. Students arrive in August or January, and a building that is a month late can cost a semester. The campus stays open while we build, so noise, dust, haul routes and pedestrian paths matter as much as the pours. The structure is straightforward, but the planning is not.

We build foundations, slabs, sitework and utilities for colleges, school districts and technical training centers across Bowie and Cass counties. We describe below how those projects usually run and where the schedule is won.

Colleges and training centers in Bowie County

The Texas A&M campus lists 375 acres near Bringle Lake, acquired as 300 acres from the City and 75 acres from a foundation, with a 294-bed residence hall and 2,112 students in fall 2022. A large, open campus with room to grow is a different job from a landlocked urban school: more grading, longer utility runs and bigger detention areas. Our campus page covers the site in detail.

Texarkana College opened the 15,000 square foot McCulloch Industrial Technology Center, housing technology and air conditioning and refrigeration programs, with a ribbon cutting on February 10, 2023. The comprehensive plan defines a College District centered on Texarkana College between New Boston Road and Richmond Road, and proposes a training facility for the Texarkana school district near the interstate. Skilled-trades buildings carry heavier floors, bigger bay doors and equipment pads, which is closer to flex light industrial construction than to a classroom wing.

Accessibility, fire access and state review

The City of Texarkana, Texas Inspections office requires plans to comply with the Texas Accessibility Standards, administered by the state licensing department, and that is the state standard that applies. Schools get strict review of every ramp, stair and door landing. Public and higher education projects also register with the state licensing department, which is why the A&M building and the Texarkana College center appear in public databases.

The City lists the International Building Code and International Fire Code as presently in use. The edition in force should be confirmed with the City. Public school districts outside the city limits may follow different review paths, which the district architect will confirm. For general context, see our schools and healthcare owners page.

Campus conditions that change the plan

Campuses near water raise the stakes on drainage. The Texas A&M-Texarkana campus lies near Bringle Lake, and the comprehensive plan describes Summerhill Road running from the southwestern edge toward that lake. We look for wet corners, old culverts and low spots before we plan haul routes, because a heavy truck on a soft campus lawn leaves a rut the maintenance staff will remember.

Soil is the other condition. A three-story academic building carries more load than a single-story classroom, and the upland soils the hazard plan describes, acid sands and loams over loamy and clayey subsoils with red clays in the redlands, can behave differently across a single footprint. We ask for borings at the corners and the center. Where a new building ties to an existing one by walkways, differential settlement matters, because a bridge that tilts is noticed by every student who crosses it. Our footings and stem walls page describes how we set them to avoid.

Summer windows and the first day of class

School schedules have three real windows: summer, winter break and spring break. Utility cutovers and work that affects occupied buildings go into those windows. The rest is outside work, which depends on rain and ground conditions. We plan the largest earthwork and site utility packages for dry months when the campus is quiet, and we leave finishing, curb and sidewalks for the final stage so students are not walking on new concrete.

A building that finishes late in the summer still needs time for furniture and commissioning. We therefore push the slab and the underground as early as the contract allows, and we review the schedule with the general contractor every week once the structure is up. Our concrete formwork page explains how forming strategy shortens the elevated deck cycle for multi-story academic buildings.

How we work on an occupied campus

Safety plans for schools start at the gate. Delivery hours avoid drop-off and pick-up, haul routes are marked and fenced, and flaggers manage crossings. We run clean sites, with wheel wash, street sweeping and closed loads in dust sensitive areas. Noise-producing activities such as sawing and breaking are scheduled around exams and class blocks.

We also share information. Campus facilities staff know where old utilities run, which valves are live and which lines were abandoned. We ask early and mark everything, then confirm with potholing before trenching. That talk with facilities often saves more time than any equipment we bring.

Services that show up on education projects

Typical packages include parking lots and drop-off loops, bus lanes with concrete pavement, ADA ramps and accessible routes, playground and athletic slabs, dumpster pads, and storm drainage. On athletic projects we also pour the concrete for bleacher footings, press boxes and ticket booths. The sidewalks and flatwork we place on campuses are some of the most visible concrete we do, and we treat their control joints as part of the design.

Student housing is a separate product type, closer to multifamily construction, and the same crews can handle both when a campus is expanding.

Send us the bid package and the school calendar

School projects live and die by the date students arrive. Send the drawings, the geotechnical report and the calendar the district or campus is working to. We will respond with an earthwork and concrete plan built around summer and holiday windows, with the inspection hold points marked. The quote form near the top of the page is the quickest way to start.

Common Questions

What does a college academic building require from the concrete side?

A three-story academic building like the A&M-Texarkana Business, Engineering and Technology building calls for spread or mat foundations, a slab on grade, possibly elevated decks, and stairs and elevator pits. The geotechnical report, the structural drawings and the connection to existing buildings drive the details.

Can you work while classes are in session?

Yes, with a plan. We schedule noisy work around classes, fence work areas and run flaggers at crossings. Utility shutdowns are done in breaks.

Why do skilled-trades buildings cost more per square foot?

Heavier floors, larger doors, equipment pads, trench drains and utilities for shops add concrete and site work. The McCulloch Industrial Technology Center at Texarkana College is a 15,000 square foot example of that building type.

Which code edition governs a school project here?

The City lists the International Building Code as presently in use. The edition in force should be confirmed with the City. Confirm with Inspections, and with your district architect if the site is outside the city limits.

How do you protect new concrete from foot traffic?

We schedule sidewalks late and use barricades and signs. Where early use is unavoidable, we use temporary paths of compacted stone or plywood.

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