The first day of class is the one date in school construction that cannot move. Everything else in the schedule, from bond election to permit to steel, is built backward from August, and a building that is 95 percent complete in late summer is a failed project. We build K-12 schools, career and technical centers, higher-education facilities and additions on live campuses in Colorado, and we plan them as fixed-date deliveries with float we can see.
Districts and colleges across the Front Range are adding space. Arapahoe Community College's $40 million Collaboration Campus in Castle Rock's Meadows area has two 54,000 square foot buildings on a 14 acre site with Colorado State University and Douglas County School District as partners, and the town approved $3 million in infrastructure reimbursement. In Longmont, St. Vrain Valley Schools is the largest employer on the city's 2020 list with 3,543 employees. Colorado State University in Fort Collins reported an all-time high fall 2025 enrollment of 34,412 students, including a first-year class of 5,376.
Growth like that keeps classroom and lab space in demand. The building types we price run from a single-story elementary school to a multi-story lab and instruction building.
Where school and campus growth is concentrated
School demand follows housing, and housing is moving along the I-25 corridor. The Collaboration Campus in Castle Rock shows a partnership model: a community college, a research university and a school district sharing a campus so students can move from high school to a degree. In Longmont, the school district sits at the top of the employer list, so its building program shapes local construction demand.
Higher education is its own market. Colorado Mesa University in Grand Junction reported a record incoming freshman class in 2024, CMU Tech enrollment up 15% in one year and 50% in two years, and a new food hall, residence halls and expanded parking under construction as of August 2025. A campus with that profile needs labs, residence halls, dining and parking in one program, which is where a builder with site and structure range helps. See our multifamily and mixed-use page for how we handle residence halls.
Planning backward from opening day
We sit with the district and the design team at preconstruction and build the master schedule from the opening date. Every major scope gets a finish-by date: foundations, structure, dry-in, mechanical rough-in, ceilings, flooring, equipment, commissioning and furniture. Then we ask where the real risk is and place float in front of it, usually before the long-lead items and the final inspections.
Many schools are built in phases on occupied campuses, so safety and logistics come before finish. We separate student routes from construction routes, schedule deliveries outside drop-off and pick-up hours, and brief staff weekly. Our experience with busy truck courts and tight laydown helps. Schools are close to build-to-suit warehouse work in one respect: the owner knows exactly what they need on day one, and the building has to be right.
Summer windows and long-lead items
Most renovation and addition work happens in the summer gap, roughly ten weeks, when students are out. We plan that window as an intense sprint: demolition and rough-in first, then ceilings, flooring and finishes, with deliveries staged to keep crews busy. Anything that cannot be finished in the window gets phased into winter break or built outside the occupied zone.
New construction has more room, but long-lead items still control. Steel, rooftop units, electrical gear, casework and gym flooring have lead times that stretch through spring, so we submit them as soon as the design allows. We also advise districts on early-release packages, such as site work and foundations, to pull the schedule forward before the full permit set is complete.
Codes, loads and who reviews a school
Schools are reviewed by the local building department and, in many cases, by a state agency for public school construction. Fire, life safety and security requirements are heavy: sprinklers, alarm, controlled entries, shelter-in-place spaces and egress for assembly areas like gyms and cafeterias. We bring those reviews into the calendar early.
Design loads depend on the location. Lakewood's city handout lists a 36 inch frost depth, a 30 psf non-reducible ground snow load, a 30 psf minimum roof snow/live load, wind Exposure C and Climate Zone 5. Mountain and western slope districts publish higher numbers, and long-span gymnasium roofs are sensitive to every pound. Littleton, the Arapahoe County seat, has small portions extending into Jefferson and Douglas counties, which are served by Jeffco Public Schools and Douglas County School District RE-1, so one city can touch more than one district. We confirm the district, the code edition and the reviewers before we price.
Gyms, labs, kitchens and the site
A school has distinct building parts that carry different costs. Gymnasiums need long-span roofs and durable floors. Science and career-tech labs need ventilation, gas, water and safety equipment. Kitchens need grease and floor drainage, plus a receiving dock and cooler space. And the site needs bus loops, parent drop-off, fields and stormwater, which can be a large share of the budget.
Tilt-wall and precast construction are cost-competitive for single-story schools and gym blocks, and we bring tilt-up experience from our tilt-wall warehouse projects. The same panels that form a distribution building give a school a fire-rated, durable and quick-to-erect envelope. For site utilities, see our site utilities package.
Where we build schools and campuses
We work for districts, colleges and charter schools across the Front Range, the eastern plains and the western slope. Fort Collins and the northern corridor are active university markets, and Castle Rock and Longmont show district growth. We also advise developers who build educational space for lease, through our developer and REIT services, and we coordinate with public owners on government and municipal projects that share campuses with schools.
Planning a school or campus project?
Give us the opening date, the program and the site. We will return a backward-planned schedule, a phasing plan and a budget range.
Common Questions
How do you make sure the building is ready by opening day?
We plan backward from the date and build float before the highest-risk items. Early release of long-lead equipment, a summer-window sprint plan for renovation work and weekly look-aheads with the district keep the finish line in view.
Can you build while students are on campus?
Yes. We separate construction and student routes, schedule deliveries outside drop-off and pick-up times, fence work areas and brief staff weekly. Noisy work is scheduled around testing and class hours.
Is tilt-wall a good choice for a school?
For single-story schools and gym blocks, yes. Tilt-wall panels are durable, fire-rated and fast to erect. Taller instruction buildings, labs and residence halls usually move to steel or concrete frames.
Which snow and wind loads apply to a school roof?
They depend on the site. A Front Range city like Lakewood lists a 30 psf ground snow load, while mountain districts publish much higher values. Long-span gym roofs are especially sensitive, so we use the local jurisdiction's published design criteria.
What delays school projects most often?
Long-lead equipment, permit review of fire and security items, and unforeseen site conditions. We submit equipment early, schedule reviews with the reviewers during design, and do a geotechnical investigation before pricing.