School and Campus Construction in Fort Collins
A summer is about twelve weeks long, and an academic building on a working campus usually has to be finished inside one of them or inside two. That small fact organizes almost everything about school construction in Fort Collins: how a project is phased, when long-lead items are released, how crews enter and leave a site that thousands of students cross every day, and why the first conversation with an owner is about the calendar and not the budget.
The scale of the local education market is large. Colorado State University is the largest employer in Fort Collins with 8,850 employees, and the Poudre R-1 School District follows with 4,600. CSU reported an all-time high fall 2025 enrollment of 34,412, which means the demand for classrooms, laboratories, residence-adjacent facilities and parking continues to climb. Public owners here are accustomed to detailed design review, and they expect a contractor to be fluent in it.
We build K-12 additions and renovations, higher-education teaching and research space, and the support buildings that make a campus function. Our education facility construction work is shaped by the owner's sustainability goals, and we read those goals as requirements and not as brochure language.
A university town with two very different owners
Higher education and K-12 are different clients with different rhythms. A university project may be funded in pieces, planned by a facilities group with its own standards, and sequenced around research schedules. A school district typically funds work through voter-approved bonds or capital reserves and plans its largest projects to open between school years. The common thread is a need for exact schedules, secure sites and accurate public reporting.
CSU also gives the area a research identity. The university spent $498.1 million on research and development in fiscal year 2023, and its Foothills Campus, listed at 1,705 acres on the northwest edge of Fort Collins, houses the atmospheric sciences department and several research and outreach centers. Laboratory buildings, vivarium suites and field facilities are different from classrooms, and we bring in the mechanical and electrical subcontractors early on those jobs. Many of the same pre-engineering questions appear in our office building projects, where lab-ready floors are an increasing request.
Classrooms, labs, athletics and everything that supports them
A school project is rarely a single building. A middle school addition may include classrooms, a gym or commons, a kitchen upgrade, a new bus loop and site utilities, and each piece has its own schedule logic. We separate the work into packages that can be bid and built on independent clocks, and we look for items that can be completed before students return, such as roofing, paving and utility tie-ins.
Safety and security are now part of the base building. Controlled vestibules, door hardware, camera infrastructure and clear sight lines affect the plan from the start, as do accessibility, daylight and acoustics. When a district asks about incorporating a community room or a shared-use athletic space, we bring in cost information for the added scope. Public buildings of this type also share many requirements with our government and municipal projects, such as public bidding and open meetings.
Working beside students and staff
Occupied schools require constant attention to the edges. Construction fencing, signage, a separate contractor entrance and haul routes are drawn on a logistics plan reviewed with the principal or facilities director. Deliveries are scheduled outside drop-off and pickup times, and noisy work is shifted away from testing days. On a university campus, a closed walkway can add minutes to hundreds of trips, so alternative routes are marked before the closure.
Flooding adds a regional reminder. A late July 1997 flash flood followed 10 to 14 inches of rain over 31 hours and caused about $140 million in damage to Colorado State University, and the Cache la Poudre River continues to produce periodic flooding in the city. Campus owners ask us about finished floor elevations, drainage, and the location of mechanical equipment, and we answer those questions in the site analysis and not at the end of design. Our phased construction on occupied sites process includes those reviews.
Building to the first day of class
The first day of class does not move. A project that targets a fall opening must begin procurement in the winter, with steel, windows, roofing, switchgear and casework all released against the opening date. We build a backward schedule from the first day of school, release items through long-lead procurement early, set float for weather and inspections, and hold a recovery plan in reserve. If the work is spread over two summers, the first phase has to leave the building safe and usable.
Colorado winters affect exterior work, so we aim to enclose the building before the first hard freeze. Interior finishes, commissioning and furniture installation follow, and the final weeks are used for punch lists, training the custodial and facilities staff and delivering the closeout documents. Where the owner asks for a certified green rating, we track the documentation as we go, a practice that fits well with how education institutions manage their own sustainability reporting.
Sustainability as a requirement
Colorado State University's Powerhouse Energy Campus, a 100,000 sq ft facility north of Old Town, was completed in 2014 and received LEED Platinum certification from the U.S. Green Building Council in 2015. Owners across the region look at a building like that and ask what is possible on their own projects. A school or university owner might require a certification, a target energy use, or a specific commissioning scope, and we organize the documentation and the testing to meet it.
The code framework is moving in the same direction. Colorado HB22-1362 requires any county or municipality that updates a building code on or after July 1, 2023 to adopt an energy code with equivalent or better performance than the 2021 IECC, and from July 1, 2026 the benchmark becomes the state model low energy and carbon code. Fort Collins treats the 2024 International Building Code with local amendments as current for permits submitted on or after April 1, 2026. We keep a record of the edition and amendments that apply to each project in the preconstruction file.
Plan from the first day of class
Tell us the opening date, the occupancy during construction and any sustainability targets. We will return a backward schedule, a logistics plan and a budget by package.
Questions Owners Ask
Can a school project be completed in a single summer?
Small additions and renovations often can, provided procurement is released early and the design is finished before the school year ends. Larger projects are usually split into two summers or built so that the new space opens at a semester break. We build a backward schedule from the opening date and tell the owner which items put it at risk.
How do you keep students and staff safe near construction?
A written logistics plan separates the work area from the occupied areas, with fencing, dedicated entrances and delivery windows outside peak movement times. Our superintendent walks the site daily with the school contact, and we agree in advance on how noise, dust and closures will be communicated.
Do you build laboratories as well as classrooms?
Yes, with early involvement from the mechanical and electrical teams. Laboratories carry higher ventilation rates, specialized exhaust, gas and utility services, and often a commissioning scope that classrooms do not. A research university's needs, including the facilities described at the Powerhouse Energy Campus, show how much of a lab building is infrastructure.
What does flood risk mean for a campus project?
It means checking floor elevations, drainage paths and the location of mechanical and electrical rooms against the river and stormwater conditions. The 1997 flood, which followed 10 to 14 inches of rain over 31 hours, is a reference point for local owners. We discuss these items during site analysis, when changes are still inexpensive.
How does a district choose a delivery method?
Districts choose among design-bid-build, construction management at risk and design-build depending on schedule, complexity and how they fund the work. We explain the tradeoffs, including how each affects price certainty and the owner's control over design, and we work within whichever method the district selects.