Education
with the details that matter.
School districts, university campuses, athletic and research buildings. We pair the capture method to the way your team will use the result.
What needs to be
measured first?
School and campus work runs on the academic calendar - summers, breaks, and evenings - and is usually funded by a bond or capital programme that needs verified existing conditions before design. Roof surveys are routinely bundled in, since flying a roof beats walking it.
Every facility has a different risk surface. We start with access, geometry density, and the decision the capture needs to unlock — then choose between laser scanning, drone mapping, or both.
Talk through a scope- Classroom buildings
- Science labs
- Gyms and auditoriums
- Dormitories
- Campus utilities
- Roof programs
Scanning schools and campus buildings
School work is scheduled by the academic calendar and funded by a capital or bond program that needs verified existing conditions before design starts. The capture order is built around what a summer window can realistically deliver.
Classroom wings and corridors
Classrooms, corridors, stairs, lockers, and the door and landing dimensions accessibility work depends on. Repetitive rooms are quick to capture and repetitive only in plan — ceiling heights, unit ventilators, and window openings vary along a wing far more than the drawings suggest.
Above the ceiling
Duct, piping, conduit, and structure in the plenum, plus the univents, radiators, and risers serving each classroom. Mechanical upgrades in older schools are ceiling-space problems, and the ceiling space is what nobody has ever measured.
Large-volume spaces
Gyms, auditoria, cafeterias, and natatoria, where long spans, catwalks, rigging, and acoustic treatment all matter. These rooms take longer per square foot than a classroom wing and are the most likely to be scheduled around a sports or performance calendar.
Labs, shops, and support space
Science labs with fume hoods and services, technology and shop spaces, kitchens, boiler rooms, and the tunnels or crawl spaces connecting buildings on a campus. Tunnels carry the utilities that every campus project touches and appear on almost no drawing.
Roofs and grounds
Roof areas, penetrations, drainage, and rooftop units, captured from the air, along with athletic fields, parking, and site circulation. Roof programs are a standing item in most capital plans, and flying a roof beats sending anyone up a ladder to measure it.
Summer windows, screening, and shared buildings
The academic calendar is the schedule. Summers, winter and spring breaks, and evenings are when buildings are available, and every other trade in the capital program wants the same weeks. Booking early matters more here than anywhere else we work, and a building that is being re-floored, painted, and re-roofed simultaneously is a harder capture than an empty one. Anyone working in a school while students are present is normally subject to the district's own background screening and visitor procedures, which have lead times of their own.
Summer buildings have a specific quirk worth planning around: furniture gets stacked in the middle of every classroom for floor work. That is fine for capturing walls, structure, and services, and unhelpful if the deliverable was meant to show room layout. Where the floors are the reason for the visit, it is worth agreeing which rooms get captured before the stacking starts. Drone work over a campus is planned around whether the grounds are occupied, with flights scheduled when fields and yards are clear.
More on how this works in practice is on our guide to scanning without a shutdown.
Deliverables a capital program can use
District and campus programs run for years and touch many buildings, so consistency across the portfolio is usually worth more than depth in any single building.
| The decision | What to ask for | Why that one |
|---|---|---|
| Bond-funded renovation design | Point cloud plus existing conditions plans and elevations | Architects need measurable drawings to start, and the cloud stands behind every dimension on them. |
| Mechanical or HVAC replacement | Revit model with above-ceiling services | New ductwork in an old plenum is a coordination exercise that needs modeled systems, not photographs. |
| Roof replacement or capital roof program | Aerial orthomosaic, area takeoff, and penetration inventory | Quantities, slopes, and drainage come off the flight, and nobody has to walk a roof to produce them. |
| District-wide facility records | Consistent as-built plans across the portfolio | One template applied to every building lets the tenth school be compared with the first. |
Formats and what each one is good for are covered on the deliverables page.
What catches school projects out
- Booking the window too late — Summer access is finite and shared with every other contractor in the program. A capture squeezed into the last two weeks of August competes with floor finishing and re-roofing, and the crew ends up working around exactly the trades whose work it was supposed to inform.
- Leaving the tunnels out — Steam tunnels, crawl spaces, and utility vaults between buildings carry the services every campus project connects to. They usually need a permit and a light, they are almost never drawn, and they are the most commonly omitted part of a campus scope.
- Assuming buildings match their wings — Schools grow by addition, and a 1958 wing, a 1974 addition, and a 2003 gym share nothing but a corridor. Floor levels shift at the joints, structural systems change, and the connection points between eras are where renovation work concentrates.
- Pools and glazing — Natatoria combine humidity, reflective water, and glossy tile, and large glazed areas return poorly at shallow angles. These rooms need a deliberate capture approach rather than the same setup spacing that works in a classroom wing.
What districts and campus planners ask
Can you work while school is in session?
Yes, generally in the evening or on a weekend, and subject to whatever background screening and visitor procedures the district requires. During the day it is possible in unoccupied wings with escort and coordination, but classroom-by-classroom access around a teaching schedule is slow, so breaks and evenings are usually the better value.
Can you capture several buildings in one project?
That is the normal shape of this work, and it is where the consistency pays. Fixing the drawing template, layer standards, and naming convention once and applying them across every building in the program means the district ends up with a comparable record rather than a collection of different-looking surveys.
Do you cover roofs as part of a capital program?
Roofs are one of the most common reasons a district calls at all. An aerial capture gives measured area, slope, drainage paths, and an inventory of penetrations and rooftop units across multiple schools, which is enough to prioritize a multi-year roof program without anyone climbing.
Our buildings are old and the drawings are worse.
That is the usual starting point, and it is not an obstacle. Send whatever exists, however wrong — old drawings tell us what the building was meant to be and make it much faster to find where it stopped matching. What comes back is a measured record of the building as it stands, which is what the design team actually needs.
Pair TLS interiors with drone exteriors for one coordinate story.
Roof, yard, tanks, structures, and the building envelope can live in the same project handoff when the control is planned upfront.
See existing conditionsMake the invisible
measurable.
Tell us what is inside, outside, and on the line. We will help you scope the capture and the handoff — in New York, New Jersey, or Connecticut.
Request a scan quote