We prepare healthcare construction estimating packages for general contractors, subcontractors, and developers bidding hospital, surgery center, and medical office building work. You send the architectural, structural, MEP, and technology plan sets; we return an Excel and PDF takeoff organized by CSI MasterFormat division, with marked-up plan sets showing every measured item. The estimate is priced with ZIP-code-adjusted material and labor using RSMeans data, and most projects are delivered in 24–48 hours.
- Deliverable
- Excel estimate + marked-up PDF plans
- Organized by
- CSI MasterFormat section
- Turnaround
- 24–48 hours for most projects
- Pricing
- ZIP-code-adjusted material and labor pricing
- Software
- Bluebeam Revu, PlanSwift, RSMeans data
Healthcare estimating is not a generic commercial takeoff with a different cover sheet. The scope is driven by medical gas piping, isolation rooms, lead-lined imaging walls, nurse call rough-in, and infection control (ICRA) containment that appears in Division 01 but affects every trade. We measure those items by the unit the installing trade buys: LF of medical copper by size, EA of headwall outlets, SF of lead-lined board by wall type, and CFM of isolation exhaust. If your bid is missing the ICRA barrier months or the med gas verification, the number is not defensible.
A hospital construction estimating package also has to carry the occupied-facility premiums that hospital work carries: after-hours shifts, temporary partitions, dust control, and negative-air machines. Those costs sit in Division 01 and are easy to leave out when you are focused on the MEP package. Our takeoff flags them so your bid reflects the phasing plan, not just the drawings. For projects that include a medical office building or retail pharmacy, we coordinate the scope with our retail construction estimating and office tenant improvement estimating teams.
We also measure the divisions that a hospital estimator cannot treat as generic commercial: Division 2 existing conditions for selective demolition and hazardous material abatement, Division 4 masonry shaft walls, Division 6 wood plastics composites for blocking and casework, Division 7 thermal moisture for vapor barriers and roof tie-ins, Division 13 special construction for imaging shielding and clean rooms, Division 25 integrated automation for BMS and nurse call backbone, Division 28 electronic safety security for access control and fire alarm, Division 31 earthwork for site utilities and foundations, Division 32 exterior improvements for ambulance drop-off and helipad paving, and Division 33 utilities for medical gas yard piping and emergency power feeders. Each line is tagged to the drawing sheet and detail it came from, so your submittal log and basis of design narrative can be built from the same takeoff. If your project is in a state with its own labor and material factors, you can route it through our Texas estimating or California estimating desks.
What our healthcare construction takeoff covers
We take off the complete building shell and interior for healthcare occupancies, plus the medical systems that generic commercial estimates miss. The estimate is organized so your MEP subcontractor can price from the same quantity sheet you use for the base bid. We do not price the work; we give you the quantities and unit costs to build your number.
Medical Gas Piping
Type L medical copper, brazed, measured LF by size, plus zone valves, alarm panels, and verification.
LF · EAPatient Room Rough-In
Headwall and footwall units, med gas outlets, vacuum inlets, and electrical receptacles counted per patient room.
EAIsolation Rooms
Anteroom framing, negative-pressure vestibules, sealed penetrations, and isolation exhaust measured SF and CFM.
SF · CFMImaging Shielding
Lead sheet at 1/16 in., 1/8 in., and 1/4 in. measured SF by wall, floor, and ceiling, including lead-lined frames.
SFCleanable Finishes
Welded-seam sheet vinyl, integral cove base, FRP, and epoxy wall systems measured SF by room.
SFNurse Call & Technology
Nurse call devices, dome lights, corridor zone stations, and emergency circuit devices counted EA.
EAICRA Phasing
Temporary partitions, negative-air machines, after-hours shifts, and dust control priced from the phasing plan.
LS · SFFire-Rated Assemblies
Smoke-rated partitions and firestopping at every MEP penetration measured SF and EA by assembly type.
SF · EAWhat every healthcare & hospital estimating takeoff includes
- Gypsum board assemblies by type — lead-lined, abuse-resistant, moisture-resistant — measured SF by wall type
- Medical gas piping (Type L medical copper, brazed) measured LF by size and zone valve location
- Headwall and footwall units, med gas outlets, and vacuum inlets counted EA per patient room
- Nurse call devices, dome lights, and corridor zone stations counted EA
- Isolation room construction — anterooms, negative-pressure vestibules, sealed penetrations — measured SF and EA
- Imaging room shielding — lead sheet at 1/16 in., 1/8 in., and 1/4 in. — measured SF by wall, floor, and ceiling
- Cleanable finishes — welded-seam sheet vinyl, integral cove base, FRP — measured SF by room
- Door hardware sets — auto operators, delayed egress, lead-lined frames — counted EA per opening
- Medical support blocking and in-wall backing for casework, lifts, and wall protection
- Hood and exhaust systems — lab hoods, bedpan flush, isolation exhaust — measured EA and CFM
- Fire-rated and smoke-rated partition assemblies with firestopping at every MEP penetration
- Electrical receptacles at patient care positions, emergency circuits, and isolated power panels counted EA
How we build a hospital cost estimating package
- Review ICRA and phasingWe start with Division 01 35 33 Infection Control and the phasing plan. Containment barrier LF, HEPA filtration, and negative-air machine months are measured as separate line items because they drive the general conditions cost. If the phasing plan is not in the bid documents, we flag it as a question before pricing. We also check for any after-hours work restrictions that affect labor rates.
- Measure partitions by assembly typeWe trace each wall on the architectural plans and assign it to an assembly type: lead-lined, abuse-resistant, moisture-resistant, or standard. The takeoff separates SF by type because the material cost and labor differ significantly. We also note head-of-wall and floor penetration conditions for firestopping. Openings are deducted, and we list door and window frames by type.
- Take off medical gas and nurse callFrom the med gas riser diagram, we measure Type L medical copper LF by size, count zone valves and outlets EA, and list brazing and testing separately. Nurse call devices are counted from the technology plan, and we cross-check against the electrical package to catch rough-in that is shown but not priced. We also verify that vacuum and medical air lines are included.
- Measure shielding and imaging roomsWe read the shielding plan for lead sheet thickness and extent. Lead-lined board is measured SF by wall, and lead sheet for floors and ceilings is measured separately. Door frames and view windows are counted EA because they carry a premium and are often missed in the base bid. We also note any special blocking required for equipment mounting.
- Coordinate MEP and firestoppingWe overlay the mechanical, electrical, and plumbing plans to count firestop penetrations through rated walls. Duct and pipe routing is checked against structural drawings for conflicts. The estimate lists firestop by penetration type so your subcontractor can price the correct UL system. We also flag any access panels required for valves and dampers.
- Price with ZIP-adjusted dataMaterial and labor are priced with RSMeans data adjusted to the project ZIP code. We apply waste factors as separate lines and note any long-lead items. The final estimate is delivered in Excel with a PDF summary and marked-up plan sets showing what we measured. We also include a list of qualifications and exclusions to protect your bid.
What we need from you
- Complete plan setsArchitectural, structural, MEP, and technology drawings. Missing sheets force us to qualify the estimate.
- SpecificationsDivision 01 through 28, especially 01 35 33 for ICRA and 22 63 00 for medical gas. Specs drive assembly types.
- Finish scheduleRoom-by-room finishes so we can measure welded-seam flooring, integral cove base, and wall protection accurately.
- Equipment listOwner-furnished medical equipment list with weights and utility requirements for coordination scope.
- Phasing planAny occupied-facility phasing or after-hours work requirements that affect general conditions.
- Bid dateYour deadline so we can schedule the takeoff and deliver in 24–48 hours, with rush available.
Sample hospital bid estimating format
The sample below shows how we organize line items by CSI section with sheet references. Quantities are illustrative.
| Section | Line item | Qty | Unit | Ref. |
|---|---|---|---|---|
| 09 29 00 | Lead-lined gypsum board 1/16 in., walls | 18,400 | SF | A-201 |
| 22 63 00 | Medical gas piping, Type L copper, 1/2 in. | 3,200 | LF | P-101 |
| 22 63 00 | Med gas outlet, oxygen, wall-mounted | 84 | EA | P-102 |
| 26 05 19 | Nurse call rough-in, patient room | 120 | EA | E-301 |
| 09 65 00 | Welded-seam sheet vinyl flooring | 12,800 | SF | A-401 |
| 07 84 00 | Firestop, rated wall penetration | 450 | EA | FP-001 |
| 13 49 00 | Lead sheet shielding 1/8 in., wall | 2,400 | SF | A-202 |
| 22 63 00 | Medical gas zone valve, 1 in. | 12 | EA | P-103 |
| 26 05 19 | Isolated power panel, 10 kVA | 4 | EA | E-302 |
| 09 30 00 | Integral cove base, 6 in. | 1,200 | LF | A-402 |
Units we measure in a healthcare construction takeoff
Healthcare takeoffs use the units the installing trade buys. We measure from the drawings and tag each quantity to a sheet reference.
| Item | Unit | How it's measured |
|---|---|---|
| Gypsum board by type | SF | Wall area from elevation, minus openings, by assembly type |
| Medical gas piping | LF | Run length by size from med gas riser diagram, plus fittings |
| Med gas outlets and inlets | EA | Count from headwall and equipment plans per patient room |
| Lead sheet shielding | SF | Wall, floor, and ceiling area from shielding plan, by thickness |
| Isolation room construction | SF | Floor area of anteroom and patient room, plus sealed penetration count |
| Nurse call devices | EA | Count from technology plan: dome lights, zone stations, pull cords |
| Welded-seam flooring | SF | Room area from finish plan, including integral cove base LF |
| HVAC airflow by room | CFM | Supply and exhaust from mechanical schedule, by AHU and room |
| Chiller and cooling load | TON | Connected load from mechanical equipment schedule |
| Firestop penetrations | EA | Count from penetration schedule and MEP coordination drawings |
Worked example: taking off a 12-bed patient wing
This walkthrough shows how we measure a small patient wing from architectural, med gas, and technology sheets. Dimensions are illustrative and do not represent a specific project.
Step 1 — Partition area by assembly type. From the floor plan, patient rooms and corridor total 6,400 SF of floor area. Using a 9 ft ceiling height and a typical partition-to-floor ratio of 0.85, wall area is 6,400 × 0.85 × 9 = 48,960 SF. Deduct openings: 24 doors at 21 SF each = 504 SF; 12 windows at 30 SF each = 360 SF. Net wall area = 48,960 − 864 = 48,096 SF.
Step 2 — Split by board type. The finish plan calls for lead-lined board in 2 imaging rooms (1,200 SF), abuse-resistant board in patient rooms and corridors (32,000 SF), moisture-resistant board in soiled utility and bathrooms (6,000 SF), and Type X board in rated corridors (8,896 SF). Total = 1,200 + 32,000 + 6,000 + 8,896 = 48,096 SF.
Step 3 — Apply waste as a separate line. Waste factors are applied per material, not blended. Lead-lined board: 1,200 × 1.10 = 1,320 SF. Abuse-resistant: 32,000 × 1.10 = 35,200 SF. Moisture-resistant: 6,000 × 1.10 = 6,600 SF. Type X: 8,896 × 1.05 = 9,341 SF. These appear as separate lines from the net quantity.
Step 4 — Medical gas outlets and piping. Count from headwall plans: 12 patient rooms × 3 outlets (O2, vacuum, medical air) = 36 outlets. Piping is measured from the riser diagram: 1/2 in. Type L copper branch lines average 45 LF per room = 540 LF; 1 in. main runs 120 LF. Zone valves: 4 EA. Testing and brazing certification are listed separately.
Step 5 — Nurse call devices. Technology plan shows per room: 1 dome light, 1 zone station, 2 pull cords. Total = 12 dome lights, 12 zone stations, 24 pull cords. Rough-in cable is measured LF from the riser to the devices.
Step 6 — Firestop penetrations. From MEP coordination drawings, count rated wall penetrations: 8 per room × 12 rooms = 96 EA, plus 24 corridor penetrations = 120 EA. List by UL system.
Step 7 — Cleanable finishes. Finish schedule: welded-seam sheet vinyl in 12 patient rooms at 180 SF each = 2,160 SF; integral cove base at 60 LF per room = 720 LF.
Step 8 — Blocking and backing. Equipment plan shows grab bars, TV mounts, and wall protection. Count 12 grab bars, 12 TV mounts, and 240 LF of wall protection blocking.
All quantities are tagged to sheet references and priced with ZIP-code-adjusted RSMeans data. Waste is shown as a separate line so you can adjust it to your supplier’s policy.
What drives healthcare construction estimating cost
Relative impact on a typical estimate for this trade, based on estimator judgment. Select a bar for details.
Medical gas scope
The extent of med gas piping, outlets, and zone valves drives the plumbing package. A hospital with 200 patient rooms has more med gas than a surgery center with 6 operating rooms. Brazing certification and testing add labor that is often missing from the piping line. We measure Type L copper LF by size from the riser diagram and count outlets and zone valves EA from the headwall and equipment plans.
The extent of med gas piping, outlets, and zone valves drives the plumbing package. A hospital with 200 patient rooms has more med gas than a surgery center with 6 operating rooms. Brazing certification and testing add labor that is often missing from the piping line. We measure Type L copper LF by size from the riser diagram and count outlets and zone valves EA from the headwall and equipment plans.
Infection control requirements in occupied facilities add containment barriers, HEPA filtration, and negative-air machines billed monthly. The duration of each phase directly affects general conditions cost. We measure the barrier LF and the months from the phasing plan. If the phasing plan is not in the bid documents, we flag it as a question before pricing. After-hours work restrictions also affect labor rates.
Imaging rooms require lead-lined board or lead sheet at thicknesses from 1/16 in. to 1/4 in. The number of imaging rooms and the shielding plan drive the drywall and specialty door cost. View windows and lead-lined frames are counted separately. We read the shielding plan for thickness and extent, measure lead-lined board SF by wall, and measure lead sheet for floors and ceilings separately.
Healthcare occupancies require welded-seam flooring, integral cove base, and cleanable wall finishes in patient areas. The SF of these finishes is larger than in commercial offices and carries higher labor. We measure from the finish schedule, not the floor plan. We also note any special wall protection, such as corner guards and handrails, that require blocking and backing.
Above-ceiling coordination for med gas, nurse call, and ductwork creates firestop penetrations and access panel requirements. The number of rated wall penetrations drives the firestopping cost. We count them from the penetration schedule and MEP plans. We also flag any access panels required for valves and dampers. Duct and pipe routing is checked against structural drawings for conflicts.
Isolation rooms require anterooms, negative-pressure vestibules, and sealed penetrations. Each room adds SF of partitions, doors with gaskets, and special HVAC controls. We count them from the floor plan and mechanical schedule. We also measure the sealed penetrations EA and note the special door hardware with gaskets and auto operators that is specified in Division 08.
Nurse call systems include dome lights, zone stations, pull cords, and rough-in wiring. The number of patient rooms and the level of care (ICU vs. med-surg) drive the device count. We cross-check the technology plan against the electrical drawings to avoid omissions. We also verify that vacuum and medical air lines are included. Low-voltage cable and device trim are counted EA.
Common scope gaps we catch
These are the items that most often fall between trades on healthcare bids. We flag them so you can carry them in the right division.
- ICRA containment barriers, HEPA filtration, and negative-air machines are billed monthly for the duration of the phase. They appear in Division 01 35 33, not on the architectural plans, and are missed when the estimator prices only the drawings.
- Medical gas rough-in testing, brazing certification, and third-party verification (NFPA 99) are not carried in the piping line. The spec requires them, but they are often left out because they are testing, not installation.
- Lead-lined board and lead sheet at imaging rooms, including door frames and view windows, are shown on the shielding plan but missed when the drywall takeoff uses generic board. We measure them by thickness and location.
- Nurse call rough-in, low-voltage cable, and device trim are shown on the technology sheets but absent from the electrical package. We cross-check the technology plan against the electrical drawings and add the missing items.
- Blocking and backing for wall protection, grab bars, lifts, and TV mounts are shown on the equipment plan but not on the architectural wall sections. We add them to the rough carpentry or drywall scope as appropriate.
- Firestop at every MEP penetration through rated walls, including head-of-wall and floor penetrations, is required by code but often not scheduled. We count penetrations from the MEP coordination drawings and list them by type.
- Temporary partitions, dust control, and after-hours work premiums for occupied-facility phases are in the phasing plan but not in the trade scopes. We flag them for Division 01 pricing.
- Medical equipment coordination — unload, set, and connect — is often assumed to be in the GC's contract but is actually owner-furnished. We list it as a separate line so you can exclude it properly.
- Isolation room door hardware with gaskets and auto operators is specified in Division 08 but missed when hardware sets are counted generically. We count each opening by type and note the special hardware.
Partition and ceiling assemblies we measure
The assembly type drives both material and labor cost. We measure each type separately and apply the correct waste factor and unit cost.
| Assembly / material | Typical use | Unit | What drives the cost |
|---|---|---|---|
| Lead-lined gypsum board, 1/16 in. to 1/4 in. | Imaging rooms, X-ray walls | SF | Lead thickness, wall area, and special door frames and view windows. |
| Abuse-resistant gypsum board | Patient rooms, corridors, behavioral health | SF | Board type, impact rating, and finish level (paint vs. wall protection). |
| Moisture-resistant gypsum board | Bathrooms, soiled utility, and clean rooms | SF | Tile backing and waterproofing requirements; check for cement board. |
| Type X gypsum board, 5/8 in. | Rated corridors and smoke barriers | SF | Fire rating and assembly details; firestop at penetrations. |
| Acoustic ceiling tile, 2x2 ft | Offices, corridors, and some clinical spaces | SF | NRC rating, grid type, and whether cleanable panels are required. |
| Cleanable ceiling panels | Operating rooms, isolation rooms, and clean spaces | SF | Gasketed grid and washable finish; often specified in Division 09 51 00. |
| Welded-seam sheet vinyl | Patient rooms, corridors, and clean spaces | SF | Heat welding, integral cove base, and substrate preparation. |
| Integral cove base, 6 in. | All cleanable floor areas | LF | Wall substrate and corner conditions; measured from finish plan. |
| FRP wall panels | Soiled utility, decontamination, and shower rooms | SF | Panel thickness, trim, and adhesive; often missed in base bid. |
| Medical gas piping, Type L copper | Oxygen, vacuum, medical air, and nitrogen | LF | Pipe size, brazing certification, and testing/verification requirements. |
| Nurse call devices | Patient rooms and corridors | EA | Device type (dome light, zone station, pull cord) and rough-in cable. |
| Lead sheet shielding | Imaging room floors and ceilings | SF | Lead thickness, seams, and overlap requirements; separate from lead-lined board. |
Codes and standards that affect healthcare takeoffs
Model codes
Healthcare construction is governed by the adopted building code, typically the International Building Code (IBC) with occupancy classification I-2 for hospitals and I-1 for assisted living. The IBC sets requirements for smoke compartments, corridor ratings, and patient room sizes that change partition quantities. The International Mechanical Code (IMC) and International Plumbing Code (IPC) govern ventilation rates and medical gas piping, while NFPA 99 (Health Care Facilities Code) and NFPA 101 (Life Safety Code) drive med gas installation, isolation room pressure relationships, and egress. The National Electrical Code (NEC) Article 517 covers patient care spaces and isolated power. Confirm the adopted editions with the local building department.
Industry standards
Estimators should reference ASTM C840 for gypsum board application (which affects labor), ASTM C754 for steel framing, and GA-216 for drywall installation. SMACNA standards apply to duct construction and pressure classes for hospital HVAC. NFPA 99 is the key standard for medical gas systems, including brazing and verification. ASTM E84 and E96 govern surface burning and water vapor transmission for finishes. For firestopping, UL 1479 and ASTM E814 define the systems you must count. These standards influence both material selection and installation labor.
Specification sections
Read Division 01 35 33 (Infection Control) for ICRA requirements that add general conditions cost. Division 22 63 00 (Medical Gas Systems) specifies piping material, brazing, and testing; it drives the med gas takeoff. Division 13 49 00 (Radiation Protection) gives lead thickness and extent. Division 08 71 00 (Door Hardware) includes special hardware for isolation and behavioral health. Division 09 29 00 (Gypsum Board) lists assembly types and fire ratings. Division 26 05 19 (Conductors) and 26 24 16 (Panelboards) cover emergency and isolated power. Each section changes quantities and unit costs.
Local amendments
Adopted code editions and amendments vary by state and municipality. Some jurisdictions adopt NFPA 99 as a standalone code, while others reference it through the building code. Local health departments may add requirements for isolation rooms, med gas testing, and cleanable finishes. Seismic zones affect bracing and anchorage for medical equipment. Always confirm the adopted code edition and any local amendments with the local building department before finalizing your estimate.
Who uses our healthcare estimating services
General contractors
You need a defensible takeoff to build your hard bid or GMP. Our CSI-organized estimate lets you plug in your subcontractor quotes and see where the gaps are before you submit. We flag ICRA and med gas items that affect your general conditions.
MEP subcontractors
You price the med gas, nurse call, and isolation exhaust. Our takeoff gives you LF of piping by size, EA of outlets, and CFM of exhaust so you can build your number without re-measuring the entire set. We separate testing and verification so you do not miss it.
Drywall and specialty subcontractors
You install lead-lined board, abuse-resistant board, and firestopping. Our estimate breaks out SF by assembly type and counts firestop penetrations, so you can price the correct labor and material. We also list blocking and backing.
Developers and owners
You need a budget before design is complete. Our estimate gives you a CSI-organized cost model with unit costs adjusted to your ZIP code. You can see the cost impact of shielding thickness, cleanable finishes, and ICRA phasing.