How Long Does It Take to Build a House in the Philippines?

A second-floor slab being cast, with a schedule board in the foreground. The pour takes a day; the days after it are set by the concrete, not the crew. Illustrative photo.

Short answer: a typical 140 sqm two-storey house takes about 6 to 8 months of site work. AEDO's stage table adds up to 25 to 34 weeks with a crew of 8 to 12 in dry weather, and our stages guide puts the whole job at 10 to 14 months in total, "including permits, design, and seasonal delays". A bungalow of the same floor area has no elevated slab or upper columns and runs about 18 to 25 weeks on site. Those are AEDO planning figures: we did not find a published Philippine standard for how long a private house takes. What moves your number is floor area, storeys, finish level, crew size, the start month, how long the permit takes and whether the money arrives on time. And some of the schedule can't be shortened by any crew: concrete has to cure and gain strength before the forms and props come out.

The planner below turns your own house into a stage-by-stage schedule with a finish date and draws it as a bar chart. For its default case, a 140 sqm two-storey house in Dumaguete starting on 11 January 2027 with a 4-week permit, it gives 37.6 weeks, about 8.6 months, to a handover around 30 September 2027. The sections after it explain where each number comes from, what holds the schedule up, and how rain, the permit and the way you hire the crew change it.

1. The Honest Answer, in Ranges

"How many months to build a house?" gets very different answers, and they can all be right, because the people answering are describing different houses, different crews and different starting lines. Some count from the day the foundation is dug. Some count from the day the money is ready. This article counts site work from the day the crew mobilises and shows design and permit as a separate block in front of it.

Here is what AEDO's stage table gives for site work in dry weather, using the same scaling as the planner (no rain allowance, permit and design left out). The middle column is the headline the planner uses; the right column is the low and high end of each stage added up. The planner rounds each stage to whole days, so the 140 sqm two-storey middle reads 29.9 weeks where the stage midpoints add to 29.5.

Divide by 4.345 for months: the 140 sqm two-storey row is 5.8 to 7.8 months on site. Our stages guide gives the same house 10 to 14 months in total "including permits, design, and seasonal delays", so roughly four to six months of that total sit outside the stage rows. They're the part owners leave out of their plan. Floor area is scaled with an exponent of 0.6, which is AEDO's convention from that guide and not a measured law: it assumes a bigger house lets the crew work more of it at once. Treat the 300 sqm rows as the least certain.

2. Stage by Stage

This is AEDO's stage table for a standard two-storey house of 120 to 160 sqm with a crew of 8 to 12 workers, the same table the stages guide publishes. The last column adds what sets the stage, and where there is one, the hold that a bigger crew can't shorten.

The rain-sensitivity column is AEDO's site practice, set out in the best-time guide, not a code classification. The stage weeks come from the stages guide; the 12-hour, 7-day and 14-day figures in the notes are explained in the next section and in our formwork removal guide.

3. What No Crew Can Shorten

Most of a house schedule is labour: how many masons, how many carpenters, how many hours. A few parts are physics. Concrete gains strength with time, and the forms and props that hold it up can't come out until it has enough. Adding workers doesn't move those dates. Here is what the sources say, using the same citations as our formwork guide.

• NSCP 2015 sets no number of days for removing formwork. Section 426.11.2.1 says no construction loads go on, and no formwork comes off, any part of the structure unless that part has enough strength to support its weight and the loads on it, shown by structural analysis and by an estimate of in-place strength from field-cured cylinders or another procedure the licensed design professional approves. Before construction starts, the contractor develops a procedure and schedule for removing formwork and installing reshores (Section 426.11.2.1(a)).
• Curing is a separate hold. NSCP 2015 Section 426.5.3.2 requires concrete other than high-early-strength to be kept at 10°C or more and moist for at least the first 7 days after placement, and high-early-strength concrete for at least the first 3 days, unless accelerated curing is used. Taking the side forms off early doesn't end it.
• When the plans give no stripping strength, the usual fallback is the ACI 347-04 guide, an American guide that the NSCP does not adopt. For a house, with live load less than dead load, it lists about 12 hours for the side forms of walls, columns and beams, 7 days for the soffit and props of a one-way slab spanning 3 to 6 m, and 14 days for a beam soffit and props on the same span.
• Strength is what decides, not the calendar. On the ACI 209R-92 curve, as reproduced in ACI 209.2R-08, ordinary Type I cement reaches about 70 percent of its 28-day strength at day 7. Blended Type 1P, the usual bagged cement, gains strength more slowly early on, so the formwork guide recommends field-cured cylinders before pulling props early.

What this does to the schedule: the elevated slab stage has a floor. Even with unlimited labour the posts under the beams stay to about day 14 on the ACI table, and then the next floor's columns can go on, with reshores where the engineer's plan says. The planner won't let that stage run below 14 days per floor and tells you when it is the limit. The ACI times are the formwork guide's planning values; your engineer's required strength governs. Under Section 308 of the Revised IRR of PD 1096, the owner engages a licensed architect or civil engineer for full-time inspection and supervision, and a logbook kept at the jobsite records the actual progress, tests and weather conditions, so each stripping should be a logbook entry and not the foreman's call.

4. What Moves the Total

Seven things change the number. The planner treats each one in a way you can see:

• Floor area. Stage weeks scale with (area ÷ 140)^0.6. Doubling the floor area multiplies the site work by about 1.5, not 2, because a bigger floor gives the crew more places to work at once. That exponent is the stages guide's convention.
• Storeys. Every storey above the first repeats the elevated slab (4 to 5 weeks) and the upper columns and roof beam (3 to 4 weeks). That is why a 140 sqm two-storey house is about eight weeks longer on site than a 140 sqm bungalow: 29.9 against 21.7 in the table above. The two-storey house puts the same floor area on half the footprint, which is the trade our bungalow vs two-storey guide covers on the cost side. The planner scales by total floor area only, so it adds no time for the bungalow's bigger footings and roof; treat the bungalow figure as the short end.
• Finish level. Plaster, tiles, ceilings and painting are multiplied by 0.85, 1.00 or 1.25, the finish factors in the stages guide's timeline calculator. Imported tile, joinery and custom ceilings are where a "standard" house quietly becomes a longer job.
• Crew size. More workers shorten the labour stages, with diminishing returns: more crowding, more supervision, more materials needed on the same day. The planner uses (table crew ÷ your crew)^exponent, with the exponent at 0.6 so that doubling the crew from 10 to 20 cuts a stage by about a third (2^-0.6 = 0.66). That exponent is an AEDO planning assumption, not a measured productivity, and it is an input you can change. We could not cite a published Philippine productivity table we were able to read in full for this, so we don't dress it up as one.
• The season. Rain slows the rain-sensitive stages; see section 6.
• The permit and design time before site work. See section 7.
• Money and materials. The biggest one and the one no planner can see; see section 8.

5. Crew Size, Pakyaw and Daily Hire

"Pakyaw" is a lump sum for labour. The foreman agrees a fixed price for a piece of work or the whole house and pays his own crew; on a house you usually still buy the materials. Our pakyaw vs contractor guide sets out the three ways a crew gets hired in the Philippines, and the timing differences come from who owns the schedule.

• Daily hire, by administration. You pay by the day and direct the work. In the pakyaw guide's words, the crew "has no reason to hurry," so you carry the schedule risk.
• Pakyaw. A lump sum pays for finished work, not for days, so the foreman has a reason to finish. That is the usual logic and we have no measured speed data to put a number on it. What slows pakyaw is the owner's side: you buy and deliver the materials, and when the cement doesn't arrive the crew sits idle. Under Civil Code Article 1721, if the work needs an act of the owner and the owner is late, the contractor is entitled to reasonable compensation for the delay.
• Licensed general contractor. One contract; he buys, hires, schedules and supervises. The delivery problem is his, not yours.

The pakyaw guide's calculator treats an owner-managed job as longer: it adds 5 percent, and more when you are on site fewer than three days a week. The planner uses the same rule: duration × (1.05 + 0.25 × (3 − days on site) ÷ 3) for fewer than three days, and × 1.05 otherwise. Switch the "How the crew is hired" input to see it. On the default house, in dry weather, it moves site work from 29.9 to 33.7 weeks at two days a week on site, and to 38.6 weeks if you are never there. That is AEDO's rule, not a survey result.

6. Start Month and Rain

Rain slows some stages far more than others: footings, slab pours and the roof are the rain-sensitive ones, and plaster and tiling under a closed roof barely care. The best-time guide builds a schedule around that. The planner takes the numbers from PAGASA's 1991–2020 climatological normals, where a rainy day is a 24-hour period from 8 AM to 8 AM with at least 1 mm of rain. We read these five stations from PAGASA's own sheets for this article:

The climate types are as the best-time guide reports them from PAGASA's Modified Coronas map, and that guide cautions that boundaries don't follow provincial lines. The pattern matters more than the totals: Manila and Dumaguete both average 124 rainy days a year, but Manila bunches them into June to October and has three or four a month from January to April, while Dumaguete never drops below five a month. For Negros Oriental the start month still matters, just less than it does in Manila. The rule from the best-time guide is the one to keep: get the structure up and the roof closed before your wet months. For a 140 sqm two-storey house it puts that at four to five months of site work.

Two things the planner can't see. PAGASA's tropical cyclone season peaks from July to October, and the guide notes that about 8 or 9 of the average 20 cyclones entering the Philippine Area of Responsibility each year cross the country. A typhoon shutdown, with its cleanup, is a separate delay from a rainy day, so carry extra float if your roof falls in those months. And in our experience the site often stops for a week or two between Christmas and New Year, and for Holy Week; those are AEDO's observations, not data, and the planner doesn't model them.

The planner's default case shows how a roof ends up in the wet months. Site work starts about 8 February 2027 after the permit, and the roof closes around 11 July, when Dumaguete averages 14 rainy days, so the planner tags the roofing stage as wet-month work. Starting site work on the first of each month from October 2026 to September 2027, with no permit lead time, the default house's rain allowance runs from 26 days (December or January starts) to 36 days (a July start) at Dumaguete, and from 17 days (December) to 43 days (May) at Manila. So the start month moves the rain allowance by about 10 days in Negros Oriental and by about 26 days in Manila. These are the planner's results under the loss factors above, so change them if your experience differs.

7. The Permit and the Papers at the End

The clock that owners most often start too late is the paperwork. Under PD 1096 and its Revised IRR you can't construct, alter or add to a building without a building permit (Section 301), and the application needs plans signed and sealed by the licensed professionals (Section 302). What the rules say about time:

• PD 1096 and its Revised IRR, Section 304. When the application and the plans and specifications conform to the Code and its IRR, the Building Official issues the permit within 15 days from payment of the required fees by the applicant. That is the Building Official's clock after the application passes review and the fees are paid; it is not a promise about the whole process.
• Section 304 also lets the Building Official issue a Ground Preparation and Excavation Permit while the building permit application is still being processed, subject to payment of the fees. It says "may," so ask your OBO whether it uses it. Excavations over certain sizes carry a cash bond under the same section.
• RA 11032, the Ease of Doing Business Act, approved May 28, 2018, Section 9(b), says applications are acted on within the processing time in the agency's Citizen's Charter, which shall not be longer than 3 working days for simple transactions and 7 working days for complex ones, counted from receipt of the complete application. For activities that pose danger to public health, public safety, public morals or public policy, and for highly technical applications, it is no longer than 20 working days or as the agency determines, whichever is shorter. Each period may be extended only once, for the same number of days, with written notice before it lapses. We found no later amendment of these limits in a search for this article.
• The permit-streamlining circulars. DILG-DPWH-DICT-DTI Joint Memorandum Circular No. 2018-01 (January 2018) treated a single-dwelling house of up to three storeys and up to 1,500 sqm as a simple application, and set a maximum of 5 working days to evaluate it once the documents are complete (Sections 5 and 6.1). An amended JMC No. 2021-01, issued by ARTA with DPWH, DILG, DICT, DTI, PRC and BFP, now has LGUs classify permit applications as simple, complex or highly technical. Quezon City's Citizen's Charter, for example, cites it and lists 3 working days for simple, 7 for complex and 20 for highly technical applications. We could not open the 2021 circular itself (the ARTA site blocks automated readers), so we don't say which class a house falls in under it: your LGU's Citizen's Charter shows that.
• What AEDO sees in practice. Our building permit guide says that with complete, correctly sealed documents, many LGUs release a residential permit in about 2 to 4 weeks after filing, and that returned plans are what stretch it. See also what to do when plans are returned. That is longer than the working-day limits above, which run only from a complete application, while the guide counts from filing. It is also why the planner defaults to 4 weeks. We don't quote a processing time for your particular OBO: ask for its Citizen's Charter.
• Section 305: the permit can lapse. A building permit expires and becomes null and void if the work is not commenced within one year after it is issued, or is suspended or abandoned for 120 days after it has been commenced. Pulling the permit months before you can start, or stopping for the wet season while you wait for money, can cost you the permit. Our building in phases guide covers how to plan the pauses.

Design comes before the permit and is the part the planner leaves at 0 weeks because it depends on who draws it. AEDO's published structural design is 3 working days once your architectural plans are in, but the architectural plans, the electrical, plumbing and other sheets, and the time you take to approve each, are on top of that.

The other end is also paperwork. Section 309 of the IRR has the owner apply for a Certificate of Occupancy with a notarized Certificate of Completion, the construction logbook, as-built plans and specifications, and the Building Inspection Sheet. The OBO then refers the final inspection to the Bureau of Fire Protection, which issues a Fire Safety Inspection Certificate within five working days if the fire safety requirements are met; if the BFP takes no action in that period, the Building Official may issue the Certificate of Occupancy on the condition that the fire safety requirements are complied with within the period in the Fire Code. The planner does not add time for the closing papers. Start collecting the as-builts and the logbook entries while the finishes go in.

8. Money, Materials and Why Houses Run Late

Our stages guide says its programmes assume that money arrives when the stage does, and that in practice late money is the single most common cause of delay on a Philippine residential job. When it doesn't, it adds, the crew demobilises, and re-mobilising costs more time than the pause did. The planner can't see that, so it is the first thing to build float for.

• Payment flow. Tie each payment to a finished stage and a site check, not to a date. Our contract checklist and contract types guide cover payment terms and what a contract should say about delay.
• Materials. On an owner-supplied job, orders have to match the programme: cement, steel and blocks on site before the crew needs them. The best-time guide recommends buying in batches a week or two ahead in the wet months, and storing cement off the ground and covered.
• Design changes. The stages guide's advice is to finalise architectural and structural decisions before breaking ground, because every change order after the structural works begin has a multiplied cost: removed concrete, repositioned steel, patched walls, and the crew days each of them takes.
• Plans returned by the OBO. The common cause of a permit taking longer than the 2 to 4 weeks. See the permit section above.
• Phased building. If you are building as money arrives, plan the gaps; see the 120-day rule in section 7 and our phases guide.

If you are an OFW family watching from abroad, the schedule is also your yardstick for what the contractor tells you. Our guide to building while working abroad and the progress verification guide cover how to check that the stage someone reports is the stage actually standing, and the daily report format has a weather line that makes rain-delay claims checkable.

9. A Public-Works Yardstick

DPWH Department Order No. 159, Series of 2015, "Standardization of Project Duration for Standard DPWH School Building Projects," prescribes durations for its standard school buildings on conventional footings, counted in calendar days inclusive of Sundays and holidays, and says they "shall be the maximum allowable." It replaced the school-building durations in the older D.O. 44, s. 2012. Two of its rows are close to a house: a one-storey, one-classroom building (7 × 9 m, 76.50 sqm total floor area) at 60 days, and a two-storey, two-classroom building with toilet (9.50 × 13.70 m, 260.30 sqm) at 115 days. We read the order this session and did not check for a later DPWH issuance on school-building durations.

Run the planner for the same floor areas, with no rain allowance, no permit and a crew of 10: 76.5 sqm on one storey gives about 15 weeks (104 days), and 260 sqm on two storeys about 43 weeks (301 days). That is about 1.7 and 2.6 times DPWH's ceilings. We don't read that as an error in either. DPWH sets a maximum for a repeated standard design built by contractors it procures, while the planner estimates a one-off private house at a typical house crew. What the comparison is good for: when someone promises a house in half the time the stage table gives, ask what crew, what contract and what holds sit behind it.

10. Checking Your Schedule

A schedule is a set of promises, and the useful question is which ones are checked. Ask whoever is building for the stage-by-stage programme, the day each pour is planned, the procedure and schedule for removing forms and installing reshores that the contractor develops before construction under NSCP Section 426.11.2.1(a), as our formwork guide quotes it, and the logbook. Then compare it with the planner: a stage that is much shorter than the table needs a reason you can accept, and the holds in section 3 are not negotiable.

Frequently Asked Questions