# How To Calculate Construction Cost Per Square Feet In India?

The cost of construction depends on the quality of material as well. Higher the quality, the higher the prices. The basic formula to calculate construction cost per square feet is: Cost of construction = area of plot x construction rate per sq ft.

#### How much does it cost to build a 1500 sq ft house in India?

Construction Cost 1500 sqft House

Construction Cost 1500 sqft House For example, let’s take a plot of area 30X50 feet on which house construction is required to be done30X40 = 1500 Sq Ft

The average house construction rate is Rs.1500 per sq ft. Therefore, 1500X1500 = Rs.22,50,000 1500 Sq. ft house construction will cost around 22.5 lakhs for only ground floor construction.

 Building Construction Cost S.No. Material Percentage (%) Amount 1. Cement 12.8 192000 2. Steel 11 168750 3. Sand 6.2 93600 4. Gravel 4 60750 5. Finishing 10 154860 Colour Tiles Bricks 6. Fitting 8 120000 Windows Doors Plumbing Electrical Sanitary Material Cost 53 789960 Labour Cost 37 560040 Engineers/Architect 10 150000 Total Construction Cost Rs.15,00,000

Material Quantity and Cost 1. Cement (12.8%) = Rs.1,92,000 2. Steel (11%) = Rs.1,68,750 3. Sand (6.2%) = Rs.96,600 4. Gravel (4%) = Rs.60,750 5. Flooring, Painting, Tiles & Bricks (10%) = Rs.1,54,860 6. Window, Doors, Plumbing, Electrical & Sanitary Fittings (8%) = Rs.1,20,000 7.

 Building Construction Materials S.NO. Material Qty Rate Amount 1 Cement (Bags) 600 320 192000 2 Steel (kg) 3750 45 168750 3 Sand (Cu.ft.) 1800 52 93600 4 Gravel (Cu.ft) 2025 30 60750 5 Bricks (Nos.) 10,980 7 76860 6 Tiles (Sq.ft.) 1050 40 42000 7 Color (Liters) 180 200 36000 Total Cost 6,69,960

Notice: All Materials Cost Depend According To The Area Wise.

: Construction Cost 1500 sqft House

### How do you calculate price per square foot for material?

The Basics of Material Estimating Even the most experienced and professional applicators can have trouble determining the appropriate amount of materials needed for their project. Underestimating or overestimating can have a tremendous impact on budget, product availability, project scheduling, forecasting and bidding.

• A successful project starts by taking an accurate lay of the land.
• Following are tips that will help pros confidently select which products to use, determine the quantities required for the project and avoid running short while on the job.
• Calculate Project Square Footage First, in order to determine how much material will be needed for a specific project, you must determine the square footage of the area you are surfacing.

As a rule of thumb, measurements should always be rounded up and considered additional square footage to ensure the appropriate amount of material for the application. Surface conditions such as porosity, spalling, pitting, cracking and so forth will all result in the use of additional material.

• Adding square footage to measurements will help ensure materials do not run short during application.
• A lot of contractors like to use the “ten percent rule” for waste and order accordingly.
• Using a laser tape, measuring wheel or measuring tape is best to determine the length and width of the area that is being surfaced.

If the work space is not a perfect square or rectangle, measuring from the furthest point of both the length and width will account for any shorter sides of the space. After measuring, round up to the next foot on the length and width measurements. Then, multiply the length and width to determine the total amount of square feet for that area.

Length x Width = Total Area For example: 25′ x 40′ = 1,000 sq. ft. If the work area is the entire floorplan of a house or business, measuring the outside perimeter of the building will provide a good estimate for the space. While the assumption is that there will be too much material left over, it’s wise to remember that the perimeter is taking into account all of the nooks and crannies, such as closets, hallways and bedrooms.

If overhead or vertical surfaces such as walls or stairs are being surfaced, be sure to take those areas into consideration, too. Determine Which Products to Use When applying system-based products, it’s important to use all of the appropriate materials to ensure job success.

Depending on the finish that the customer has selected, specifically whether it is a traditional broom finish, stamped texture, decorative flake or metallic epoxy, it is imperative to follow the system directions for that application. Information about all of the systems, the products they include and their individual application instructions is available at and,

Once a system is chosen, it’s important to list the products needed for application by referring to individual Product Data Sheets for directions for use, mixing and application instructions as well as the coverage rates. The coverage rates are needed to determine the quantity required to complete the project.

• Calculate Quantity of Materials Now that the area is known, as well as the products needed and coverage rates, it is time to calculate how much will actually be needed.
• It’s easy to figure out – simply take the total amount of square feet that were measured for the project, then divide the total amount of square feet by the coverage rate of the material.

Square Feet of Area ÷ Coverage Rate = Quantity of Bags or Gallons For example: Let’s use the ¼” Stamp Overlay System to determine how many bags of S-1800 Super-Stamp Gray are required to stamp the total area. Super-Stamp is applied at ¼” and has a coverage rate of 25 square feet per bag.

We will use the area we measured earlier for the example.1,000 sq. ft. ÷ 25 sq. ft./bag = 40 bags Now it’s time to figure out how many gallons of S-1710 Liquid Release Agent are needed to stamp the material. The Liquid Release has a coverage rate of 250-300 square feet per gallon. We want to make sure we have enough material and avoid running short while on the project, so let’s use 250 square feet as the coverage rate.

One of the most common errors in figuring how much S-1710 Liquid Release Agent is required is forgetting that both the Super-Stamp overlayment and the stamps or skins must also be coated with the release agent.1,000 sq. ft. ÷ 250 sq. ft./gallon = 4 gallons for the Super-Stamp overlayment and 1,000 sq.

1. Ft. ÷ 250 sq.
2. Ft./gallon = 4 gallons for the stamps or skins, therefore you will need a total of 8 gallons of S-1710 Liquid Release Agent.
3. Once you identify the coverage rates for all the materials, you can use these formulas to calculate the appropriate amount of material you will need for your entire project.
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Calculating Cost of Materials Since you will essentially be getting more product than required for the project, the initial cost of your materials will be greater than the actual cost per square foot. This will fluctuate from project to project and result in accumulation of leftover materials that can be used on future projects.

• This will also help cover the cost of creating samples to aid in getting your next project approved.
• For example: 3.5 gallons of one product and 0.5 gallons of another may be needed, but because you are purchasing 4 gallons of the one, and 1 gallon of the other, the actual cost is more than what will be applied on the job.

To properly bid on a project, a contractor needs to determine material cost. It’s important to remember that this doesn’t include any labor, freight charges, equipment rental or any outsourced or sub-contracted services. All factors should be considered before submitting the actual bid to a client.

1. After determining the amount of material needed, just add up the actual cost of all the materials.
2. To calculate the cost per square foot on material for the example project, divide the total cost of materials by the square footage.
3. Let’s apply a cost of \$3,060.16 to determine the cost per square foot.

(Note: \$3,060.16 is estimated and is not a true cost, it is only used for example) \$3,060.16 ÷ 1,000 sq. ft. = \$3.06/sq. ft. In the case that some services need to be subcontracted or equipment needs to be rented, those charges would be incorporated into the total landed cost.

Continuing with the example above, if grinding equipment had to be rented for two days at \$65/day (\$130 total), the new total cost would come to \$3,190.16 and the cost per square foot would now be \$3.19/sq. ft. These same figures would be applied once the general overhead costs are determined, along with indirect expenses and, of course, your profit.

Once again, divide that total by the total amount of square footage and it will generate the actual cost per square foot, allowing a contractor to accurately and confidently submit their bid.

### How much does it cost to build a 800 sq ft house in India?

How can you construct an 800 sq ft home? – As of 2022, an 800 sq ft fully furnished house’s construction cost might be around 10 lakhs to 14 lakhs. Also, the amount includes building materials ranging from cement and steel to sand.

#### What is the formula for calculating construction cost?

The cost of construction depends on the quality of material as well. Higher the quality, the higher the prices. The basic formula to calculate construction cost per square feet is: Cost of construction = area of plot x construction rate per sq ft.

## What is the standard cost of construction per sq ft?

What is the cost of construction per sq ft? –

As mentioned earlier an architecture charges money for construction cost per sq feet. In India an interior designer Rs 15,000 to Rs 20,000 for 1000 sq ft approximately. But the rates may vary due to locations as well. You should create an estimate on Civil cost which includes materials such as bricks, cement, concrete, sand, and RCC reinforced steel, among others. The cost of brick without RCC can range between Rs 800 per sq ft to Rs 900 per sq ft approximately and the cost of brick with RCC can range between 900 per sq ft to Rs 1,000 per sq ft approximately. The finishing cost such as installing doors, windows, wooden work, electric fitting, sanitary fittings, pop work and grillwork varies between Rs 500 per sq ft to Rs 3,000 per sq ft.

These are things that should be estimated for price per square foot to build a house. Now for construction, we should also think about the quality of materials. The quality for materials can be divided into 3 types such as:

C- poor quality : The pricing will be Rs 7-8 lakh for 1000 sq ft to construct a C class house. B- medium quality: The pricing will be Rs 10-11 lakh for 1000 sq ft to construct a B class house. A- high quality: The pricing will be Rs 15-25 lakh for 1000 sq ft to construct a B class house.

Due to Covid, the transportation cost has increased by 25% as the price of petrol is also increasing every day. So, for construction cost per square feet we should estimate the transportation cost as well. I hope you understand what is construction cost per sq ft factors now. Book Best Packers & Movers with Best Price, Free Cancellation, Dedicated Move Manager Get Rental Agreement With Doorstep Delivery, Super Quick & Easy This is third This is third This is fourth This is fourth This is fifth This is fifth This is six This is six This is seven This is seven This is eight This is eight

## What is the cost of a 1600 sq ft house?

Cost per Square Foot to Build a House in California

Size Cost to Build (Modular) Cost to Build (Stick-Built)
1,500 sq.ft. \$300K – \$450K \$600K – \$900K
1,600 sq.ft. \$320K – \$480K \$640K – \$960K
1,800 sq.ft. \$360K – \$540K \$720K – \$1.08M
2,000 sq.ft. \$400K – \$600K \$800K – \$1.2M

### What is the formula of square feet?

Apply the Square Footage Formula The next step in how to calculate square footage is to plug your measurements into the square footage formula: L x W = A (in square feet). To find square feet, multiply the length measurement in feet by the width measurement in feet.

### How do builders calculate square footage?

How to calculate the square footage of a house – When preparing to measure the square footage of a home, be it a house, condo, or townhouse, start with a few simple supplies:

• Paper and pencil
• Calculator
• Measuring tape and/or laser measuring tool

If the property is a perfect rectangle, simply measure the length and width and multiply those two numbers together. For example, if your one-story house is 60 feet wide by 40 feet long, then your property is 2,400 square feet (60 x 40 = 2,400). However, most properties have more complex floor plans. When this is the case, it’s helpful to follow these simple steps to measure square footage.

1. Draw a rough sketch of your entire space, labeling all of the rooms you need to measure. Include hallways and vestibules as their own “room.”
2. Measure the length and width, in feet, of each room. Then, multiply the length by the width to calculate that room’s square footage. For example: If a bedroom is 12 feet by 20 feet, it is 240 square feet (12 x 20 = 240). For each room, write the total square footage in the corresponding space on your sketch.
3. Once each room is measured, add up all the measurements to determine your home’s total square footage.

Lightbulb Note If you live in a tract home, condo or townhome community, you may be able to get architectural drawings or master builder plans of your floor plan. These may already have your square footage calculated.

### How do you calculate cost per area?

The equation to calculate this metric is: price per square foot = price / floor space (ft²).

#### Is 3000 square feet a big house in India?

Luxury in 3,000 Square Feet – It may seem surprising, but a luxury home doesn’t have to be a 4,000-square-foot-plus mansion. Houses of 3000 to 3500 square feet are large enough to create a luxury home that can suit almost any family. Features such as high ceilings, an expansive master suite, home office, media room, or separate guest space can easily fit in an upper-mid-size home plan. The iconoclastic center-hall Colonial home, with its front porch and central forward-facing gable, evokes the typical farmhouse and is just right for a growing family. At just over 3,000 sq. ft., this 4- to 5-bedroom, 3.5-bath home plan is the perfect upper-mid-size home ( Plan #141-1287 ).

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## How much concrete do I need for a 1200 sq ft house?

There are different materials you need for construction. Materials like cement, sand, water and reinforcement bars are required to build a house. Other than this you need paint and tiles to finish off the construction. Since we purchase property of different sizes you might wonder how many cement bags required for 1200 sq ft house.

This is a very interesting question and since I am a Civil engineer I think I can answer this better than anyone else. You need cement to make your house concrete. By mixing water, sand, and aggregates you can make a mixture which will maintain the stability of your house for a long period of time. Now coming back to your query about how many cement bags required for 1200 sq ft house, I think it will be better if I could show the calculation to get an estimation.

(a) Area of the slab is = 1200 sq.ft = 111.48 sq.m (b) Thickness of the slab = 4″ = 0.102m (Residential) (axb) Concrete’s volume = 11.37 cu m Grade mix (M 30) : 1:1:3 Cement can get wasted around 2% to 3% while working on the construction. Approximate output can be considered 70% Therefore to get 1 cu output we need dry mix of 1/0.7)= 1.42 cu m If we add 3% wastage the total dry mix becomes 1.45 cu m The total density of cement is 1440 kg/cum and 1 bag has 50 kg of cement that 1440/50 is 28.80 bags/ cum. Book Best Packers & Movers with Best Price, Free Cancellation, Dedicated Move Manager Get Rental Agreement With Doorstep Delivery, Super Quick & Easy This is third This is third This is fourth This is fourth This is fifth This is fifth This is six This is six This is seven This is seven This is eight This is eight

#### How much does it cost to build a 5000 sq ft house in India?

Estimate Your House Construction Cost – The estimation of the house construction cost will basically have two major factors to consider—–Land Cost and Construction Cost. Land cost is not a fixed cost it fluctuates from time to time depending upon the location and the surrounding areas, if the area is underdeveloped or out of city limits the land cost will be less.

Whereas in case you are seeking land within the city limits or where the surrounding area is well developed, land cost will be considerably higher. Well, if you are lucky and you have an ancestral land with a clear title which was bought decades ago by your father or grandfather then the land cost will go down drastically, as they must have bought the land at a far lesser rate than today and since you already own land the only area of concern is estimating your construction cost—- The construction cost depends on various factors such as the kind of raw materials going to be used during construction like wood, iron bars, cement, sand, labor, time of delivery, legal taxes, etc.

Therefore it is idle to appoint an experienced architect who will help you not only design your house properly and but will also help you figure out the construction cost and the time frame in which your house construction will be completed. Personally get the land measured by a reliable resource or through local government authorities who will measure and give you the exact area of the land.

1. A tentative construction cost can be estimated by segmenting material cost based on its quality i.e.
2. Top, Medium, and Average.
3. Top class construction quality would involve buying top grade construction material.
4. High-quality material will incur a construction cost of approximately Rs.2000- 4000 per sq.ft.

Consider the land cost to be around Rs.10 lakhs. For the construction of a 2000 sq ft house, the total cost of the building @ Rs.2000 per sq. ft will be around Rs.40 lakhs to which add 20 % more towards miscellaneous and unforeseen expenses which cumulates to Rs.48 lakhs.

1. Though taking into account the total estimate of your house construction including land cost should be approx Rs.58 lakhs.
2. Respectively a medium quality material will incur a lesser construction cost of approximately Rs.1500-1800 per sq. ft.
3. A similar land cost of around Rs 10lakhs.
4. For the construction of a 2000 sq ft house, the total cost of the building @ Rs.1500 per sq.

ft will be around Rs.30 lakhs to which add 20 % more towards miscellaneous and unforeseen expenses which will cumulate to Rs.36 lakhs. The total estimate of your house construction including the land cost should be approximately Rs.46 lakhs Average quality material will incur a cheaper construction cost of approximately Rs.900- 1100 per sq.

#### What is Labour rate in construction?

The current Labor contractor rates in Bangalore are Rs 280 / sq ft to Rs 350 / sq ft, There are two ways to go ahead with construction for a Building either give it to Building contractors who take care of all materials required for construction or one can give it to a Labour contractor in Bangalore who can execute the project.

## Is 1500 sq ft a good size house?

Conclusion – There is much to consider when looking for a new place to live. Whether you want to buy a new home or rent an apartment, you should have enough space to be comfortable in. A 1500 square feet house or apartment provides enough room for a family, and more than enough room for a couple without children.

### Is 2000 square feet a good size house?

The article examines the attributes of a 2000 square feet house, and gives tips on the features you should look for. Whether you shop for land or a home, an office or an RV lot, you need to envision a space without needing to visit it. This lets you reduce the number of visits you make since it lets you reduce the number of candidates that fit your space needs. A space of 2,000 square feet equals roughly,045 acres of land.

• Visualize 2,000 square feet as approximately the length of three average length cars parked behind each other in a line times four.
• The average car is 14.7 feet long, so you’d have about 45 feet in length.
• Since a typical home measures 1,500 square feet, tack on a three-car garage, which measures about 640 square feet.

In meters, 2,000 square feet would equal 185.8 square meters or 24.38 meters by 7.62 meters. Expect a 2,000 square feet home to contain three large or four average-sized bedrooms with a kitchen, living room, dining room, walk-in closets, and at least two bathrooms.

### Is 1000 square feet good for a house?

Making the Most of 1,000 Square Feet – 1,000 sq feet is the perfect size for anyone looking for a spacious, cozy, yet affordable home or apartment.1,000 sq feet of space is enough for any small family or single person to live comfortably in a 2 to 3-bedroom home or condo, Although smaller than the average home, many people are now seeing just how beneficial it is to live in a 1000 sq foot area due to its ease of maintenance, affordability, and flexibility.

#### How much does a 1000 sq ft house cost in India?

1000 sq ft house construction cost with required cement, sand & Steel – When we make a rough estimate for house construction, using Thumb Rule, cement will cost around 16.4% of total cost, sand will cost around 12.3% of total cost, aggregate will cost around 7.4% of total cost, steel will cost around 24.6% of total cost, finisher like paint, tiles, brick will cost around 16.5% of total cost and fitting like window, door, plumbing electrical and sanitary will cost around 22.8% of total cost. 2D and 3D Ghar ka Naksha banane ke liye sampark kare

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### How much does it cost to build a house 2000 sq ft in India?

2000 sq ft house construction cost with required cement, sand & Steel – When we make a rough estimate for house construction, using Thumb Rule, cement will cost around 16.4% of total cost, sand will cost around 12.3% of total cost, aggregate will cost around 7.4% of total cost, steel will cost around 24.6% of total cost, finisher like paint, tiles, brick will cost around 16.5% of total cost and fitting like window, door, plumbing electrical and sanitary will cost around 22.8% of total cost.

#### What is the local construction cost per square feet?

Developers and Home Builders – New home construction costs with a developer can be approximately 15% less than with a custom home builder. Developers plan subdivisions and offer a range of floorplans to select from. Developers build many houses at once, so houses typically cost less each than a custom home, and they’re likely to be completed faster too. Custom home builders can develop anything you want once you have all the design features in the blueprint. However, your home will cost more purely because they are giving your home their exclusive focus and ordering in materials and hiring workers for one house.

## How much does it cost to build a 30×40 house in India?

30×40 HOUSE CONSTRUCTION COST IN BANGALORE FOR DUPLEX HOUSE of G+1 or G+2 FLOORS BUA: 1700 to 2600 SQ FT – Below is a detailed Table informing the Estimate for Building a house on a 30×40 Site with different scenarios.

30×40 Construction cost in Bangalore / 30×40 House Construction cost in Bangalore Duplex/Rental No of Floors G+1 G+2 G+3 G+4 Built up Area (BUA) Total 30×40 Construction cost @Rs 1800 /sq ft
30×40 Ground Floor Ground Floor G 750 sq ft Rs 17 Lakhs
30×40 Ground + 1 Floor G+1 Floor 1700 sq ft Rs 31 Lakhs
30×40 Ground + 2 Floors G+2 Floors 2400 sq ft Rs 44 Lakhs
30×40 Ground + 3 Floors G+3 Floors 3200 sq ft Rs 58 Lakhs
30×40 Ground + 4 Floors G+4 Floors 4100 sq ft Rs 74 Lakhs
30×40 Duplex House G+1 Floor @ 2200/sq ft G+1 Floor Duplex House 1800 sq ft Rs 39 Lakhs
30×40 Duplex House G+2 Floors @2200/sq ft G+2 Floors Duplex House 2450 sq ft Rs 54 Lakhs
30×40 Rental Houses G+3 Floors G+3 Floors Rental 3150 sq ft Rs 55 Lakhs
30×40 Rental House G+4 Floors G+4 Floors Rental 4150 sq ft Rs 75 Lakhs

If one needs to know the 30×40 Duplex house construction in Bangalore on a 30×40 site then the built-up area comes in between 1700 sq ft to 1800 sq ft. It again depends on the kind of requirements given to the Architects for designing. Generally, one can construct a 3BHK Duplex house of G+1 or G+2 floors; also, if the client has sufficient budget, then one complete floor can be left for the parking area, which will be termed as “Stilt Floor” and the upper called Ground floor where the Duplex house starts. It’s crucial to meet the Architect who is assigned to work on the project and discuss all your design needs, requirements that you need to implement to your House concerning the planned budget as one needs to make sure that the construction cost escalation is kept to a minimum during the house construction process.

1. Below are all the planning options to know the 30×40 cost of construction in Bangalore for a Duplex house.
2. The construction rates are explained based on each item to help you plan your budget.30×40 DUPLEX CONSTRUCTION COST G+1 or G+2 FLOORS OF BUA: 1800 SQ FT If you are having a limited budget of around Rs 45 to 55 lacs, then this would be the ideal option for you to choose.

The overall built-up area or BUA comes approximately 1700 to 1800 sq ft for complete house construction of G+1 Floors, There would decent space left to take of present and future parking needs; the residential Architects hired for your project can work as per your needs and given requirements.

1. It’s also very important to freeze the floor plans with clearly marked 2D interior layout showing all furniture layouts which will help the client finalize the floor plans.
2. As any changes or alterations made to the plans during the house construction will delay the project and increase the cost of construction.

Hence, take some time in finalizing the Floor plans and 3D Residential House Elevations with your Architects before the actual construction begins on site. The general requirements for a 30×40 Duplex house area are mentioned below, along with the project’s construction rates,

1. Ground Floor: Car parking 1nos + 4 Two wheeler parking slots + Living 13×19 + Dining for 6 of 110 sq ft + Kitchen 10×12 + Outside utility + Store room attached to Kitchen + Master Bed room 145 sq ft with attached bath room + Common bath + Pujja room of 5×6 + Internal Staircase.
2. First Floor: Balcony overlooking the road + Family living of 10×16 + Roof cutout double-height overlooking living below + 1 Master bedroom with study + Guest bedroom + Internal staircase continued to Terrace area.

Second Floor: Solar provision + Overhead tank + Staircase headroom + Open terrace.30×40 COST OF CONSTRUCTION FOR DUPLEX HOUSE STILT + G+2 or G+3 FLOORS BUA: 2600 SQ FT If the Client has a budget of Rs 60 lacs+ for his residential house construction, this would be the preferred option, Scope for landscaping for more greenery, More balconies resulting in more inside-outside spaces, Better elevation possible, Staircase can be a modern concept using prefab concepts, Larger windows for better ventilation and natural light; More luxury spaces can be created.

The main advantage of constructing a Duplex house above floors are more natural light, more ventilation, less noise as the duplex will be above road level, which will help in cutting down street noise, more space as one need not leave space for parking area this additional space can be well utilized for better planning, Larger and wider balconies, etc.

Hence, if the client has the needed budget for building his Duplex house on his 30×40 or 1200 sq ft site, this would be a better option as it has all the advantages mentioned above. The only drawback of this option is that one needs to climb one floor to access the Duplex house, which might be difficult for older adults.

This can be avoided by providing a lift that will add additional cost to the overall project. Stilt Floor: Parking for 4 cars + 10 Two-wheelers + Servant quarters (if required) + External staircase leading to upper floors. Ground Floor: Foyer of 8×8 with shoe rack + Open living room 180sq ft + 10×16 Kitchen area + Dining area for 6 persons + Puja room of 7×6 + Common washroom without shower + 174 sq ft Master Bedroom with walk-in closet attached bath + Internal staircase.

First Floor: Family lounge of 180 sq ft with attached Balcony of 12×6 + Double height provision either at dining or living room + Master bedroom of 170 sq ft with study zone attached to bathroom + Childers bedroom area 13×15 with attached bath + open Library at lounge area + Internal staircase to the second floor.