From First Excavation to Final Handover — Every Stage Explained
If you’re planning to build a commercial plaza in Islamabad or Rawalpindi — whether it’s a small 4-storey shopping centre in G-9, a mixed-use block in DHA Phase 2, or a larger commercial development in Bahria Town — this blog is for you.
We’ve broken down the entire construction process, stage by stage, the way we actually manage it on our own projects. No glossing over the hard parts. No pretending things always go smoothly. This is what building a commercial plaza in the twin cities genuinely looks like — from the day you move the first cubic metre of earth to the day you hand over the keys.
Let’s go from the very beginning.
STAGE 1 Pre-Construction: Planning, NOCs & Approvals
Before a single spade goes into the ground, there’s a mountain of paperwork. This stage is the one most developers underestimate — and the one that causes the most delays if not handled properly.
Site Selection and Feasibility
In Islamabad, commercial plots fall under the Capital Development Authority (CDA). In Rawalpindi, you’re dealing with the Rawalpindi Development Authority (RDA) or Rawalpindi Cantonment Board depending on location. These are completely different bodies with different rules, fees, and timelines.
Before buying a plot or signing any papers, confirm the commercial zoning. A plot in a mixed-use zone allows ground-floor commercial with residential above. A plot in a pure commercial zone allows full commercial use throughout. Getting this wrong costs millions.
Fais Construction Tip: Always get a certified copy of the site’s approved zoning status before purchase. Don’t rely on what an agent tells you.
Architect and Structural Engineer
You need a licensed architect to prepare your building drawings and a structural engineer to certify the design. In Islamabad, the architect must be registered with the Pakistan Council of Architects and Town Planners (PCATP). The structural engineer must be PEC-registered.
For a commercial plaza, your drawings will include: site plan, floor plans for every level, elevation drawings showing all four facades, section drawings, structural drawings, and services drawings (electrical, plumbing, HVAC).
Building Plan Approval — CDA or RDA
Submit your drawings to the CDA (Islamabad) or RDA/Cantonment (Rawalpindi) for Building Plan Approval (BPA). This is the official permission to construct.
In Islamabad, the CDA checks: plot coverage (generally max 60–70% for commercial), floor area ratio (FAR), setbacks from plot boundaries, maximum building height, and car parking requirements (CDA mandates one parking space per certain square footage of commercial area).
Realistic timeline: 2 to 6 months. Chase it. Assign someone to follow up weekly. Plans sometimes sit in queues for months if no one pursues them.
Other NOCs You’ll Need
- WASA (Water and Sanitation Agency) — water supply and sewerage connection
- IESCO or MEPCO — electricity connection approval
- Sui Northern Gas — gas connection if required
- Environment Department — environmental impact if above certain size
- Fire Department — fire safety compliance (increasingly enforced for commercial builds)
- PTCL or telecom provider — for commercial buildings, fibre connectivity planning is now common
Real talk: NOC delays are the single biggest cause of project overruns in Islamabad. Budget for 3–4 months of approvals. If it goes faster, great. If not, you haven’t lost money sitting idle.
Soil Testing and Geotechnical Report
Before your structural engineer finalises the foundation design, you need a geotechnical investigation — soil testing to determine bearing capacity, water table depth, and any ground hazards.
In parts of Rawalpindi especially, ground conditions vary significantly. Some areas near the Nullah or low-lying sectors have soft soil that requires deeper or wider foundations than standard. Don’t skip this. A proper soil test costs PKR 50,000–150,000. A foundation failure costs crores.
Typical Stage 1 Duration: 3 to 8 months depending on NOC speed
Key cost: Architect + structural engineer fees typically 3–5% of total project cost
STAGE 2 Site Preparation & Excavation
This is the stage that feels like real progress — machines arrive, earth moves, and your neighbours know something is happening. But there’s more to it than digging a hole.
Site Clearance and Hoarding
First, the site is cleared of any existing structures, rubble, vegetation, or debris. A hoarding (boundary wall or metal sheet perimeter) is erected around the site. In Islamabad and Rawalpindi, this is increasingly required by law for commercial construction sites, and for good reason — it protects the public and secures your materials.
If your site is in a busy area — near Blue Area, Saddar, or a busy DHA commercial street — you’ll also need to manage pedestrian diversions and potentially liaise with the local traffic police.
Setting Out
A licensed surveyor sets out the building lines on the ground precisely according to the approved drawings. This marks exactly where the foundation walls, columns, and setbacks will fall. Do not start excavation without proper setting out. Moving a column by even 50mm at foundation stage can cascade into structural problems above.
Excavation
For a commercial plaza, excavation is typically for the basement (if included) and the pile or raft foundation. This is where your geotechnical report becomes essential — the depth and method of excavation is determined by it.
Types of excavation common in Islamabad/Rawalpindi:
- Open cut excavation — for basements, the earth is excavated in steps or with sheet piling to retain the sides
- Trench excavation — for strip foundations and services
- Pile boring — if the soil report recommends piles rather than a raft or pad foundation
In many plots in Rawalpindi especially, the water table is high. If you hit water during excavation, you’ll need dewatering pumps running continuously until the foundation is cast and cured. Budget for this — running pumps 24/7 for weeks is a real cost.
Soil Disposal
Excavated earth needs to go somewhere. In Islamabad, the CDA has designated soil dumping areas. You’ll need to pay disposal fees and arrange tippers. An average basement excavation for a 10-marla commercial plot generates several hundred cubic metres of earth. Sorting this logistics upfront avoids headaches.
Fais Construction Tip: Save some excavated earth for backfilling around foundations later. Clean fill earth from your own site is free. Buying fill earth later is not.
Typical Stage 2 Duration: 2 to 6 weeks depending on basement size and ground conditions
Key equipment: Excavator (JCB), tippers for soil disposal, dewatering pumps if needed
STAGE 3 Foundation Work
The foundation is the most critical part of any building. Get it right and everything above it is solid. Get it wrong and you’ll be dealing with cracks, settlement, and potential structural failure for the building’s entire life.
Foundation Types for Commercial Plazas in Islamabad
Raft Foundation (Most Common for Multi-Storey Commercial)
A raft foundation is a continuous reinforced concrete slab that covers the entire footprint of the building. It spreads the building’s load across the whole plot area, making it suitable where soil bearing capacity is moderate or variable.
For most 4 to 8-storey commercial plazas in Islamabad on decent soil, a raft foundation is standard. Thickness typically ranges from 450mm to 750mm depending on the load, with a reinforcement cage designed by the structural engineer.
Pile Foundation
Where soil is soft, fill, or water-logged (common in parts of Rawalpindi), bored piles are driven or cast to reach load-bearing strata deeper below ground. This is more expensive but essential where soil conditions demand it. Pile diameters of 300mm to 600mm and depths of 8 to 20 metres are common in the region.
Concrete Mix and Quality
For commercial foundations, the structural engineer will specify a concrete grade — typically C25 to C35 (25–35 N/mm² characteristic strength). In Pakistan, this is often expressed as a mix ratio, but for commercial work, we strongly recommend a designed mix from a batching plant rather than a site-mixed estimate.
Batching plant concrete (ready-mix) from suppliers in Islamabad and Rawalpindi ensures consistent quality, proper water-cement ratio, and workability. For foundation pours on larger plazas, ready-mix is not optional — it’s essential.
Reinforcement (Steel)
Foundation reinforcement uses deformed steel bars (rebars) specified by the structural engineer. Typical foundation mats use TMX 60 or equivalent, in sizes ranging from 12mm to 25mm bars. The steel cage must be assembled, inspected, and approved before concrete is poured.
Never pour concrete on a foundation without a site inspection by your structural engineer or a qualified inspector. This is one step where cutting corners has consequences that can’t be undone.
Curing
After the foundation concrete is poured, it must be cured properly. Curing — keeping the concrete moist for a minimum of 7 days, ideally 14 to 28 days — is what gives concrete its strength. In Islamabad’s hot summers, curing concrete can lose moisture rapidly. Cover it with hessian cloth, plastic sheeting, or water-curing compounds and keep it wet.
Rushing curing is one of the most common shortcuts taken on construction sites in Pakistan. It results in weaker concrete that may look fine for years, then crack under load. Don’t allow it.
Typical Stage 3 Duration: 3 to 8 weeks (including curing time)
Key materials: Ready-mix concrete, TMX rebar steel, formwork
STAGE 4 Structural Frame — Columns, Beams & Slabs
With the foundation cured and approved, the building starts to rise. This is the stage where the skeletal structure of your plaza takes shape — and where most of the structural engineering decisions made on paper become real.
Column Construction
Columns carry the vertical loads of the building from roof to foundation. For a typical commercial plaza in Islamabad, columns are reinforced concrete, ranging from 300×300mm in smaller buildings to 600×600mm or larger in taller structures.
Each column is formed using steel reinforcement bars assembled into a cage, then timber or steel formwork is built around it, and concrete is poured. This process is repeated floor by floor as the building rises.
Column positions are dictated by the structural drawings and must follow the grid laid out at setting-out stage. Deviations here affect beam spans, slab thickness, and ultimately the entire structural calculation. Your site engineer must check every column position before formwork is fixed.
Beams
Beams span between columns and carry the load from slabs. In commercial plazas, beams are typically cast in situ (poured in place) along with the slab above them, forming what’s called a beam-slab system.
For commercial buildings in Pakistan, flat slab construction (no visible beams, slab supported directly on columns) is increasingly used in retail floor areas — it gives maximum clear height for shops and allows more flexible partition layouts for tenants.
Floor Slabs
Floor slabs in commercial plazas are typically 150mm to 250mm thick reinforced concrete, depending on span and load. Each floor is a major pour — a 10-marla plaza floor might involve 80 to 150 cubic metres of concrete in one continuous pour.
This is where batching plant concrete becomes especially important. A slab pour of this size must be continuous — stopping midway creates cold joints that are structural weaknesses. You need to have enough concrete arriving consistently to complete the pour in one session.
Formwork and Shoring
Before each slab is poured, timber or metal formwork (shuttering) is assembled to create the mould. Below it, vertical props (shoring) support the weight of the wet concrete until it gains sufficient strength — typically 7 to 14 days minimum before props are struck.
A critical rule on commercial sites: do not remove props from a freshly poured slab before the concrete has reached adequate strength, even if you’re under schedule pressure. Formwork failures are among the most dangerous and costly events on a construction site.
Floor-by-Floor Cycle
Commercial plaza construction moves floor by floor. A typical cycle for one floor:
- Set out column positions and fix column rebar cages
- Erect column formwork and pour column concrete
- Allow columns to cure — typically 7 days before loading
- Erect beam and slab formwork with shoring below
- Fix beam and slab reinforcement as per structural drawings
- Independent inspection of reinforcement before pour
- Concrete pour — beams and slab in one continuous operation
- Cure slab for minimum 14 days
- Strike formwork partially, retain critical shoring
- Repeat for next floor
For a 6-storey commercial plaza with efficient site management, each floor cycle typically takes 3 to 4 weeks. That means the structural frame alone for a 6-storey building takes 4 to 6 months from foundation to roof slab.
Typical Stage 4 Duration: 4 to 8 months for a 4–8 storey commercial plaza
Key inputs: Ready-mix concrete, rebar steel, formwork system, tower crane or concrete pump for upper floors
STAGE 5 Masonry, External Walls & Basement Waterproofing
With the structural frame complete, the building gets its skin. This stage involves building the external and internal walls, and sealing the basement against water ingress.
Block or Brick Masonry
In Islamabad and Rawalpindi, external walls on commercial plazas are typically 9-inch brick masonry or 8-inch hollow concrete block. The choice affects thermal performance, weight on the structure, and cost.
Internal partition walls (between shops or units) are typically 4.5-inch brick or block. Core walls around staircases and lift shafts are usually reinforced concrete for fire and structural reasons.
Masonry must be built with consistent mortar joints, proper bond, and lintels above all openings. For commercial buildings, door and window openings are larger than in houses — lintels are structural elements and must be sized properly. We’ve seen buildings in Rawalpindi where shopfront lintels cracked because they were undersized. That’s an expensive fix post-construction.
Parapet Walls
The roof parapet — the low wall above the top floor — must be built and waterproofed carefully. Commercial plazas often have rooftop plant rooms, water tanks, generator sets, or even restaurants. The parapet must handle wind loads and be flashed properly where it meets the roof slab waterproofing.
Basement Waterproofing
If your plaza has a basement — for parking, storage, or services — waterproofing is one of the most important and most commonly neglected steps.
In parts of Islamabad (especially G sectors and older parts of Rawalpindi), the water table is relatively high and seasonal fluctuations are significant. A basement with inadequate waterproofing will leak. Damp basements destroy fit-outs, damage electrical equipment, create health hazards, and are extremely difficult and expensive to fix retrospectively.
Waterproofing systems we use on commercial projects:
- Crystalline waterproofing added to the concrete mix — penetrates and blocks pores permanently
- Torch-applied bitumen membrane on external faces of basement walls and slab soffit
- Cavity drain membrane internally as a secondary system
- Sump pit and pump as tertiary protection in high water table areas
Fais Construction Tip: Spend properly on basement waterproofing. It’s one of the few construction items where the cost of getting it right is a fraction of the cost of fixing it wrong later.
Typical Stage 5 Duration: 6 to 12 weeks
Key materials: Engineering bricks or hollow blocks, waterproofing membrane, mortar
STAGE 6 Roofing, Insulation & External Envelope
The roof of a commercial plaza in Islamabad has to handle some extreme conditions — summer temperatures above 40°C on the slab surface, monsoon rainfall, UV radiation, and the weight of rooftop equipment. Getting the roof right is non-negotiable.
Roof Waterproofing
The most common system on commercial buildings in Islamabad is a torch-applied bituminous membrane over a primed concrete slab. Better projects use a two-layer system — a base layer and a cap sheet — for redundancy.
The roof membrane must be taken up at all upstands, parapets, pipe penetrations, and any protrusions. These junctions are where most roof leaks originate. Every pipe, duct, and cable that exits through the roof must be properly flashed.
Roof Insulation
For a commercial plaza, roof insulation reduces heat gain into the top floor significantly — a major benefit for any retail or office space on the upper level. Extruded polystyrene (XPS) insulation boards laid under a protective screed above the waterproofing membrane (inverted roof system) is increasingly common in Islamabad’s better commercial projects.
Facade / External Cladding
The external appearance of your commercial plaza is a major commercial decision. The facade is what attracts tenants and shoppers. Common facade treatments on commercial plazas in Islamabad and Rawalpindi:
- Ceramic or porcelain tiles — affordable, durable, wide range of finishes
- Natural stone cladding (marble or granite panels) — premium appearance, high cost
- Aluminium composite panels (ACP) — modern appearance, popular for shopfronts and upper facades
- Structural glazing — glass curtain walls for a contemporary commercial look
- Fair-face brick — gaining popularity in Islamabad’s newer commercial developments
Whatever system is used, facade fixings must be mechanically sound. In Islamabad especially, where earthquakes are a seismic risk, facade elements must be properly anchored to the structure. We’ve seen tile cladding fall from buildings in the region — a serious public safety risk and a liability issue for building owners.
Typical Stage 6 Duration: 6 to 10 weeks
STAGE 7 MEP — Mechanical, Electrical & Plumbing Services
MEP — Mechanical, Electrical, and Plumbing — is the heart and nervous system of a commercial building. In terms of cost, MEP typically accounts for 20 to 30% of total project cost on a commercial plaza. It’s also the area where cutting corners creates the most serious long-term problems.
Electrical Installation
A commercial plaza has significantly higher electrical demands than a residential building. You’re providing power for retail lighting, air conditioning, lifts, signage, CCTV, access control, fire alarm systems, and potentially escalators.
In Islamabad, commercial buildings are fed from IESCO via a dedicated meter. For larger plazas, a transformer and HT (high tension) substation may be required on site. This must be planned at design stage and the IESCO application submitted early — getting a commercial electricity connection in Islamabad can take 6 to 12 months from application to energisation.
Key electrical elements:
- Main distribution board (MDB) in a dedicated electrical room
- Sub-distribution boards (SDB) on each floor
- Conduit wiring throughout — all wiring in commercial buildings must be in conduit, not open
- Earthing and lightning protection system
- Emergency lighting and exit signage on battery backup
- Standby generator — essential in Islamabad given load shedding
- UPS system for critical loads if required
- CCTV and access control infrastructure
- Fire alarm system — addressable system required for commercial buildings
Plumbing and Drainage
A commercial plaza’s plumbing serves toilets on each floor, any food court or restaurant areas, and potentially a car washing facility in the basement. The system must be designed for the anticipated number of users, not just the building size.
In Islamabad, WASA supplies water but pressure is often insufficient for upper floors. An overhead tank system with a booster pump is standard. Submersible pumps in an underground sump bring WASA water in, overhead tanks on the roof distribute it by gravity to each floor.
HVAC — Heating, Ventilation & Air Conditioning
Air conditioning is non-negotiable for commercial retail in Islamabad and Rawalpindi — temperatures hit 40°C+ in summer and shoppers expect comfort. The choice of system significantly affects both capital cost and running costs for your tenants.
Common HVAC systems for commercial plazas in Islamabad:
- Split and multi-split systems — lowest capital cost, but each shop manages its own unit, running costs on individual tenants
- VRF (Variable Refrigerant Flow) system — higher capital cost, more efficient, allows central control and monitoring
- Chilled water system with AHUs — for larger plazas and more complex configurations
- Cassette units in false ceilings — clean appearance, even air distribution
Basement and internal areas without natural ventilation need mechanical ventilation — extract fans minimum, forced fresh air supply in some configurations. For underground parking, carbon monoxide detection linked to ventilation fans is a safety requirement increasingly enforced in Islamabad.
Lift Installation
For a commercial plaza of more than 3 storeys, a lift is not just a convenience — it’s a legal requirement under accessibility regulations and increasingly demanded by commercial tenants. Lift shaft must be designed into the structure from the start.
Islamabad commercial buildings typically install 2 to 4 lifts depending on size and floor count. Brands common in the market include Mitsubishi, Schindler, KONE, ThyssenKrupp, and locally assembled equivalents. Plan for an 8 to 16 week delivery time from order to installation.
Typical Stage 7 Duration: 3 to 5 months, running parallel with other stages
Key caution: Commission IESCO and SNGPL connections 6–12 months before you need them
STAGE 8 Internal Finishing — Shell & Core vs Fitted
At this point, your commercial plaza is structurally complete, the roof is waterproofed, the MEP first fix (services inside walls and above ceilings) is done, and the building is weathertight. Now comes the finishing stage.
For commercial plazas in Islamabad and Rawalpindi, there are two standard approaches:
Shell and Core
You deliver each unit to tenants as a bare concrete shell — floors, walls, and ceiling as raw concrete or blockwork, with only the MEP connections terminated at the unit boundary (an electrical board with incoming power, a water connection stub, a drain connection). The tenant finishes the interior to their own standard and specification.
This is the most common approach in Islamabad commercial plazas for retail shops and office floors. It gives tenants flexibility and means you, as developer, don’t need to make interior design decisions for spaces that may be used for different purposes.
Fitted Units
You deliver the units fully finished — tiles, false ceiling, lighting, AC units, painted walls, fitted toilets. This adds significant cost but allows you to advertise a ready-to-trade unit and charge higher rent. Common for food courts, serviced offices, or turnkey retail.
Common Area Finishing
Regardless of whether units are shell-and-core or fitted, common areas — the entrance lobby, corridors, staircases, lift lobbies, toilets on shared floors, basement parking — must be fully finished by you as the developer. This is where the building’s impression is formed.
Common area finishes on quality Islamabad commercial plazas:
- Lobby: granite or marble flooring, feature wall, reception desk, building directory
- Corridors: porcelain tiles or polished concrete, suspended false ceiling with recessed lighting
- Staircases: ceramic tiles on treads, stainless steel or powder-coated balustrades
- Toilets: full ceramic or porcelain tile finish, sanitary ware, proper ventilation
- Basement parking: painted concrete floor (hardener or epoxy), painted columns, LED lighting, clear traffic markings
- External: paved approach, disability ramp, clear entrance signage, night lighting
Typical Stage 8 Duration: 2 to 4 months for common areas and base finishes
STAGE 9 Testing, Commissioning & Snagging
The building looks finished. Now the real checks begin. This is the stage that separates a properly built commercial plaza from one that will spend its first year dealing with complaints.
MEP Testing and Commissioning
Every system must be tested before occupancy. This means:
- Electrical: all circuits tested with a multimeter and insulation resistance tester. Earth bonding verified. Distribution boards labelled and locked. Generator load tested under realistic conditions
- Plumbing: all pipework pressure tested before walls are closed. All sanitary fittings tested for flow and drainage. Water tanks tested for leaks and cleaned before use
- Fire alarm: every detector triggered, every sounder tested, control panel faults cleared
- Lift: test certificates obtained from a certified inspector — required before any lift can be used
- HVAC: all units run, airflow balanced, thermostats calibrated
- CCTV and access control: all cameras, recorders, and card readers tested
Waterproofing Test
The roof is flooded (ponded) for 48 to 72 hours before the screed and finish floor are applied. If there’s a leak, find it now — not after the marble is down. The same applies to basement waterproofing: inspect after heavy rainfall before the basement is fitted out.
Structural Inspection
A final inspection by your structural engineer checks for any visible cracking, settlement, or deflection concerns. For commercial buildings in Pakistan, obtaining a structural completion certificate is becoming more common and may be required by banks or institutional tenants.
Snagging
A snagging exercise walks every inch of the building, listing every defect — a cracked tile, a missing seal around a pipe, a door that doesn’t close flush, a paint line that’s not sharp, a missing socket cover. This list is then worked through systematically by the relevant trades.
Good snagging takes time but is worth every hour. The cost of fixing a snag before handover is a fraction of fixing it after a tenant has moved in and is disrupted.
Typical Stage 9 Duration: 3 to 6 weeks
STAGE 10 Completion Certificate & Handover
You’re nearly there. The building is built, tested, and snagged. Now the final administrative and handover steps.
Completion Certificate from CDA/RDA
Once construction is complete, you apply to the CDA (Islamabad) or RDA (Rawalpindi) for a Completion Certificate. An inspector from the authority visits the site and checks that the building has been constructed in accordance with the approved plans — plot coverage, height, setbacks, parking provision.
This certificate is important: without it, the building technically does not have legal clearance for occupation, and it becomes a complication when selling individual units or obtaining mortgage finance.
WASA Permanent Connection
Your temporary construction water supply is switched to the permanent metered connection. Similarly, permanent electricity from IESCO replaces the temporary construction supply.
Fire Department NOC
In Islamabad, and increasingly in Rawalpindi, commercial buildings require a Fire Department NOC confirming fire safety compliance before public occupancy. This includes fire alarm system certification, fire exit signage, fire extinguisher provision, and in larger buildings, a sprinkler or firefighting riser system.
Documentation Package for Handover
At handover, the building owner should receive:
- As-built drawings — showing the building as actually constructed, including all services routes
- MEP equipment manuals and warranties
- Lift inspection certificate and maintenance contract
- Generator service manual and fuel arrangements
- CCTV and access control system manuals and login credentials
- Waterproofing guarantees — reputable waterproofing contractors offer 5 to 10 year guarantees
- Structural engineer’s completion statement
- Copy of all NOCs and the Completion Certificate
Tenant Handover
For each individual unit, a separate handover is done with the tenant. A condition report is signed, meter readings noted, keys handed over, and the tenancy formally starts.
If you’re selling units rather than renting, the sale deed (registry) is done with each buyer, and the unit is transferred formally. At this point, your role as developer transitions to building owner or building manager.
Typical Stage 10 Duration: 4 to 8 weeks
Full Project Timeline Summary
Here’s how all stages add up for a typical 6-storey commercial plaza in Islamabad or Rawalpindi:
Stage 1 — Approvals & NOCs: 3 to 8 months
Stage 2 — Site Prep & Excavation: 2 to 6 weeks
Stage 3 — Foundation: 3 to 8 weeks
Stage 4 — Structural Frame: 4 to 8 months
Stage 5 — Masonry & Waterproofing: 6 to 12 weeks
Stage 6 — Roof & Facade: 6 to 10 weeks
Stage 7 — MEP Services: 3 to 5 months (parallel with above)
Stage 8 — Finishing: 2 to 4 months
Stage 9 — Testing & Snagging: 3 to 6 weeks
Stage 10 — Completion & Handover: 4 to 8 weeks
Total realistic timeline: 18 to 30 months
Anyone promising a full commercial plaza in 12 months in Islamabad or Rawalpindi is either skipping the approvals stage, planning to work dangerously fast through construction, or not being honest with you. Plan for 20 to 24 months as your working target.
How Much Does a Commercial Plaza Cost in Islamabad? (2025 Guide)
Construction costs in Pakistan have risen significantly in the past two years. Here’s a realistic guide for 2025:
Structure Only (Foundation to Roof Slab)
PKR 3,500 to 5,500 per square foot of built area. This includes concrete, steel, formwork, and masonry. The variance is due to number of floors (more floors = higher structural cost per sq ft), soil conditions, and concrete specification.
MEP Services
PKR 800 to 2,000 per square foot depending on the quality and complexity of the systems specified. A basic system hits the lower end. Generator, VRF AC, addressable fire alarm, and structured cabling push it higher.
Finishing — Common Areas
PKR 1,500 to 4,000 per square foot for quality common area finishes (lobby marble, suspended ceilings, quality sanitary ware, external cladding).
Total All-In Cost (Excluding Land and NOC Fees)
- Economy specification: PKR 5,000 to 7,000 per square foot
- Mid-range specification: PKR 7,500 to 11,000 per square foot
- High specification (premium plaza): PKR 12,000 to 18,000+ per square foot
For a 6-storey plaza with a 10-marla plot (250 sq m) and roughly 1,200 sq m of built area (approx 13,000 sq ft), a mid-range all-in budget of PKR 10 to 14 crore is realistic in 2025 — excluding land and NOC/professional fees.
Always add 15–20% contingency to any commercial project budget. Material prices, scope changes, and ground condition surprises are real. A contingency isn’t pessimism — it’s professionalism.
Why Choose Fais Construction for Your Commercial Project?
We’re a local team, based in DHA Islamabad. We’ve been working across Islamabad, DHA, Bahria Town, and Rawalpindi for years. We understand the local approval process, the local suppliers, the local weather, and the local challenges that affect construction in the twin cities.
We manage commercial projects from initial planning through to handover — not just the physical construction, but helping you navigate the CDA/RDA process, coordinating with your architect and engineers, managing the supply chain, and keeping you informed at every stage.
We don’t overpromise. We don’t give you the cheapest quote and then hit you with variations. We give you a realistic plan, a realistic budget, and we deliver.
If you’re planning a commercial plaza in Islamabad or Rawalpindi, let’s talk.
We offer free initial consultations. We’ll discuss your plot, your vision, your budget, and give you an honest assessment of what’s achievable.
FAIS Construction | DHA Islamabad | +92 331 7764381 | info@faisconstruction.com | faisconstruction.com
About FAIS Construction
FAIS Construction is a Islamabad-based construction and renovation company with experience across residential and commercial projects in DHA, Bahria Town, F/G/E sectors, and Rawalpindi. We bring international construction standards — shaped by our Manchester background — to every project we deliver in the twin cities.