#1 Hospital Construction Services in Pakistan | ACCO

Building a hospital is not like building a home or an office. The stakes are infinitely higher. A crack in a home’s wall is an eyesore. A crack in a hospital’s wall could harbour bacteria. A delay in office construction costs rent. A delay in hospital construction costs lives. The electrical system in a home trips – inconvenience. The electrical system in a hospital fails – a patient on life support is at risk. Ordinary construction methods are not acceptable for healthcare facilities. Hospitals demand specialized design, engineering, and construction – and contractors who understand the difference.

Ahmed Construction Company (ACCO) delivers that specialized expertise with professional Hospital Construction Services in Pakistan. For over 25 years, we have built healthcare facilities for clients who demand the highest standards of safety, sterility, and reliability. Our portfolio includes hospitals, clinics, diagnostic centres, and medical office buildings. Our notable commercial clients – Meezan Bank, Bata, BUITMS – trust us for quality and reliability. We bring that same institutional-grade precision to every healthcare project.

Hospital construction requires medical planning (patient flow, department adjacencies, infection control zones), specialized MEP systems (medical gases, nurse call, emergency power with automatic transfer, HEPA filtration, temperature/humidity control for sterile zones, medical vacuum, compressed air), structural engineering for heavy equipment (MRI magnets weighing 5-10 tons, CT scanners, linear accelerators, lead-lined rooms for radiation), and finishes that are cleanable, durable, and seamless (no joints for bacteria to hide). ACCO’s integrated team – architects, medical planners, structural engineers, MEP engineers, and construction managers – works together to deliver healthcare facilities that function flawlessly from day one.

What Are Hospital Construction Services in Pakistan?

Hospital Construction Services encompass the complete design, engineering, and construction of healthcare facilities – from small clinics and diagnostic centres to large multi-specialty hospitals, teaching hospitals, and medical campuses. Hospital construction differs from other building types in critical ways: life safety (patients cannot evacuate quickly, so fire protection must be extraordinary), infection control (surfaces must be cleanable and seamless, HVAC must control airborne pathogens, water systems must prevent legionella), medical technology (facilities must accommodate imaging equipment, surgical instrumentation, patient monitoring, medical gas systems, and nurse call systems), operational flow (patient, staff, supply, and waste flows must be separated to prevent cross-contamination), and regulatory compliance (health department codes, fire safety codes, accessibility requirements, and sometimes international accreditation (JCI, ISO) for export patients).

In Pakistan’s growing healthcare sector – with new hospitals opening in DHA Lahore, Bahria Town Karachi, and other premium housing societies – professional hospital construction is essential. A poorly built hospital endangers patients, frustrates staff, and creates legal liability for owners. ACCO’s approach integrates architectural engineering with healthcare-specific knowledge: evidence-based design for patient outcomes (studies show that natural light, views of nature, and quiet environments speed healing), lean operations for staff efficiency (nursing stations positioned for visibility, supply rooms located near point of use, standardized patient rooms for flexibility), and redundant systems for reliability (backup generators, dual-fed electrical, redundant medical gas sources).

Our hospital construction services are turnkey: architectural design (medical planning, patient room layouts, department adjacencies, patient flow), structural engineering (heavy equipment supports, vibration isolation, lead-lined rooms for radiology), MEP engineering (medical gases (oxygen, vacuum, compressed air, nitrous oxide, nitrogen, carbon dioxide), nurse call system (patient to nurse communication, code calls, staff duress), emergency power (generator with automatic transfer switch, UPS for critical loads (life support, IT), whole-facility or zone-based backup), HVAC (HEPA filtration for operating theatres and isolation rooms, pressure relationships (negative pressure for isolation, positive for protective environments), temperature and humidity control for patient comfort and equipment operation), plumbing (medical gas pipeline installation, medical vacuum piping, waste and drainage for clinical areas), fire safety (sprinklers and alarms throughout, fire-rated construction for compartmentation, emergency lighting and egress for mobility-impaired patients), civil works, finishes (seamless, cleanable, chemical-resistant – sheet vinyl flooring, epoxy wall coatings, solid surface countertops, stainless steel in clinical areas), and project management. We also provide architectural drafting and 3D architectural walkthrough for design validation.

ACCO: 25+ Years of Healthcare Construction Excellence

Ahmed Construction Company (ACCO) has been building healthcare facilities for over 25 years. From our Lahore headquarters at Office 2, 3rd Floor, Bigcity Plaza, Gulberg-III, and our Karachi office, we have completed numerous hospital and clinic projects. Our notable commercial clients – Meezan Bank, Bata, BUITMS – include healthcare operators who trust us for specialized facilities. We have built relationships with medical equipment suppliers (imaging, surgical, laboratory), medical gas system installers, and healthcare architects to ensure integrated delivery.

What makes ACCO uniquely qualified for hospital construction is our multi-disciplinary engineering team with healthcare specialization. Our MEP engineers are trained in medical gas systems (piping materials, brazing standards, purity testing, alarm systems). Our structural engineers have designed reinforced slabs for MRI magnets (5-10 ton weight, vibration isolation from building movement, non-ferromagnetic reinforcement (fibreglass or stainless steel rebar) to avoid magnetic interference). Our architects have designed patient rooms for staff efficiency (headwalls with integrated medical gases, power, nurse call, lighting, patient monitor rails) and for patient comfort (family zone, patient zone, staff zone, window placement for daylight, acoustic privacy). We also provide BIM Modeling for complex coordination – medical gas lines must not conflict with electrical or data cabling, and HEPA filter housings require clearance for maintenance.

Our hospital construction coverage includes all major Pakistani cities: DHA (Lahore, Karachi, Islamabad), Bahria Town, Clifton, Gulberg, and other urban centres. We also serve international clients in the UAE, UK, Saudi Arabia, Canada, and USA. When you choose ACCO for Hospital Construction Services in Pakistan, you get healthcare facilities designed and built to save lives – with the engineering and construction quality that patients and staff deserve.

Our Hospital Construction Service Categories

ACCO offers specialized construction services for all types of healthcare facilities. Each service is tailored to medical requirements and regulatory standards.

1. General Hospital Construction (Multi-Specialty)

Complete construction of full-service hospitals including: emergency department (ambulance bay, triage, trauma rooms, resuscitation bays, decontamination for hazmat, fast-track for minor injuries), diagnostic imaging (radiology rooms with lead-lined walls (4-6 mm lead equivalent), MRI room with non-ferromagnetic reinforcement and vibration isolation, fasting RF shielding, CT scan room, ultrasound, mammography, nuclear medicine with radiation safety), operating theatre suite (multiple operating rooms with HEPA-filtered (ISO 5-7) air, positive pressure, temperature/humidity control, scrub stations, sterile instrument processing, anaesthesia workroom, surgeon’s lounge, patient holding area, recovery room (PACU)), patient rooms (private, semi-private, or ward configuration, with headwalls (medical gases, power, nurse call, lighting at head of bed), family accommodation (recliner or sofa bed, small storage), bathrooms with grab bars and emergency call), intensive care unit (open or pod layout, bedside access from all sides, family waiting nearby, isolation rooms with ante rooms for donning/doffing PPE, specialized bariatric rooms for larger patients), laboratory (clinical and pathology with chemical-resistant surfaces, fume hoods, ventilation for biological safety, separate clean/dirty zones, pneumatic tube system connections), pharmacy (sterile compounding (cleanroom with HEPA, laminar flow hoods), secure storage (narcotics safe, temperature-controlled units), separate entry for suppliers, dispensing area for outpatients), rehabilitation (physical therapy and occupational therapy gyms, hydrotherapy pools, accessible design), and administrative and support (medical records with fire-rated storage, IT/server room with redundant cooling, staff lockers and lounges, cafeteria, materials management with loading dock, central sterile supply department, medical gas manifold room). Key considerations: Patient and staff flows must not cross – clean (sterile supply) vs. dirty (waste, soiled linen) corridors separated; public (visitors) vs. patient (inpatients) flows separated.

2. Hospital MEP Systems (Medical Gases, Nurse Call, Emergency Power, HVAC)

Specialized MEP systems essential for hospital operation including: medical gases (oxygen (central tank farm or manifold, piped to patient rooms, ORs, ICUs, ER, copper piping with brazed joints, zone valves for isolation, alarm system for low pressure), medical vacuum (central pumps, copper piping, zone valves, alarms), compressed air (medical grade, oil-free compressors, air dryers, alarms), nitrous oxide (for anaesthesia, central supply, piping in ORs, scavenging system for waste gas), and other gases (carbon dioxide, nitrogen as required for specific equipment), medical gas system installation (copper piping (type L or K) cleaned for oxygen service, brazing with nitrogen purging, system testing (pressure test, purity test, cross-connection test, alarm test), licensed medical gas installers required), nurse call system (patient stations at each bed (call button, pull cord in bathrooms, staff pendant or wall stations, corridor lights and annunciator panels, nurses’ station master console with patient location display, code call and staff duress buttons), emergency power (generator (or dual generators for redundancy) sized for entire hospital or essential loads, automatic transfer switches (tested weekly), UPS for critical loads (life support, monitors, computers, some lighting) – UPS provides power until generator starts (seconds, not minutes), distribution (life safety branch (egress lighting, fire alarms), critical branch (ORs, ICUs, patient rooms, nurse stations), equipment branch (heating, ventilation, some equipment not life-critical)), HVAC (HEPA filtration (operating theatres, ICUs, protective environments, laminar flow systems for orthopaedic and transplant ORs), pressure relationships (negative pressure rooms for airborne isolation (TB, COVID) – air flows into room, exhausts through HEPA before discharge; positive pressure rooms for protective environments (immunocompromised patients) – air flows out of room, HEPA-filtered supply; ante rooms for transitions (wash hands, change PPE, airlock between patient corridor and isolation room), temperature and humidity control (patient comfort, equipment operation (imaging, lab), infection control (humidity 30-60%), high air change rates (ORs: 15-20 air changes per hour, patient rooms: 6), also humidity control for ORs (low humidity reduces infection risk) but not too low (static electricity and patient comfort), fresh air requirements (minimum outside air for occupant health and air quality), and exhaust for soiled rooms (airborne infection isolation rooms, lab fume hoods, kitchen exhaust). Learn more about our MEP engineering capabilities for healthcare.

3. Imaging Suite & Operating Theatre Construction

Specialized rooms for diagnostic imaging and surgery including: MRI suite (magnetic shielding (copper or aluminium foil in walls, floor, ceiling to contain magnetic field), non-ferromagnetic reinforcement (fibreglass or stainless steel rebar, aluminium or brass fasteners, no ferrous metals near magnet), vibration isolation (MRI magnet is 5-10 tonnes, requires isolated slab on springs or neoprene pads to avoid building vibrations), RF shielding (copper or galvanized steel enclosure to block external radio frequencies – hospital has many sources (WiFi, mobile phones, broadcast), also quench pipe (emergency helium vent to outside – MRI magnet is cryogenically cooled with liquid helium, if quenched (rapid evaporation), helium expands 700x and displaces oxygen – pipe to outside required) and MRI conditional equipment (compatibility with magnetic field), CT and X-ray rooms (lead-lined walls (1-3 mm lead equivalent for standard X-ray, 2-4 mm for CT, higher for angiography), lead-lined door with warning light (X-ray on sign), lead glass window for direct observation, radiation protection for staff (control room separated, radiation monitors, structural shielding calculations by medical physicist, shielding design for scatter radiation, not just primary beam), linear accelerator suite (thicker concrete walls or additional lead, neutron shielding (for high-energy LINACs (>10MV), maze entrance (non-linear path to reduce door shielding weight), interlocks for safety, emergency power (LINAC safe shutdown requires power), also radiation survey after construction), operating theatre suite (HEPA-filtered supply (ISO 5-7 level), laminar flow diffuser (unidirectional air for orthopaedic/mixed for others), positive pressure (air flows out of OR to corridor – keeps out contaminants), temperature (18-22°C) and humidity (30-60% OR, tighter ranges 40-55% for implant surgery), scrub stations (sink with knee, elbow, or motion control, sterile water option, timer), surgical lights (ceiling-mounted, shadowless, high colour rendering index (CRI) >90, integrated camera and monitor), boom (for ceiling-mounted equipment: monitors, surgical lights, gas/electric services), integration with imaging (C-arm, intraoperative MRI/CT), and vibration control for sensitive equipment).

4. Healthcare Finishes – Cleanability & Infection Control

Specialized finishes for healthcare environments including: flooring (sheet vinyl (seamless welded installation – no joints for bacteria to hide, cove base (curved transition from floor to wall – eliminates 90-degree corner), ESD control for operating theatres (conductive vinyl for static dissipation), fluid-resistant, chemical-resistant (cleaning agents), underfloor access (optional for flexible reconfi), antimicrobial additives (silver or copper ions in vinyl – reduces bacteria survival), also fluid-resistant carpet for patient rooms if desired, floor leveling (perfection needed for welding seams)), wall finishes (epoxy paint (high-durability, washable, chemical-resistant, seamless), fibreglass reinforced panels (FRP – impact-resistant, hygiene, seamless, smooth), stainless steel (operating theatre walls (lower zones), scrub sinks, countertops, durable, cleanable), scrub stations may be type 304 or 316 stainless steel for corrosion resistance), solid surface or quartz vanity tops (non-porous, seamless joints, integral sinks), also glass boards (dry-erase for patient communication), demountable partitions (flexible for reconfi), wall protection (corner guards (vinyl or stainless steel to protect from gurneys and carts), wall rails (bumper guards at gurney height), headwalls (integrated modules: medical gases (4-6 outlets), power (8-16 outlets), nurse call, lighting (reading light, exam light, night light), patient monitor rack for mounting monitors, accessories (IV hangers, shelves, table), headwalls pre-wired/pre-plumbed in factory for fast on-site install), and handwashing stations (elbow or knee controls, or motion-sensor, soap and paper towel dispensers (touchless), these are in patient rooms (staff hand hygiene before/after contact), ICUs (every bed), ORs (scrub sinks separate), isolation rooms (ante rooms), also handwashing sinks are separate from patient use sinks (biohazard considerations).

ACCO vs. General Contractors: The Healthcare Construction Difference

Hospital construction requires specialized knowledge. General contractors lack this. Here is why ACCO’s Hospital Construction Services in Pakistan deliver safe, compliant medical facilities.

Our Hospital Construction Process

ACCO follows a rigorous, healthcare-specific process for every Hospital Construction Services in Pakistan project. Patient safety and operational readiness are paramount.

1. Consultation & Medical Planning: We meet with hospital owners, administrators, clinicians, and department heads to understand clinical programs (services offered, patient volumes, staffing models), operational requirements (patient flow, supply chain, waste management), equipment needs (imaging, surgical, lab, patient monitoring), regulatory requirements (health department, fire safety, building codes, accreditation if any), and budget and timeline.
2. Architectural Design & Medical Planning: Our architects and medical planners develop: adjacency diagrams (departments that need close proximity (ER to imaging to OR), departments that should be separated (clean/sterile vs. dirty/infectious)), patient flow diagrams (outpatient, inpatient, emergency, surgical, visitor), staff and supply flow diagrams (sterile processing route, waste removal route, staff entrances, laboratory specimen transport), department layouts (ER: triage, fast-track, trauma, radiology, lab, observation; OR suite: multiple ORs, scrub, sterile processing, anesthesia, recovery; patient unit: nursing station visibility, patient rooms, family waiting, nourishment area, clean/soiled utility rooms, med prep, staff lounge), and equipment planning (coordination with equipment vendors for space, utilities, structural, shielding, MRI/CT/OR). We produce architectural drafting and 3D architectural walkthrough designed for clinical review.
3. Engineering, MEP, Medical Gases, Nurse Call: Structural engineering (heavy equipment, vibration, shielding), MEP (normal, critical, life safety power distribution), medical gases (system design, piping, alarms, zone valves, certification plan), nurse call (station locations, call coverage, integration with other systems (code, duress, bed management, EMR)), HVAC (HEPA, pressure, air change rates, temperature/humidity, fresh air, exhaust, testing and balancing, certification), fire safety (sprinklers, detection, alarm, egress for mobility-impaired, compartmentation, fire-rated doors and walls).
4. BIM Coordination & Clash Detection: We build a detailed BIM model coordinating architecture, structure, MEP, medical gases, nurse call, equipment, radiation shielding. We resolve clashes (medical gas line through beam, HEPA filter housing blocking light fixture). We share the model with you and equipment vendors.
5. Permitting & Approvals: We handle health department approvals (facility design review, medical gas system plan review, infection control risk assessment (ICRA) for construction), fire department approval, building permit, local zoning, and any accreditation documentation.
6. Construction (Phased to Minimize Disruption for Renovations): We execute construction: foundations, structure, enclosure. For hospital renovations, we phase work to keep departments operational, provide infection control barriers, and schedule noisy/dusty work during low-occupancy hours (nights, weekends). We maintain negative pressure in construction zones, HEPA vacuums, daily cleaning to prevent dust spread and mould.
7. MEP, Medical Gas, Nurse Call Installation, Finishes: We install all systems: electrical (normal, critical, life safety), plumbing (clinical and domestic), medical gases (copper brazed by certified installers, tested, certified, alarms, zone valves, labeled, isolated). Nurse call (stations, pendants, corridor lights, master console, programmed, zones tested). HVAC (air handlers, HEPA filters, ductwork, room pressurization, temperature/humidity sensors, BMS integration). Finishes: sheet vinyl flooring (seam welded, cove base), epoxy paint, FRP, stainless steel, solid surface. Headwalls pre-wired/pre-plumbed installed at patient beds.
8. Equipment Installation & Testing: We coordinate delivery and installation of medical equipment (MRI, CT, X-ray, surgical lights and booms, patient monitors, ventilators, infusion pumps, lab analyzers, pharmacy hoods). We provide required utilities, structural support, shielding, medical gases, data, and testing.
9. Commissioning, Certification & Handover: We test all systems: medical gases certified (pressure, purity, cross-connection, alarm), nurse call programmed, zones tested, integration with other systems tested, HVAC certified (HEPA filter testing, room pressurization, air change rates, temperature/humidity, fresh air), emergency power (generator load test, ATS transfer test, UPS runtime test), fire alarm and sprinkler test, imaging suite shielding survey (by medical physicist for lead equivalency, RF shielding effectiveness, MRI site planning once magnet installed for fringe field, acoustic noise). Chamber of commerce? Licensing authority. We provide as-built drawings (BIM model with O&M data, equipment manuals, warranties, spare parts list, maintenance schedules).

Why Pakistani Healthcare Providers Choose ACCO

Building or renovating a hospital is a life-critical investment. Patients, families, and regulators demand the highest standards. Healthcare administrators choose ACCO because we understand that construction quality directly impacts patient safety. A medical gas system installed incorrectly can kill. An HVAC system that does not maintain pressure relationships can spread infection. An electrical failure during surgery can endanger lives. These are not abstract risks – they are daily realities in healthcare construction. ACCO’s specialized expertise mitigates these risks.

Our healthcare clients include hospital owners, healthcare systems, diagnostic centre operators, and medical practice groups. They choose ACCO for our experience, our integrated team (medical planners, engineers, builders), our quality systems, and our commitment to compliance (health codes, fire codes, building codes). View our healthcare portfolio to see facilities we have built for providers across Pakistan. We are registered with the Pakistan Engineering Council (PEC) and our architects with PCATP – your hospital is designed and supervised by licensed professionals.

ACCO by the Numbers: Healthcare Construction Track Record

Here is ACCO’s measurable performance in Hospital Construction Services in Pakistan:

• 25+ years of construction experience, with increasing healthcare specialization over the last decade.
• 20+ healthcare facilities completed (hospitals, clinics, diagnostic centres, medical office buildings).
• 100% in-house engineering – including medical gas system design, nurse call integration, emergency power coordination, and HVAC for infection control.
• Licensed medical gas installers on staff or under contract – copper brazing, nitrogen purging, pressure/purity/cross-connection testing, alarm setup, zone valves, certification.
• Medical physics partners for radiation shielding calculations and post-installation surveys (lead equivalency, RF shielding, MRI site planning).
• Typical hospital timeline: 18-24 months for a 50-100 bed hospital (design to handover).
• 2 major offices in Lahore (Gulberg-III) and Karachi, with nationwide coverage.
• 5+ countries served for healthcare clients with international operations.
• PEC registered, PCATP registered, plus medical gas installer certifications – your hospital is built to healthcare standards.

Frequently Asked Questions About Hospital Construction in Pakistan

1. What is architectural engineering and why does my hospital need it?

Architectural engineering applies engineering principles to building design. For hospitals, this means: medical gas system engineering (piping materials, brazing standards, testing protocols, alarm requirements, zone valve placement), HVAC engineering for infection control (pressure relationships, HEPA filtration, air change rates, humidity control, exhaust systems, testing, certification), electrical engineering for life safety (generator sizing, automatic transfer, UPS for life support and IT, distribution to life safety, critical, equipment branches), structural engineering for heavy imaging equipment (vibration isolation, non-ferromagnetic reinforcement for MRI, lead-lined walls, and their support), and radiation shielding engineering. Without architectural engineering, hospitals are unsafe and non-compliant. ACCO’s healthcare projects are engineered for patient safety.

2. How do I get a floor plan designed for a hospital or clinic?

Contact ACCO via phone (+92 322 800 0190), email (info@acco.com.pk), or our Contact Us page. We schedule a consultation with your clinical leadership. Our medical planners develop patient flow and department adjacency diagrams, then produce functional home floor plan (adapted for healthcare) and department layouts. We iterate until the design meets your clinical needs. Then we develop architectural drawings and 3D architectural walkthrough for your review.

3. What is the difference between architectural design and structural engineering for a hospital?

Architectural design for hospitals creates the patient flow, department adjacencies, infection control zoning, and functional layouts. Structural engineering for hospitals designs foundations and slabs for heavy equipment (MRI, CT, linac, surgical lights and booms), provides vibration isolation for sensitive imaging, and designs lead-lined walls and their support. Both are essential. ACCO provides both in-house, coordinated.

4. Do you provide 3D walkthroughs for hospital designs?

Absolutely. Every healthcare project includes a 3D architectural walkthrough showing patient and staff flows (you can simulate a patient entering the ED, going to imaging, then to the OR, then to a patient room), department adjacencies, patient room layouts, operating theatres, and imaging suites. This is essential for clinical staff to validate the design before construction.

5. Can ACCO build commercial plazas and homes as well as hospitals?

Yes. ACCO’s portfolio includes commercial (Meezan Bank branches, Bata showrooms), residential (luxury homes, housing schemes), industrial (warehouses, factories), educational (BUITMS campus), and healthcare (hospitals, clinics). Our healthcare specialization is an extension of our multi-disciplinary engineering capability – not our only focus. Learn more about our engineering capabilities for different building types.

6. How long does hospital construction take in Pakistan?

Timelines vary by size and complexity. A small 20-bed clinic (new construction) takes 12-18 months from design to handover. A 50-bed general hospital takes 18-24 months. A 100+ bed multi-specialty hospital takes 24-36 months (or more for large teaching hospitals, if phased). Renovations of occupied hospitals take longer due to phasing, infection control, and working around clinical operations (often 12-24 months depending on scope). ACCO provides a detailed schedule during consultation.

7. Do you handle approvals from health departments and other regulators?

Yes, completely. ACCO handles health department approvals (facility design review, medical gas system plan review, infection control risk assessment (ICRA) during construction, final inspection), fire department approval, building permit from development authority, and any accreditation documentation (JCI, ISO) required. We have relationships with these authorities – approvals are faster with experienced submittals.

8. How much does hospital construction cost in Pakistan?

Hospital construction costs vary dramatically by size, location, systems, finishes, and medical equipment included. As of 2025, approximate ranges (excluding land, medical equipment purchase, professional fees): Basic clinic (examination rooms, basic lab, small pharmacy, low finish level): PKR 10,000-15,000 per square foot built area. Standard hospital (patient rooms, OR suite, imaging (X-ray, ultrasound), lab, pharmacy, moderate finishes, basic medical gases, generator backup): PKR 15,000-25,000 per square foot. Advanced hospital (multi-specialty, MRI/CT, multiple ORs (2+), ICU, full medical gases, nurse call, HEPA for OR/ICU, full generator, UPS, high finishes): PKR 25,000-40,000 per square foot. Tertiary/quaternary care (advanced imaging (3T MRI, dual-source CT, PET-CT, nuclear medicine), multiple ORs (4+), cath lab, interventional radiology, robotics, full automation, JCI-level finishes): PKR 40,000-60,000 per square foot or higher. These are guidelines only. Contact ACCO for a detailed, fixed-price proposal based on your specific clinical programs, equipment plans, and quality level.

Ready to Build a Healthcare Facility That Saves Lives? Contact ACCO Today

Hospitals are the most complex buildings to construct. They demand specialized knowledge of medical planning, infection control, medical gases, emergency power, and regulatory compliance. With ACCO’s professional Hospital Construction Services in Pakistan, you get healthcare facilities that are safe, efficient, compliant, and built to the highest standards.

From medical planning and 3D architectural walkthrough to medical gas certification and final handover, ACCO delivers hospitals that serve patients and support staff. We are the same firm trusted by Meezan Bank, Bata, and BUITMS – and by healthcare providers who demand the best. Our 25+ years of architectural design services in Pakistan and multi-disciplinary engineering ensure your hospital is built to save lives.

Call us today at +92 322 800 0190 or +923 111 749 849 to schedule your healthcare consultation. You can also email info@acco.com.pk or visit our Contact Us page to request a proposal. Visit our Lahore office at Office 2, 3rd Floor, Bigcity Plaza, Gulberg-III. We serve healthcare providers nationwide and internationally.

Ready to build a facility that heals? ACCO is ready to construct your hospital. Let us build the foundation of better healthcare in Pakistan.