Hospital Construction Cost Per Sq Ft in India: Cost Breakdown & Planning Guide

Understanding Hospital Construction Cost Per Sq Ft in India

Planning a hospital requires a clear understanding of the investment involved, and construction cost is one of the most important parts of the overall project budget.

However, estimating the cost of building a hospital is not as straightforward as calculating the construction cost of a residential or commercial building. A hospital requires specialised infrastructure, clinical spaces, engineering systems, safety provisions, medical equipment support and operational facilities that directly influence the overall development cost.

A general hospital, a multispeciality hospital and a tertiary-care facility may have significantly different construction requirements, even when their built-up areas are similar.

For doctors, healthcare entrepreneurs, investors and hospital owners, understanding the hospital construction cost per sq ft in India is an important starting point. It helps establish an initial budget, compare development options and identify the major expenses that need to be considered before construction begins.

The actual investment depends on several factors, including hospital type, bed capacity, built-up area, location, structural requirements, departmental planning, engineering specifications and the level of clinical infrastructure.

This guide explains hospital building construction costs in India, the major cost components, factors affecting per-square-foot rates, infrastructure requirements and how to prepare a realistic budget for a hospital construction project.

1. What Is the Hospital Construction Cost Per Sq Ft in India?

Hospital construction cost per square foot refers to the estimated expenditure required to develop a hospital building over a defined built-up area.

However, the term can mean different things depending on what is included in the estimate.

A basic building construction estimate may cover:

• Excavation and foundation work

• RCC structural work

• Masonry and plastering

• Flooring and wall finishes

• Doors and windows

• Basic plumbing

• Electrical installations

• Painting and finishing

A hospital-grade construction estimate may additionally include:

• Specialised HVAC systems

• Fire detection and firefighting infrastructure

• Medical gas pipeline systems

• Emergency power arrangements

• Clinical-area electrical provisions

• Specialised flooring and wall finishes

• Additional plumbing and drainage requirements

• Equipment-related structural and engineering provisions

A complete hospital development budget goes further and may include medical equipment, furniture, IT systems, professional consultancy, statutory requirements, pre-opening expenses and other project-related costs.

These categories should not be treated as interchangeable.

1.1 Understanding the Difference Between Building Cost and Total Hospital Project Cost

Before comparing any hospital construction quotation, it is important to establish what the quoted rate actually covers.

The final project investment can therefore be considerably different from the basic building construction rate.

This distinction is particularly important when evaluating quotations from contractors, architects and hospital infrastructure consultants.

2. How Much Does Hospital Construction Cost Per Sq Ft?

There is no single construction rate applicable to every hospital in India.

For preliminary budgeting, it is useful to distinguish between a basic building estimate, a hospital-grade building with clinical infrastructure and a more comprehensive hospital development package.

Published benchmarks provide useful reference points, but they should not be treated as fixed contractor quotations.

For example, the Central Public Works Department's Plinth Area Rates 2025 lists a hospital building rate of ₹31,990 per square metre for an RCC-framed structure up to six storeys with a 3.60-metre floor height. This is approximately ₹2,972 per sq ft.

This is a government preliminary-estimation benchmark under specified assumptions, not an all-inclusive private hospital development rate.

A separate CBRE Research report, India Construction Cost Trends 2024–25, published in March 2025, reported hospital greenfield construction benchmarks for 2024 of:

• Delhi NCR: ₹5,970–₹6,600 per sq ft

• Mumbai: ₹7,090–₹7,840 per sq ft

• Bengaluru, Hyderabad and Chennai: ₹5,720–₹6,330 per sq ft

• Pune: ₹5,790–₹6,400 per sq ft

These figures are based on built-up area. CBRE states that its estimates include contingency but exclude escalation and GST.

The two benchmarks use different estimation approaches and should not be compared as identical project scopes.

For an actual hospital project, the construction estimate should be prepared after establishing the built-up area, clinical programme, specifications, engineering systems and procurement responsibilities.

An important point: These published benchmarks are reference figures from different estimation bases and periods, not guaranteed 2026 market rates. Actual project quotations need to be validated against current local prices, drawings and specifications.

3. What Is Included in Hospital Building Construction Cost?

A hospital building involves several interconnected construction and infrastructure components. Each needs to be considered during the initial estimation process.

i. Civil and Structural Construction

Civil and structural work forms the foundation of the hospital building.

Depending on the project, this may include:

• Site clearance and excavation

• Earthwork and foundation

• RCC columns, beams and slabs

• Structural framing

• Masonry and partition walls

• Staircases and lift shafts

• Roofing and waterproofing

• Plastering

• Flooring base preparation

• External development

• Boundary walls and site works

The structural requirements depend on soil conditions, building height, floor loading, basement provisions and future expansion plans.

Hospitals may also require additional structural considerations for heavy medical equipment, specialised diagnostic areas and equipment installation.

For example, a diagnostic facility with advanced imaging equipment may require specific structural provisions and equipment-related planning that would not normally apply to an ordinary office building.

ii. Electrical Infrastructure

Electrical infrastructure is essential for maintaining continuous hospital operations.

A hospital's electrical system must support ordinary building loads as well as critical clinical equipment and essential services.

The scope may include:

• Main electrical panels

• Distribution boards

• Transformers

• Internal wiring

• Cable trays

• Lighting systems

• Emergency lighting

• DG backup systems

• UPS arrangements

• Earthing and lightning protection

• Essential power distribution

• Electrical provisions for medical equipment

Critical areas such as ICUs, operating theatres, emergency departments and diagnostic facilities may require additional electrical provisions.

The electrical load should be calculated based on the planned departments, equipment schedule, HVAC requirements and expected operational demand.

iii. HVAC and Ventilation Systems

Heating, ventilation and air conditioning systems are particularly important in hospital buildings because different clinical departments have different environmental requirements.

The HVAC scope may include:

• Chillers or other cooling systems

• Air handling units

• Ducting

• Ventilation systems

• Exhaust systems

• Filtration arrangements

• Temperature control

• Humidity control

• Pressure-control arrangements

• Specialised ventilation for clinical areas

Operating theatres, isolation rooms, ICUs and other specialised departments may require specific ventilation and environmental-control provisions.

The HVAC design should therefore follow the clinical function of each space rather than applying the same system throughout the building.

iv. Plumbing and Water Management

Hospitals have substantial water requirements across clinical, patient-care, sanitation and support areas.

The plumbing and water infrastructure may include:

• Water storage tanks

• Water distribution systems

• Pumps

• Internal plumbing

• Hot-water systems

• Sanitary installations

• Drainage

• Sewage treatment

• Rainwater management

• Specialised water treatment where required

Departments such as dialysis, laboratories, CSSD and other specialised clinical areas may have additional water-quality or treatment requirements.

These should be identified during planning to avoid changes after construction.

v. Fire Detection and Firefighting Systems

Fire and life safety provisions are an important part of hospital infrastructure.

The scope may include:

• Fire detection systems

• Smoke detectors

• Fire alarm panels

• Sprinkler systems

• Hydrant systems

• Wet risers

• Fire extinguishers

• Fire pumps

• Emergency exits

• Fire-rated doors

• Smoke management systems

• Fire command and monitoring arrangements

The applicable requirements depend on the building design, occupancy, height, local regulations and other project-specific conditions.

Fire safety should be integrated into the architectural and engineering design from the beginning rather than treated as a separate installation near project completion.

vi. Medical Gas Pipeline Systems

Medical gas infrastructure supports several critical clinical departments.

Depending on the hospital's services, the system may include:

• Medical oxygen

• Medical air

• Vacuum

• Nitrous oxide

• Other required medical gases

• Manifold arrangements

• Gas pipeline distribution

• Zone valve boxes

• Alarm systems

• Terminal outlets

The medical gas network needs to be planned according to the clinical department layout, patient-care requirements and applicable technical standards.

A hospital with extensive critical-care facilities and multiple operating theatres may have considerably different medical gas requirements from a smaller facility.

vii. Hospital Interiors and Specialised Finishes

Hospital interiors must support clinical operations, patient safety, cleaning and maintenance.

The requirements vary between departments.

For example:

• General wards require durable and easy-to-maintain finishes.

• Operating theatres require specialised clinical finishes and coordinated infrastructure.

• ICUs need carefully planned electrical, medical gas and equipment arrangements.

• Diagnostic areas may require specialised shielding or other technical provisions.

• OPD areas need appropriate consultation spaces, waiting areas and patient circulation.

The interior scope may include:

• Flooring

• Wall finishes

• Ceiling systems

• Partitions

• Doors

• Built-in furniture

• Counters

• Clinical storage

• Specialised wall panels

• Signage and wayfinding

The cost should be estimated department-wise because applying one standard interior rate to the entire hospital can result in an inaccurate budget.

4. Major Factors Affecting Hospital Construction Cost Per Sq Ft

Two hospitals with similar built-up areas may have very different construction budgets.

The difference generally comes from their clinical requirements, technical specifications, site conditions and development strategy.

i. Type of Hospital

The proposed hospital model is one of the first factors affecting construction cost.

A general hospital, maternity hospital, multispeciality hospital and super-speciality facility require different departmental arrangements and infrastructure.

A hospital focused mainly on OPD, general wards and basic diagnostics may have a different construction scope from a facility with multiple operating theatres, advanced imaging, intensive care and specialised treatment departments.

The project should therefore be estimated according to its actual clinical services rather than using a generic hospital rate.

ii. Bed Capacity and Built-Up Area

Bed capacity influences the size of the facility, but it does not independently determine the construction cost.

The built-up area depends on more than the number of inpatient beds.

It also includes:

• OPD departments

• Emergency services

• Operating theatres

• ICU and critical-care areas

• Diagnostic departments

• Laboratories

• Pharmacy

• Administration

• Patient amenities

• Staff facilities

• Circulation

• Engineering and utility areas

A 100-bed hospital with extensive critical-care and diagnostic facilities may require a very different space programme from a 100-bed hospital with a simpler clinical model.

This is why bed capacity and built-up area should be evaluated together.

iii. Location of the Hospital Project

Construction costs can vary between cities and even between different locations within the same city.

Important considerations include:

• Local material prices

• Labour availability

• Contractor availability

• Transportation costs

• Site accessibility

• Soil conditions

• Local construction practices

• Statutory requirements

• Availability of specialised vendors

A hospital project in a metropolitan area may have different procurement and labour costs from a project in a tier-2 or tier-3 city.

However, location alone does not determine the final cost. The building specifications and hospital infrastructure requirements remain equally important.

iv. Building Height and Structural Design

The number of floors can influence the construction budget through changes in:

• Foundation requirements

• Structural design

• Lift systems

• Fire safety provisions

• Vertical transportation

• Plumbing distribution

• Electrical distribution

• HVAC arrangements

Basements, rooftop services, specialised structural provisions and future expansion requirements can also affect the estimate.

A hospital should be designed around its functional and operational needs rather than simply trying to maximise the number of floors.

v. Clinical Department Requirements

Different hospital departments have different space and infrastructure requirements.

For example, an operating theatre requires specialised ventilation, medical gases, electrical infrastructure, equipment arrangements and clinical finishes.

A general ward has a different technical scope.

Similarly, diagnostic imaging departments may require equipment-specific room planning, structural considerations and radiation shielding where applicable.

The number and type of specialised departments can therefore influence both the building construction cost and the overall hospital development budget.

vi. Quality of Materials and Specifications

The selection of construction materials and finishes also affects the overall expenditure.

Important decisions include:

• Flooring materials

• Wall finishes

• Doors and windows

• Ceiling systems

• Plumbing fixtures

• Electrical components

• HVAC equipment

• Fire safety systems

• Interior materials

• Clinical-area finishes

The objective should be to select specifications that meet the intended operational, safety, durability and maintenance requirements.

Choosing materials only on the basis of their initial purchase price may not always produce the most economical long-term result.

vii. Medical Equipment Requirements

Medical equipment planning can influence the construction budget even before equipment is purchased.

Equipment may require:

• Specific room dimensions

• Higher floor-loading capacity

• Special electrical provisions

• Dedicated HVAC arrangements

• Medical gas connections

• Plumbing

• Shielding

• Equipment access routes

• Structural modifications

These requirements should be identified during the architectural and engineering stages.

Medical equipment procurement should also be presented separately in the financial estimate so that building construction rates are not confused with equipment investment.

viii. Site Conditions and Existing Infrastructure

The condition of the land can significantly affect construction expenditure.

Some sites may require:

• Additional excavation

• Soil improvement

• Pile foundations

• Retaining walls

• Drainage development

• Site levelling

• Additional utility connections

• Road and access development

Existing buildings may also require structural assessment, modifications and infrastructure upgrades before they can support hospital operations.

A site assessment should therefore be completed before finalising the construction budget.

5. Hospital Construction Cost Breakdown: Where Does the Money Go?

A useful hospital construction estimate should divide the project into identifiable cost packages.

The following table provides a practical framework for preparing the budget.

Not every project will require the same scope or procurement arrangement.

For example, some hospital owners may appoint separate contractors for civil work, MEP and interiors, while others may use a more integrated contracting structure.

The estimate should clearly identify which components are included in the main construction contract and which will be procured separately.

6. Does Hospital Construction Cost Differ Between General, Multispeciality and Super-Speciality Hospitals?

Yes. The clinical model has a direct influence on the building and infrastructure requirements.

i. General Hospital

A general hospital may primarily provide:

• General medicine

• General surgery

• Obstetrics and gynaecology

• Paediatrics

• General wards

• Emergency services

• Basic diagnostics

• Laboratory services

The infrastructure requirements depend on the number of beds, service scope and the intended level of clinical care.

ii. Multispeciality Hospital

A multispeciality hospital may include several additional clinical departments, such as:

• Orthopaedics

• Cardiology

• Neurology

• Urology

• Nephrology

• Gastroenterology

• ENT

• Ophthalmology

• Advanced imaging

• Multiple operating theatres

• Intensive care

The combination of these departments affects space allocation, equipment requirements, patient circulation and engineering infrastructure.

iii. Super-Speciality Hospital

A super-speciality hospital may require more advanced clinical infrastructure, depending on its treatment model.

This can include:

• Advanced critical care

• Specialised operating theatres

• Cath labs

• Advanced imaging

• Specialised diagnostic facilities

• Dedicated treatment units

• Advanced medical gas infrastructure

• More complex electrical and HVAC systems

The important point is that a higher level of specialisation does not automatically mean every square foot will cost more. The actual difference depends on the number of specialised areas, their specifications and the proportion of the building allocated to them.

7. How to Calculate Hospital Construction Cost?

The basic calculation is straightforward.

Estimated building construction cost = Total built-up area × Estimated construction rate per sq ft

However, the calculation is only meaningful when the built-up area and construction scope are clearly defined.

Consider a hypothetical example.

A proposed hospital has a planned built-up area of 50,000 sq ft.

If the preliminary building construction rate is assumed to be ₹3,500 per sq ft:

50,000 × ₹3,500 = ₹17,50,00,000

The estimated building construction amount would therefore be ₹17.5 crore.

This is an illustrative calculation, not a market quotation or a recommended construction rate.

The estimate would need to be revised after preparing the architectural design, structural requirements, MEP scope, clinical infrastructure specifications and BOQ.

Additional project expenses may include medical equipment, furniture, IT infrastructure, professional fees, applicable taxes, statutory costs and pre-opening expenditure, depending on what has been included in the original rate.

7.1 Why Built-Up Area Matters

The built-up area should be calculated from the actual floor plans and applicable measurement rules.

It should not be confused with:

• Carpet area

• Net usable clinical area

• Plot area

• Total land area

A hospital includes circulation spaces, walls, shafts, utility rooms, service areas and other supporting spaces.

If the area calculation is inaccurate, the resulting construction estimate will also be inaccurate.

8. What Is the Difference Between Hospital Construction Cost and Cost Per Bed?

Cost per bed is another common method used during preliminary hospital investment planning.

However, it should not be treated as a replacement for detailed construction estimation.

For example, two 100-bed hospitals may have different built-up areas and investment requirements because of their clinical scope.

One may have:

• More general wards

• Fewer specialised departments

• Limited critical-care facilities

Another may have:

• Multiple ICUs

• Several operating theatres

• Advanced diagnostics

• Specialised treatment facilities

Even though both have the same number of beds, their infrastructure requirements may differ considerably.

A more reliable approach is to evaluate:

1. Total planned bed capacity

2. Department-wise space requirements

3. Total built-up area

4. Construction specifications

5. Engineering infrastructure

6. Medical equipment requirements

7. Overall project investment

For a more detailed discussion of hospital investment planning, read our guide on 100-bed hospital construction cost in India.

9. How to Prepare a Realistic Hospital Construction Budget

A hospital construction budget should be developed in stages rather than relying on one preliminary rate.

1. Define the Hospital Project

Establish the proposed hospital type, bed capacity, specialties, clinical services and operational objectives. The project scope should be sufficiently clear before estimating the building requirements.

2. Conduct a Feasibility Study

Assess the healthcare demand, site suitability, financial viability, investment capacity and proposed operating model. A feasibility study helps establish whether the proposed development is practical before substantial capital is committed.

3. Prepare the Functional and Space Plan

Identify the departments, rooms, beds, clinical areas, support spaces and circulation requirements. This provides the basis for estimating the total built-up area.

4. Develop Architectural and Engineering Designs

Prepare coordinated architectural, structural, electrical, HVAC, plumbing, fire safety and medical gas designs. The level of design development should be sufficient to establish a reliable construction scope.

5. Prepare the BOQ and Technical Specifications

A detailed Bill of Quantities helps identify the work items, quantities, materials and specifications involved in the project. It also provides a structured basis for comparing contractor quotations.

6. Obtain and Compare Contractor Quotations

Contractor quotations should be evaluated against the same drawings, specifications and scope of work. A lower quotation is not necessarily more economical if important items have been excluded.

7. Include Project Contingency

A realistic budget should account for project-specific uncertainties, including possible changes in quantities, site conditions, procurement and construction requirements. The contingency provision should be determined according to the project stage and the level of design certainty.

8. Plan Procurement and Project Execution

The procurement schedule should consider the availability and delivery timelines of specialised systems, construction materials, medical equipment and other essential components. This helps align procurement with the construction programme.

10. Common Mistakes When Estimating Hospital Construction Cost

Several budgeting mistakes can create problems during hospital development.

1. Using a Generic Per-Square-Foot Rate

A rate taken from another hospital project may not reflect the proposed facility's clinical scope, building specifications or infrastructure requirements.

2. Ignoring MEP and Specialised Infrastructure

Electrical, HVAC, fire safety, medical gases and other hospital-specific systems should be considered during initial estimation. Leaving these items out can create a significant difference between the initial and final project budgets.

3. Planning Medical Equipment Too Late

Medical equipment can influence room dimensions, structural provisions, electrical loads and engineering services. Late equipment decisions can result in avoidable modifications.

4. Underestimating Common and Support Areas

A hospital requires more than patient rooms and clinical departments. Circulation, utilities, engineering spaces, storage, staff facilities and other supporting areas also need to be planned.

5. Comparing Incomplete Contractor Quotations

Different contractors may quote for different scopes. Without common drawings, specifications and BOQs, a direct comparison can be misleading.

6. Ignoring Future Expansion

A hospital may need additional beds, departments or services in the future. Expansion possibilities should be considered during the initial planning stage wherever practical.

7. Treating Construction as the Entire Project Investment

A completed building is not automatically a functioning hospital. Medical equipment, furniture, staffing, licensing, commissioning and pre-opening expenses must also be considered in the overall financial plan.

11. How Location Affects Hospital Construction Cost in India

The location of a hospital project influences both construction expenditure and the availability of specialist resources.

A project in a metropolitan city may have access to a wider range of specialised contractors and suppliers, but labour, logistics and certain material costs may also be higher.

In tier-2 and tier-3 cities, local procurement conditions, availability of skilled labour, transportation and specialist vendor access may influence the project estimate differently.

For hospital projects in Kolkata and other parts of West Bengal, the cost assessment should consider local material rates, site conditions, contractor availability and the proposed clinical infrastructure.

Similarly, projects in Hyderabad and across Telangana may require location-specific assessment of development regulations, building specifications and specialist infrastructure requirements.

For healthcare entrepreneurs planning a hospital in Patna, Purnia or Darbhanga, early evaluation of land suitability, built-up area, departmental requirements and procurement arrangements can help establish a more realistic construction budget.

CliniCity supports healthcare project owners through its hospital planning services, helping translate the proposed hospital model into a practical development plan.

12. How CliniCity Supports Hospital Planning, Construction and Project Management

CliniCity provides integrated support for hospital development, helping healthcare entrepreneurs and hospital owners coordinate every major stage, from feasibility and planning to construction and operational readiness. Our services include hospital planning and feasibility, healthcare architecture and design, hospital construction and infrastructure, and medical equipment planning.

We also coordinate project execution, procurement and timelines through our hospital project management services, alongside statutory approvals, healthcare licensing and accreditation preparation through our licensing and compliance services.

Our support focuses on bringing the essential project components together:

• Planning and coordination: Aligning clinical requirements, space planning and infrastructure needs.

• Cost and procurement management: Supporting budget planning, BOQ reviews and procurement coordination.

• Construction oversight: Coordinating consultants, contractors, vendors and project timelines.

• Project readiness: Aligning infrastructure, equipment, licensing and operational requirements before commissioning.

This integrated approach helps hospital owners make informed decisions, maintain better control over project execution and develop healthcare facilities that are functional, compliant and ready for operations.

13. What Should Be Finalised Before Preparing a Hospital Construction Estimate?

Before requesting detailed construction quotations, the project owner should ideally establish the following:

Project Requirements

• Hospital type

• Proposed bed capacity

• Clinical specialties

• Emergency and critical-care requirements

• Diagnostic services

• Project investment objectives

Site Requirements

• Land suitability

• Site dimensions

• Soil conditions

• Road access

• Utility availability

• Development permissions

• Future expansion potential

Planning Requirements

• Department-wise space programme

• Functional relationships

• Patient circulation

• Staff circulation

• Support areas

• Equipment requirements

Design Requirements

• Architectural drawings

• Structural drawings

• Electrical design

• HVAC design

• Plumbing design

• Fire safety design

• Medical gas layouts

• Interior specifications

Commercial Requirements

• Detailed BOQ

• Construction scope

• Technical specifications

• Contractor quotations

• Procurement schedule

• Project timeline

• Contingency provision

The more clearly these requirements are established, the more reliable the resulting construction estimate will be.

14. Frequently Asked Questions About Hospital Construction Cost in India

14.1 What is the average hospital construction cost per sq ft in India?

There is no single average rate applicable to every hospital. Costs depend on building specifications, structural design, clinical infrastructure, HVAC, electrical systems, medical gases, location and the scope included in the estimate.

14.2 What is included in hospital construction cost?

Hospital construction generally includes civil and structural work, electrical systems, plumbing, HVAC, fire safety, medical gas infrastructure, interiors and other building services. Medical equipment, furniture, IT infrastructure and pre-opening expenses are usually estimated separately.

14.3 Is hospital construction more expensive than commercial building construction?

Hospital construction generally involves more specialised technical requirements, including clinical ventilation, medical gases, critical power systems, fire safety, specialised finishes and healthcare-specific infrastructure. These requirements can increase development costs compared with conventional commercial buildings.

14.4 Does hospital construction cost depend on the number of beds?

Yes, bed capacity influences the overall project size, but it does not determine the cost independently. ICU capacity, operating theatres, diagnostic facilities, departmental requirements, built-up area and construction specifications also affect the budget.

14.5 Is medical equipment included in the hospital construction cost per sq ft?

Not necessarily. Medical equipment is generally calculated separately unless specifically included in the project estimate. Equipment planning should begin during the design stage to accommodate space, electrical, structural and utility requirements.

14.6 How much does it cost to construct a 100-bed hospital in India?

The investment required depends on the hospital's specialty mix, built-up area, ICU and OT capacity, diagnostic facilities, construction specifications and equipment requirements. Read our detailed guide on 100-bed hospital construction cost in India.

14.7 What is the difference between construction cost and total hospital project cost?

Construction cost generally covers the building and its defined infrastructure. Total hospital project cost may additionally include land, medical equipment, furniture, IT systems, professional fees, statutory approvals, recruitment, training and pre-opening expenses.

14.8 How can hospital construction costs be controlled?

Effective cost control begins with feasibility assessment, functional planning, coordinated architectural and engineering designs, accurate BOQs, clearly defined contractor scopes and planned procurement. Regular project monitoring also helps minimise unnecessary changes, delays and additional expenditure.

Planning a Hospital Project?

Understanding the hospital construction cost per sq ft is an important first step, but a successful hospital project requires much more than an initial construction estimate.

The project needs a clear development strategy, a practical hospital plan, coordinated architecture and engineering, appropriate infrastructure, carefully managed procurement and a realistic execution schedule.

CliniCity supports doctors, hospital owners, healthcare entrepreneurs and investors through hospital planning, feasibility studies, healthcare architecture, construction coordination, medical equipment planning, project management and licensing support.

Whether you are planning a new multispeciality hospital, expanding an existing healthcare facility or developing a specialised medical centre, the right approach is to establish the project requirements and investment scope before moving into construction.

A well-planned hospital begins with a realistic budget, but its success depends on how effectively every stage of development is coordinated.

Start with the right plan. Then build.