Table of content

‍

The land has been identified. Trustees or donors have approved an initial budget. Preliminary plans are ready, and contractors are being approached.

But is the site suitable? Is the budget based on a clearly defined scope? Have approvals, technical requirements and operating needs been considered? Are all contractors pricing the same project?

Appointing a contractor should not be the beginning of project planning. It should be the outcome of a structured preconstruction review.

For hospitals, schools and CSR-funded infrastructure projects, unclear scope, incomplete investigations and unrealistic budgets can lead to delays, cost overruns and operational problems. Preconstruction due diligence helps institutions identify these risks before issuing a tender or signing a construction contract.

Planning a bigger hospital expansion? See how to expand a 50-bed hospital to 100 beds without disrupting operations.

‍

‍

Preconstruction due diligence is the process of evaluating a project’s site, scope, technical requirements, approvals, budget, timeline, procurement strategy and delivery risks before major funds are committed.

It typically reviews:

• Project objectives and capacity
• Land ownership and development restrictions
• Site and utility conditions
• Functional requirements
• Design and technical feasibility
• Statutory approvals
• Project cost and funding
• Construction programme
• Procurement strategy
• Consultant and contractor capability
• Governance and execution risks

It is broader than soil testing or contractor background verification. Its purpose is to determine whether the project is ready to proceed, needs revision, should be phased or should be stopped.

‍

‍

Hospitals, schools and nonprofit campuses cannot be planned like ordinary commercial buildings. Their operational, safety and service requirements are more complex.

1. Hospitals

Hospital planning must consider:

• Clinical workflows and department adjacencies
• Medical equipment requirements
• ICU, operating theatre and diagnostic infrastructure
• Medical gases, HVAC and backup power
• Infection-control requirements
• Patient, staff, emergency and waste movement
• Biomedical waste handling
• Future expansion
• Construction beside an operating facility

A design that does not reflect the clinical model may be difficult or expensive to operate, even if the building itself is completed successfully.

2. Schools

School projects require early planning for:

• Student capacity and classroom requirements
• Laboratories, sanitation and specialist spaces
• Safe bus, pedestrian and service movement
• Fire access and evacuation
• Accessibility
• Board-affiliation infrastructure
• Sports and open spaces
• Academic-calendar constraints
• Future campus expansion

School construction is also frequently phased, which makes master planning and temporary access especially important.

3. CSR and Nonprofit Projects

CSR-funded and trust-led projects often face additional constraints:

• Fixed funding windows
• Donor reporting requirements
• Milestone-based disbursement
• Limited tolerance for escalation
• Committee-led decision-making
• High sensitivity to long-term operating costs

These projects need clear governance, cash-flow planning and accountability before construction begins.

Are your critical departments correctly connected? Explore better ICU, OT and emergency layouts.

‍

‍‍

1. Confirm the Project Need and Capacity

Start by defining what the facility must achieve.

For a hospital, this may include bed capacity, OPD volumes, specialty mix, operating theatres, ICU requirements and diagnostic services.

For a school, it may include student capacity, grade levels, curriculum, classroom count, laboratories, sports facilities and boarding requirements.

The institution should also decide what is required immediately and what can be developed in future phases.

Key output: Approved project vision, capacity statement and development priorities.

2. Verify Land and Development Conditions

Before design progresses, verify:

• Ownership and title documents
• Encumbrances
• Land-use permissions
• Site boundaries and setbacks
• Access rights and easements
• Existing structures
• Development restrictions
• Road-widening reservations
• Drainage paths, water bodies or high-tension lines

Legal and planning professionals should review these matters. Unresolved land issues can delay approvals, financing and construction.

Key output: Land and statutory due-diligence summary.

3. Assess Site Suitability

A site that appears suitable on paper may have major construction or operational limitations.

Review:

• Road and emergency access
• Site levels and drainage
• Flooding risk
• Soil and foundation conditions
• Water, electricity and sewage capacity
• Fire-tender movement
• Construction access and storage
• Waste-management requirements
• Future expansion potential

Hospitals should also assess ambulance routes, medical-gas logistics and service circulation. Schools should review bus movement, student drop-off zones and pedestrian safety.

Key outputs: Topographic survey, geotechnical investigation, utility assessment and site-feasibility report.

4. Develop a Functional Brief

A preliminary sketch is not a complete project brief.

The functional brief should define:

• Departments and spaces
• Room sizes and quantities
• User capacity
• Adjacencies and movement
• Equipment assumptions
• Technical and service requirements
• Quality expectations
• Future expansion needs

Without this information, designers may make incorrect assumptions and contractors may price different scopes.

Key outputs: Space programme, area statement and room data sheets.

5. Test the Project Through Master Planning

Master planning should confirm:

• Building location and orientation
• Entry and exit points
• Public, staff and service circulation
• Emergency access
• Utility and waste zones
• Open spaces
• Construction phases
• Expansion areas
• Temporary facilities
• Interface with existing operations

This stage helps verify that the site can support the intended capacity and future development.

6. Map Approvals and Compliance

Approval requirements vary by location, building size, occupancy and institutional use.

Depending on the project, these may include:

• Building-plan approval
• Land-use permission
• Fire and life-safety approval
• Environmental permissions
• Water, sewage and electrical approvals
• Lift approvals
• Accessibility compliance
• Pollution-control permissions
• Hospital licensing requirements
• School-affiliation infrastructure requirements
• Airport-height or heritage restrictions

Key output: Approval matrix showing each authority, responsibility, dependency and submission stage.

7. Validate the Complete Project Budget

A reliable cost plan should include more than civil construction.

It should account for:

• Civil and structural work
• Architectural finishes
• Mechanical, electrical and plumbing systems
• Fire and life safety
• External infrastructure
• Medical, laboratory or kitchen equipment
• Furniture and fixtures
• IT, security and communication systems
• Professional fees
• Approvals and taxes
• Temporary works
• Testing and commissioning
• Escalation and contingency

A project should not be approved only because its estimated rate per square foot appears reasonable. That rate is meaningful only when scope, specifications, site conditions and exclusions are aligned.

8. Test Funding and Cash Flow

Institutions should verify:

• Total committed funding
• Timing of fund availability
• Donor or lender conditions
• Milestone-based disbursement
• Working-capital requirements
• Contingency reserves
• Phase-wise funding
• Operating costs after completion

A project may be technically feasible but financially unmanageable if funding does not align with construction milestones.

Key output: Project cash-flow forecast linked to design, procurement and construction stages.

9. Prepare a Realistic Programme

The project programme should include more than the expected construction duration.

It must allow time for:

• Surveys and investigations
• Brief development
• Design and coordination
• Stakeholder approvals
• Statutory approvals
• Tender documentation
• Bid evaluation
• Mobilisation
• Long-lead procurement
• Testing and commissioning
• Staff preparation
• Handover

Ignoring preconstruction and approval periods often creates unrealistic completion commitments.

10. Select the Right Procurement Model

Common delivery models include:

• Design–bid–build
• Design-build
• EPC
• Construction management
• Package contracting
• Phased execution

The right choice depends on scope certainty, time pressure, project complexity, owner capability, design control and the level of cost certainty required.

No procurement model can compensate for an unclear brief or incomplete project scope.

11. Make the Project Tender-Ready

Before inviting bids, ensure every contractor is pricing the same requirements.

The tender package should define:

• Scope of work
• Drawings and specifications
• Bill of quantities
• Project schedule
• Site conditions
• Testing and commissioning requirements
• Responsibilities and exclusions
• Payment milestones
• Warranty obligations
• Change-control procedure
• Safety requirements
• Reporting expectations

Comparable tender documents allow institutions to assess technical capability and total project cost, rather than choosing only by headline price.

12. Evaluate Consultants and Contractors

Contractor due diligence should cover:

Relevant experience

• Similar institutional projects
• Comparable project scale
• Hospital or school experience
• Work within operating campuses

Technical capability

• Project leadership
• MEP coordination
• Planning and scheduling
• Quality-management systems
• Safety processes

Financial capability

• Turnover and cash flow
• Current workload
• Banking capacity
• Dependence on advances
• History of project abandonment

Commercial performance

• Delay record
• Claims and disputes
• Change-order behaviour
• Vendor-payment history
• Client references

Institutions should speak directly with previous clients and, where possible, visit active and completed projects.

13. Establish Governance Before Appointment

Define:

• Project sponsor
• Decision-making authority
• User-group representatives
• Consultant responsibilities
• Reporting frequency
• Budget approval limits
• Change-control procedure
• Escalation mechanism
• Document-control system
• Trustee or donor reporting requirements

Unclear decision-making can delay approvals and create disputes even when the design and contractor are competent.

14. Create a Risk Register

The project risk register should cover:

‍

‍

A project may not be ready if:

• The budget is based only on a square-foot rate
• Soil testing has not been completed
• Stakeholders keep changing the brief
• Contractors are pricing different scopes
• Equipment requirements are undefined
• The approval pathway is unclear
• The programme excludes design and approvals
• Funding covers only part of the project
• The lowest bid contains major exclusions
• No contingency has been included
• Change-approval authority is unclear
• Future expansion has not been considered

These issues should be resolved before the institution signs a construction or EPC agreement.

‍

‍

‍

‍

A preconstruction due-diligence report should include:

• Executive decision summary
• Project objectives and capacity
• Land and site observations
• Functional brief
• Master-plan review
• Approval matrix
• Preliminary cost plan
• Cash-flow forecast
• Project programme
• Procurement recommendation
• Contractor prequalification criteria
• Risk register
• Priority actions
• Go, revise, phase or stop recommendation

‍

‍

Ideally, before:

• Purchasing or committing to land
• Freezing project capacity
• Announcing a completion date
• Applying for major funding
• Issuing a tender
• Comparing contractor quotations
• Signing an EPC or construction contract

Early involvement provides more opportunity to influence cost, phasing, feasibility and long-term operations.

‍

‍

Q1. What is preconstruction due diligence?

A1. It is a structured evaluation of a project’s site, scope, approvals, cost, funding, programme, procurement strategy and execution risks before major funds are committed.

Q2. When should it be conducted?

A2. It should begin during early project planning and be substantially completed before tendering, contractor selection or signing a construction agreement.

Q3. Is it the same as a feasibility study?

A3. No. A feasibility study determines whether a project is viable. Preconstruction due diligence determines whether it is ready for procurement and execution.

Q4. Why is soil testing required before tendering?

A4. Soil conditions influence foundations, structural design, cost and construction risk. Without a geotechnical investigation, contractors may include assumptions that later result in variations.

Q5. How should contractor quotations be compared?

A5. Bids should be normalised by comparing scope, quantities, specifications, exclusions, taxes, provisional sums, timelines and completion responsibilities. The lowest quotation may not represent the lowest final project cost.

Q6. What should be checked before appointing a hospital contractor?

A6. Review relevant healthcare experience, MEP capability, project leadership, safety systems, financial capacity, current workload, dispute history, client references and understanding of clinical and equipment requirements.

‍

‍

The success of an institutional project is determined long before construction begins.

An attractive contractor quotation cannot compensate for an unsuitable site, incomplete scope, missing approvals or an unrealistic budget. Preconstruction due diligence helps hospitals, schools and CSR-funded institutions identify these risks early, compare options clearly and make a confident go, revise, phase or stop decision.

BuiltX supports institutional owners with site feasibility, functional planning, preliminary cost estimation, approval mapping, phasing strategy, tender preparation and contractor evaluation.

Planning a hospital, school or institutional campus?

Speak with the BuiltX team for a Preconstruction Feasibility Review before issuing a tender or appointing a contractor.