7. Site Selection, Due Diligence and Highest and Best Use

Introduction and Context

Real estate development begins long before design, construction, or marketing. It begins with a decision about place: where should the project be located, what can legally and physically be built there, what risks attach to the land, and whether the proposed use can generate an adequate return? These questions connect urban planning, property law, valuation, infrastructure, environmental management, finance, and development strategy.

A site may appear attractive because of its size, visibility, or purchase price and still be unsuitable for development. A low-cost parcel may have defective title, inadequate access, flood exposure, contaminated soil, insufficient development rights, or an unviable market position. Conversely, a constrained site may create substantial value if its location, planning permissions, and redevelopment potential are properly understood.

Site selection and due diligence therefore constitute an integrated decision process rather than a simple property search. The developer must test the relationship between the site and its surrounding market, regulatory framework, physical characteristics, infrastructure network, environmental setting, and financial objectives. The highest-and-best-use study then translates this investigation into a disciplined conclusion about the most valuable legally permissible, physically possible, financially feasible, and maximally productive use of the property.

Learning Objectives

After studying this chapter, the learner should be able to:

1. Explain the strategic importance of site selection in real estate development.

2. Distinguish between title due diligence, physical due diligence, planning review, environmental assessment, and market analysis.

3. Conduct a structured review of location, access, infrastructure, constraints, and development potential.

4. Apply comparative location analysis and constraint mapping to alternative sites.

5. Explain the four tests of highest and best use.

6. Evaluate development alternatives using residual land value, feasibility analysis, and sensitivity testing.

7. Identify legal, environmental, financial, ethical, and governance risks in site acquisition.

8. Use digital mapping, geospatial data, and analytical tools responsibly in development decisions.

The Site as a Development System

A development site is not merely a parcel recorded in a land register. It is part of a larger urban system. Its value is influenced by employment centres, transport corridors, public facilities, competing developments, planning policy, utility networks, neighbourhood conditions, and expectations about future change. The same parcel can have different values for housing, offices, logistics, retail, hospitality, institutional use, or redevelopment, depending on these relationships.

Three dimensions should be separated at the outset. Site selection asks which location should be acquired or pursued. Due diligence asks whether the chosen site is legally, physically, environmentally, and commercially acceptable. Highest and best use asks which use and development configuration produces the greatest supportable value, subject to law, physical reality, financial feasibility, and productivity.

These dimensions are sequential but iterative. Market analysis may reveal that a proposed use is weak, leading to a different site search. Title review may disclose restrictions that change the development concept. A physical survey may show that a smaller building footprint is necessary, requiring a revised financial model. The professional process therefore uses staged investigation, with increasing expenditure on information as the site passes successive decision gates.

Important Concepts and Terminology

A parcel is a legally identifiable unit of land. A plot boundary is the surveyed or legally recorded perimeter of that parcel. Encumbrances are rights or claims affecting property, such as mortgages, easements, leases, liens, covenants, or restrictions. An easement grants a defined right to use another party’s land, commonly for access, drainage, or utilities.

Development rights are the legally available rights to construct or change a use, subject to planning regulations and approvals. Zoning or land-use regulation determines permitted uses, building parameters, and development controls. Floor area ratio (FAR), also called floor space index in some jurisdictions, expresses permitted gross floor area in relation to plot area. Setback is the required distance between a building and a property boundary, road, water body, or other regulated feature.

Buildable area is the portion of a site that can practically accommodate development after applying setbacks, access, easements, environmental buffers, and other constraints. Net developable area is the area available for development after deductions required for roads, open space, public reservations, or infrastructure. Off-site infrastructure includes roads, public transport, water supply, sewerage, drainage, electricity, and telecommunications serving the site but located partly outside it.

Due diligence is the systematic investigation of facts, rights, risks, obligations, and assumptions before acquisition or commitment. Title due diligence examines ownership and legal interests. Technical due diligence examines physical and engineering conditions. Environmental due diligence identifies contamination, hazards, ecological constraints, and regulatory liabilities. Market feasibility tests demand, competition, pricing, absorption, and exit conditions.

Residual land value is the amount that remains for land after deducting development costs, finance costs, and required profit from the completed value of a project. Sensitivity analysis examines how results change when assumptions such as price, cost, rent, interest rate, or construction period vary. Highest and best use is the use that satisfies all required tests and produces the highest supportable value.

From Location Search to Acquisition Decision

Defining the Investment Brief

A disciplined site search starts with an investment brief. It should identify the intended product, target users, investment horizon, risk tolerance, capital availability, expected return, development scale, and operational requirements. A logistics developer may prioritise highway access, plot depth, turning radii, and power capacity. A residential developer may focus on household growth, schools, public transport, and absorption. An office investor may require connectivity, prestige, parking, amenities, and a deep employment base.

The brief should distinguish essential criteria from preferences. Essential criteria are pass-or-fail conditions, such as minimum site area, legal access, permissible use, or flood-risk tolerance. Preferences, such as frontage or proximity to a particular amenity, can be weighted and compared. Without this distinction, decision-makers may overvalue visually attractive but fundamentally unsuitable sites.

Location and Comparative Analysis

Location analysis operates at several scales. At the metropolitan scale, the analyst studies population and employment growth, infrastructure investment, economic specialisation, planning policy, and competing centres. At the submarket scale, the analysis considers demand drivers, vacancy, rents, prices, absorption, tenant profiles, and supply pipeline. At the neighbourhood scale, it examines access, visibility, surrounding uses, public realm, safety, environmental conditions, and social acceptance.

A comparative location matrix can be used to evaluate alternatives. Criteria may include:

• market depth and demand growth;
• accessibility by private and public transport;
• visibility and frontage;
• proximity to employment, education, retail, or logistics networks;
• availability and cost of utilities;
• planning certainty and development rights;
• environmental and physical risk;
• acquisition cost and timing; and
• competition and future supply.

Weights should reflect the proposed use. A location matrix does not replace professional judgement; it makes assumptions visible. Scores should be supported by evidence, and uncertainty should be recorded separately from performance. A site with a high score based on uncertain future infrastructure should not be treated as equivalent to one supported by existing infrastructure.

Site Inspection and Constraint Mapping

Desktop analysis must be followed by direct inspection. The inspection should document boundaries, adjoining uses, topography, vegetation, drainage, road conditions, informal access, structures, utilities, signs of dumping, nuisance sources, safety conditions, and evidence of occupation. Photographs and dated field notes create an important record.

Constraint mapping converts scattered information into a spatial decision tool. Layers may include cadastral boundaries, setbacks, easements, flood zones, steep slopes, protected trees, heritage areas, utility corridors, rights of way, road reservations, environmental buffers, and neighbouring hazards. The overlap of these layers often reveals that the nominal site area substantially overstates the usable development area.

Constraint mapping should distinguish between absolute, manageable, and uncertain constraints. A legally protected watercourse may be absolute. Poor soil may be manageable through engineering at a cost. An unverified access claim is uncertain until investigated. This classification helps determine whether further study, negotiation, redesign, or withdrawal is appropriate.

Due Diligence as an Evidence-Based Process

Title and Legal Review

Title review establishes whether the seller has the right to transfer the property and whether the buyer will receive the rights necessary for the proposed development. The investigation commonly includes the chain of title, registered ownership, cadastral plans, mortgages, charges, liens, court disputes, tax status, leases, licences, easements, restrictive covenants, acquisition history, and pending public reservations.

Legal access deserves particular attention. A parcel may appear to touch a road on a map but lack legally enforceable access. Access may also be too narrow for emergency vehicles, construction traffic, or the intended use. Boundaries should be reconciled among title documents, survey records, physical occupation, and municipal plans. Differences may indicate encroachment, adverse possession claims, or an inaccurate site area.

The review should also identify consent requirements. These may involve co-owners, mortgagees, public authorities, tenants, residents’ associations, indigenous or customary rights holders, or holders of development agreements. A development contract should allocate responsibility for obtaining approvals, resolving defects, paying taxes, and managing undisclosed claims. Professional legal advice is essential because the effect of a document depends on the applicable jurisdiction.

Planning and Regulatory Due Diligence

Planning review determines whether the proposed use is allowed and under what conditions. It should examine the statutory plan, zoning category, permitted and conditional uses, density, FAR, height, setbacks, parking, loading, open space, fire access, accessibility, signage, environmental buffers, heritage controls, subdivision rules, and approval procedures.

A zoning label alone is insufficient. Two sites with the same zoning may have different development potential because of road width, plot shape, infrastructure capacity, overlay controls, or approval history. The analyst should confirm whether rights are as-of-right or discretionary and should identify the authorities whose decisions may affect timing and outcome.

Planning due diligence also considers policy direction. Proposed transport stations, regeneration zones, urban growth boundaries, infrastructure plans, and land-use changes can create opportunity, but future policy should not be treated as guaranteed. A prudent feasibility model assigns probabilities, time delays, and costs to uncertain approvals rather than assuming the most favourable outcome.

Physical and Technical Due Diligence

A measured topographic survey establishes levels, boundaries, structures, trees, drainage features, and visible services. Geotechnical investigation may be required to determine soil bearing capacity, groundwater, settlement risk, slope stability, seismic conditions, and foundation implications. The cost of remediation or specialised foundations can materially change the residual land value.

The analyst should assess whether the site can accommodate construction logistics, temporary access, worker safety, excavation, stormwater management, waste handling, and future maintenance. Existing structures require separate review of condition, code compliance, hazardous materials, adaptive-reuse potential, and demolition cost.

Infrastructure analysis must examine both availability and capacity. A utility line near the boundary does not prove that it can serve the project. Questions include connection distance, capacity, reliability, upgrade requirements, connection fees, service provider obligations, and timing. Water and sewer capacity may be more decisive than electricity, particularly in high-density or industrial projects.

Environmental and Social Due Diligence

Environmental assessment should be proportionate to the site’s history and risk profile. Previous industrial activity, fuel storage, waste disposal, workshops, dry cleaners, mining, agriculture, or filled land may justify soil and groundwater testing. Other issues include flood risk, erosion, air and noise pollution, hazardous materials, biodiversity, protected habitats, heat exposure, and climate-related risks.

Environmental liability may follow the land or arise from the developer’s activities, depending on law. Consequently, a purchaser should not rely solely on a seller’s statement that no contamination exists. A staged assessment commonly begins with historical research and a site inspection, followed by targeted testing where risk indicators are present.

Social due diligence is equally relevant. Existing occupants, informal users, tenants, neighbouring businesses, and community institutions may be affected by acquisition and redevelopment. Failure to identify displacement risk, access dependence, cultural value, or community opposition can produce delay, reputational damage, and legal conflict. Responsible development treats affected groups as stakeholders rather than obstacles.

The Highest-and-Best-Use Framework

Highest and best use is a disciplined valuation and development concept. The conventional framework applies four tests in sequence.

Legally Permissible

The use must comply with zoning, planning law, title restrictions, environmental regulation, building codes, access requirements, and other enforceable controls. A use may be legally possible after a rezoning or variance, but it should not be presented as currently permissible. The analyst should distinguish existing rights from potential rights and reflect the cost, time, probability, and risk of obtaining approvals.

Physically Possible

The use must fit the site’s size, shape, topography, access, soil, climate, utilities, environmental conditions, and surrounding context. Physical possibility is not limited to whether a structure can technically be built. It includes whether construction and operation can occur safely and practically. A high-rise may fit on a parcel in geometric terms but be physically impractical because of foundation conditions, fire access, aircraft restrictions, or inadequate utilities.

Financially Feasible

A use is financially feasible when its expected benefits exceed the costs of land, construction, professional services, finance, taxes, marketing, contingencies, operating requirements, and the required return on capital. Feasibility must be based on supportable market evidence, not optimistic assumptions. The analyst should model development timing, absorption, escalation, vacancy, operating expenses, financing structure, taxes, and exit value.

A simplified residual land value expression is:

Residual land value = completed development value − total development costs excluding land − required developer profit.

If the residual value is below the asking price, the project is not feasible at that price unless assumptions change or additional value can be created. Residual analysis is sensitive to errors in completed value, costs, timing, and profit assumptions; it should therefore be tested under alternative scenarios.

Maximally Productive

Among uses that are legally permissible, physically possible, and financially feasible, the preferred use is the one that produces the highest value or return consistent with the valuation objective. Maximally productive does not necessarily mean the most intensive use. A lower-density scheme may generate greater value if it has stronger demand, lower costs, faster absorption, or fewer approval risks.

The four tests should be applied to realistic alternatives rather than hypothetical extremes. For example, a site may be tested for apartments, a mixed-use scheme, offices, a hotel, or a serviced-land strategy. The comparison should include not only headline profit but risk-adjusted value, delivery time, capital intensity, and strategic fit.

Financial and Decision Analysis

A development appraisal normally includes a land cost, acquisition expenses, design and approval costs, construction, infrastructure contributions, professional fees, marketing, finance, taxes, contingencies, operating costs, revenues, and sale or stabilisation assumptions. Depending on the project, the analyst may use net present value, internal rate of return, equity multiple, development margin, yield on cost, or residual land value.

Sensitivity analysis tests individual variables, such as a ten per cent increase in construction cost or a six-month delay. Scenario analysis changes several linked assumptions, such as a downside scenario involving lower prices, slower absorption, higher interest rates, and delayed approvals. A risk-adjusted approach may assign probabilities to scenarios or use Monte Carlo simulation where sufficient data exist.

The decision should also consider option value. Waiting may be valuable if planning policy is changing, but waiting may also increase holding cost and competition. Acquiring control through an option or conditional contract can reduce exposure while due diligence proceeds. Such arrangements should clearly define access to the site, investigation rights, extension periods, deposit treatment, and approval conditions.

Applied Case: The Riverside Junction Site

Background

The following is an illustrative case. A development company is considering a 2.4-hectare parcel at Riverside Junction, located between an established residential district and a planned transport corridor. The seller markets the land for a high-density mixed-use project and highlights its proximity to a future rail station.

Situation and Initial Problem

The asking price is based on the assumption that the entire parcel can be developed at a high FAR. The developer must determine whether to acquire the site, negotiate a lower price, or withdraw. Three possible uses are identified: apartments with neighbourhood retail, a mid-market office project, and a lower-density residential scheme with a community facility.

Investigation and Analysis

Title review finds that ownership is valid, but a twenty-metre drainage easement crosses the southern edge. A neighbouring parcel has a registered access right through the western boundary. The site plan supplied by the seller overstates usable area because it excludes neither easement adequately nor a road-widening reservation shown in the municipal plan.

Planning review confirms residential use but makes large-format retail conditional. The future rail station remains subject to funding and a later approval process; it cannot be treated as a guaranteed benefit. The site is physically accessible from an existing arterial road, but the road authority requires a junction upgrade for the proposed intensity.

Technical inspection identifies low-lying ground near the drainage channel and preliminary evidence of weak fill. A geotechnical investigation recommends improved foundations and additional stormwater storage. Utility providers confirm that electricity is adequate for the residential scheme but that sewer upgrades are required for the office alternative.

Market analysis shows strong demand for moderately priced apartments but high vacancy in the local office submarket. The mixed-use option has attractive gross revenue but depends on uncertain retail demand and expensive infrastructure works. The lower-density residential option has a smaller revenue ceiling but faster absorption and lower construction risk.

The financial model produces the following qualitative conclusion. The office alternative fails the feasibility test because of weak demand, high infrastructure cost, and a long lease-up period. The high-density mixed-use alternative is legally possible only after discretionary approvals and is financially marginal at the asking price. The lower-density residential scheme is legally permissible, physically manageable, and financially feasible, although the developer must negotiate a price adjustment for the easement, road reservation, foundation cost, and sewer contribution.

Approach and Outcome

The developer commissions a boundary and topographic survey, obtains written utility capacity information, conducts targeted geotechnical testing, and seeks a formal planning pre-application meeting. It then submits a conditional offer based on satisfactory legal, environmental, technical, and planning outcomes. The offer includes a price reduction and requires the seller to resolve an outstanding tax matter before completion.

The final recommendation is to pursue the lower-density residential scheme with a small convenience-retail component only if market testing supports it. The future rail station is treated as upside rather than as a basis for current value. The project proceeds only after the road-access design and drainage strategy are approved.

Learning Points

The case demonstrates that advertised site area is not equivalent to buildable area, future infrastructure should not be capitalised as certainty, and a financially smaller scheme may be the highest and best use. It also shows how title, planning, infrastructure, physical conditions, and market evidence must be integrated rather than reviewed in isolation.

Risks, Common Mistakes, and Professional Judgement

Common mistakes include relying on unverified seller information, treating zoning as a guarantee of approval, ignoring access rights, confusing gross site area with net developable area, assuming utility capacity, underestimating approval time, and using a single optimistic financial scenario. Another frequent error is allowing the proposed design to drive the analysis before the site’s constraints have been understood.

Professionals should beware of confirmation bias. Once a site has been emotionally or financially prioritised, analysts may interpret uncertain evidence in favour of acquisition. Independent review, documented assumptions, red-team questioning, and decision gates can reduce this risk. The cost of investigation should be compared with the potential loss from acquiring a defective or unsuitable site.

Ethical practice requires transparent disclosure of material risks to investment committees, lenders, partners, authorities, and affected communities. Conflicts of interest must be declared, professional reports must not be altered to support a predetermined conclusion, and confidential information must be handled appropriately. Valuers, planners, surveyors, engineers, lawyers, and environmental consultants should work within their competence and clearly state limitations.

Digital Tools and Emerging Practice

Geographic information systems allow analysts to combine cadastral, transport, demographic, environmental, and infrastructure layers. Satellite imagery and historical imagery can reveal changes in land use, drainage, vegetation, or unauthorised development. Building information modelling can test massing, access, shadow, and servicing assumptions before detailed design.

Property databases, automated comparables, and dashboard-based feasibility models improve speed but do not eliminate judgement. Artificial intelligence can assist with document classification, planning-policy searches, anomaly detection, and scenario generation. However, AI outputs may contain incomplete data, false inferences, or jurisdictional errors. Critical title or regulatory conclusions must be verified against authoritative documents and qualified professional advice.

Climate-risk analytics are becoming increasingly important. Flood, heat, wildfire, water stress, and extreme-weather datasets can inform site screening, design standards, insurance assumptions, and long-term asset resilience. Emerging practice is moving from a narrow focus on acquisition price toward whole-life value, embodied carbon, adaptability, social impact, and resilience.

Best-Practice Decision Protocol

A robust site decision protocol should:

1. define the investment brief and non-negotiable criteria;

2. screen locations using reliable market and planning data;

3. inspect the site and verify boundaries and access;

4. map legal, physical, environmental, infrastructure, and social constraints;

5. commission proportionate title, technical, environmental, and market investigations;

6. identify several realistic development alternatives;

7. test each alternative for legal permissibility, physical possibility, financial feasibility, and productivity;

8. model downside cases, approval delays, and cost escalation;

9. negotiate contractual protections and conditions precedent; and

10. document assumptions, uncertainties, responsibilities, and the basis for the final decision.

The strongest development decisions are not those that eliminate all uncertainty—an unrealistic objective—but those that identify uncertainty early, price it appropriately, allocate it contractually, and retain flexibility where possible.

Chapter Summary

Site selection is a strategic process linking urban context, market demand, planning regulation, infrastructure, physical conditions, environmental risk, legal rights, and financial objectives. Due diligence converts assumptions into verified evidence. Title review establishes ownership, encumbrances, access, and transferability; planning review determines development rights and approval risk; technical investigation tests site capability and construction implications; environmental and social review identifies liabilities and stakeholder concerns.

Constraint mapping and comparative location analysis help distinguish nominal land area from usable development potential. Highest and best use requires four tests: legal permissibility, physical possibility, financial feasibility, and maximal productivity. Residual land value, scenario analysis, sensitivity testing, and risk-adjusted appraisal support acquisition and development decisions. Digital mapping and AI can improve analysis, but authoritative documents and professional judgement remain essential. Ethical practice requires transparency, competence, independence, and responsible treatment of affected communities.

Key Terms

Due diligence: Systematic investigation of legal, physical, environmental, financial, and commercial conditions before commitment.

Easement: A legal right to use another party’s land for a defined purpose.

Encumbrance: A claim, restriction, or right that affects property ownership or use.

FAR: The ratio of permitted gross floor area to plot area.

Buildable area: The portion of land that can practically accommodate development after constraints are applied.

Net developable area: Land remaining for development after required deductions such as roads, easements, and open space.

Title review: Examination of ownership, legal interests, restrictions, and transferability.

Legal access: Enforceable rights allowing movement to and from a property.

Technical due diligence: Investigation of survey, soil, structures, utilities, drainage, and construction conditions.

Environmental due diligence: Assessment of contamination, hazards, ecological conditions, and environmental liabilities.

Constraint mapping: Spatial representation of factors that limit or influence development.

Market feasibility: Analysis of demand, competition, pricing, absorption, and project revenue potential.

Residual land value: Completed value less development costs and required developer profit.

Highest and best use: The use that is legally permissible, physically possible, financially feasible, and maximally productive.

Sensitivity analysis: Testing the effect of changing one or more assumptions on project results.

Scenario analysis: Evaluation of alternative combinations of market, cost, timing, and financial assumptions.

Development rights: Legally available rights to construct, alter, or use property.

Conditional contract: An acquisition agreement dependent on specified investigations, approvals, or conditions.

Review Questions

Short Answer Questions

1. Why is site selection considered an integrated urban and investment decision?

2. What is the difference between gross site area and net developable area?

3. Identify four matters commonly examined in title due diligence.

4. What does a comparative location matrix contribute to site analysis?

5. Define residual land value.

Long Answer Questions

1. Explain the principal stages of a professional site-selection and due-diligence process.

2. Discuss how planning, physical, environmental, and infrastructure constraints influence development potential.

3. Explain the four tests of highest and best use with suitable real estate examples.

4. Discuss the role of sensitivity analysis and scenario analysis in development appraisal.

5. Evaluate the ethical and governance responsibilities of professionals involved in site acquisition.

Analytical / Application Questions

1. A parcel has attractive zoning but no legally documented access and uncertain sewer capacity. Design a due-diligence plan and explain the acquisition conditions you would recommend.

2. Two sites have equal areas and asking prices. Site A has stronger demand but flood exposure; Site B has weaker demand but confirmed infrastructure. Develop a comparative framework for choosing between them.

3. A proposed mixed-use project is legally permissible but produces a lower risk-adjusted return than a smaller residential scheme. Using the highest-and-best-use framework, explain how you would advise the developer.

22. Multiple Choice Questions with Answers

Question 1

Which sequence correctly states the four tests of highest and best use?

A. Marketability, visibility, affordability, and sustainability

B. Legally permissible, physically possible, financially feasible, and maximally productive

C. Ownership, taxation, construction, and marketing

D. Density, height, parking, and landscaping

Correct Answer: B. Legally permissible, physically possible, financially feasible, and maximally productive

Question 2

A site plan shows a large parcel, but a drainage easement and road reservation reduce the usable portion. Which analytical tool best reveals this effect spatially?

A. Constraint mapping

B. Absorption analysis

C. Yield compression analysis

D. Tenant profiling

Correct Answer: A. Constraint mapping

Question 3

Which finding most directly indicates a title or legal-access risk?

A. High local apartment demand

B. Weak soil bearing capacity

C. A road visible on a satellite image but no enforceable access right

D. Increasing construction costs

Correct Answer: C. A road visible on a satellite image but no enforceable access right

Question 4

In residual land value analysis, which amount is deducted from completed development value?

A. Only the land purchase price

B. Development costs and required developer profit

C. Only marketing expenses

D. Only property taxes

Correct Answer: B. Development costs and required developer profit

Question 5

A future rail station has been announced but has no confirmed funding or approval. How should it normally be treated in a current feasibility study?

A. As a guaranteed source of value

B. As irrelevant to all analysis

C. As an uncertain potential benefit subject to risk adjustment

D. As existing infrastructure

Correct Answer: C. As an uncertain potential benefit subject to risk adjustment

Question 6

Which statement best distinguishes zoning from development feasibility?

A. Zoning automatically guarantees project profitability

B. Feasibility includes market, cost, physical, infrastructure, and timing considerations beyond zoning

C. Feasibility is concerned only with ownership

D. Zoning applies only after construction begins

Correct Answer: B. Feasibility includes market, cost, physical, infrastructure, and timing considerations beyond zoning

Question 7

A project remains profitable under the base case but becomes loss-making after a six-month approval delay and a ten percent cost increase. This result is primarily identified through:

A. Sensitivity or scenario analysis

B. Boundary verification

C. Title registration

D. A land-use classification

Correct Answer: A. Sensitivity or scenario analysis

Question 8

Why may a lower-density project be the highest and best use of a site?

A. Lower density is always legally preferred

B. It may achieve stronger demand, faster absorption, lower costs, or lower risk

C. It eliminates the need for due diligence

D. It always produces the highest gross revenue

Correct Answer: B. It may achieve stronger demand, faster absorption, lower costs, or lower risk

Question 9

Which infrastructure question is most important when a utility line is located near a proposed development?

A. Whether the line is visible from the road

B. Whether it has sufficient capacity and what upgrades, costs, and timing are required

C. Whether competing sites have similar lines

D. Whether the seller mentions it in advertising

Correct Answer: B. Whether it has sufficient capacity and what upgrades, costs, and timing are required

Question 10

What is the most appropriate professional response when an AI tool produces a favourable planning conclusion unsupported by official documents?

A. Use the conclusion because automated analysis is objective

B. Present it as a confirmed approval

C. Verify it against authoritative planning sources and qualified advice

D. Delete all digital data from the project

Correct Answer: C. Verify it against authoritative planning sources and qualified advice