WAA Business & Engineering Consulting
Investment decisions grounded in the project you can actually design, build and operate. WAA connects market evidence, architectural options and engineering quantities to a clear business model and financial scenarios for Egypt, GCC and relevant international projects.
Discuss your feasibility study →The WAA design basis
WAA does not prepare feasibility studies using isolated financial assumptions or generic area estimates. Every feasibility study is connected to a real architectural and engineering design basis developed or verified by WAA.
The architectural design, development program, land constraints, permitted building ratios, gross floor area, net saleable or leasable area, circulation, parking, unit mix, operational spaces, technical systems, phasing and construction quantities form the basis of the market and financial model.
The process is iterative. Market evidence shapes the design, while test-fit results reveal whether the intended product and capacity are achievable. Cost, revenue, operations and funding results then inform the next design decision. A revision to the preferred option is carried through the affected schedules and financial results.
Market demand → development program → architectural test-fit and design options → quantities and cost → revenues and operations → financial scenarios → preferred investment and design option. Findings can send the team back to refine any earlier step.
01
Establish who will buy, lease or use the project and what they value.
02
Translate demand into a project size, product mix and operating concept.
03
Test capacity and design options against the land, planning and engineering constraints.
04
Measure the design basis and price its construction, systems and delivery sequence.
05
Model the income and operating resources supported by the actual spaces and capacity.
06
Compare cash flow, funding, returns and downside exposure across linked alternatives.
07
Select, refine or defer the option against the investor’s decision criteria.
A CLEAR DECISION PATH
01 / STUDY SCOPE
The study begins with a decision brief: what the investor is trying to achieve, which choices are still open and what evidence is required before committing capital.
Define investor objectives, the project concept and target market together. Establish the intended product or service, ownership ambitions, risk tolerance and return requirements. Distinguish a development for sale from an asset intended for leasing or long-term operation.
Review land and site constraints, access, planning and regulatory parameters, permitted building ratios and development capacity. Set the project lifecycle and investment horizon, including acquisition, design, construction, opening and stabilisation. Agree the exit strategy or long-term operating strategy and the information still needed to validate it.
02 / STUDY SCOPE
A market feasibility study establishes the demand that a design option must serve. WAA connects market evidence to the development program rather than applying a generic sales or occupancy assumption to an untested area schedule.
Assess market size and demand, existing and prospective supply, and the balance between supply and demand. Identify customer and user segments, target customer profiles and the needs that influence purchasing or usage. Location assessment considers access, catchment, competing destinations, market growth drivers, trends, investment opportunities and constraints.
Examine pricing benchmarks, absorption rates and occupancy expectations in the context of comparable products and market conditions. Combine primary research, such as agreed interviews or surveys, with secondary research from relevant published and transactional sources. Record data sources, collection dates, coverage, confidence levels and limitations; distinguish observed evidence from assumptions requiring further validation.
03 / STUDY SCOPE
Comparable projects are useful when their differences are understood. Competitor analysis explains which alternatives the customer considers and how the proposed scheme could earn a place in that market.
Identify direct and indirect competitors and relevant comparable projects. Compare products and services, areas, prices and specification levels using consistent measurement definitions. Separate asking prices from evidenced transactions where the data permits, and account for inclusions, incentives and service levels when comparing value propositions.
Assess competitor positioning, location and catchment alongside competitive advantages and disadvantages. Identify market gaps and differentiation opportunities that the proposed design and operating model can credibly deliver. A price premium should have a reason—such as a useful layout, accessibility or service proposition—and a stated confidence level, rather than being assumed solely to improve returns.
04 / STUDY SCOPE
SWOT analysis is a decision tool when each finding leads to a response. Strengths, weaknesses, opportunities and threats are assessed against the site, market evidence, design options and proposed business model.
A strength may justify a particular product position; a weakness may require a revised access strategy, smaller program or additional cost allowance. An opportunity may support a different unit mix, while a threat may require more conservative pricing or delayed expansion. Record the evidence, implication and proposed response for each finding.
Feed those responses into the architectural option, business model and financial scenarios. The final recommendation explains how the chosen design uses the strengths, addresses weaknesses, captures credible opportunities and manages threats. Unresolved findings become conditions, further research tasks or reasons to Hold or reject the investment.
05 / STUDY SCOPE
Every WAA feasibility study is connected to a real architectural and engineering design basis developed or verified by WAA. An architectural feasibility study tests what can actually be accommodated and operated before the resulting capacity enters the financial model.
Business model development begins with alternative development concepts, architectural test-fit studies, massing and capacity studies. Test land-use and functional distribution against the site and permitted building ratios. Prepare a space program that includes parking requirements, circulation and service areas, operational spaces and the technical systems needed to support each use.
Document Gross Floor Area (GFA), Built-Up Area (BUA), Net Saleable Area (NSA) and Net Leasable Area (NLA), with the measurement convention used for each. Reconcile gross-to-net efficiency ratios with actual circulation, shared facilities and back-of-house space. Develop the unit mix and, as applicable, the room, bed, clinic, retail, office or production-capacity mix. Saleable or leasable area is measured from the option, not substituted for its total construction area.
Compare alternative architectural concepts, phasing options, expandability and future flexibility. Assess each option’s marketability, operational performance, cost, revenue and return together. The preferred option may provide a better balance through a different size, mix or sequence rather than the maximum possible built area.
06 / STUDY SCOPE
Technical feasibility checks whether the proposed development can be built and operated on its design basis. Design maturity and outstanding investigations are made explicit so preliminary estimates can be interpreted correctly.
Review architectural requirements, structural system implications, MEP requirements, infrastructure and utility capacity. Consider construction methodology, material and specification levels, sustainability and energy considerations, authority and regulatory requirements, and the specialist information needed to verify them.
Assess buildability, technical risks and construction phasing, including access, logistics and operational interfaces. Derive preliminary quantities from the actual design basis and identify the assumptions behind unconfirmed elements. Quantity schedules, specification assumptions and cost allowances carry a design revision reference, so a change in an option can be traced through to the estimate.
07 / STUDY SCOPE
The investment model distinguishes the construction budget from the cash required to reach operation. A pre-opening sources-and-uses schedule captures direct and indirect costs, their timing and their treatment without double counting.
Price construction works by package, including architectural finishes, structural works, MEP systems, infrastructure, external works and landscape. Include furniture, fixtures and equipment (FF&E), medical, industrial, hospitality or other specialist equipment, and technology and security systems. Quantities and capacity follow the selected design, with specification levels and equipment boundaries stated.
Allow for design and consultancy, project management, permits and authority fees, testing and commissioning, insurance and financing costs during construction. Include marketing and pre-sales, recruitment and training, pre-opening expenses, contingency, escalation, working capital, taxes and applicable fees. Show land or acquisition costs where applicable in the total investment requirement. Keep working capital, financing charges and accounting classifications identifiable so these cash uses are not all treated as depreciable construction assets.
08 / STUDY SCOPE
Operating expenditure is built around the facility’s scale, staffing, service level and utilisation. A smaller gross area does not automatically mean lower operating cost if the product mix or technical requirements change.
Model payroll and staffing, utilities, maintenance, facility management, consumables, insurance, marketing, administration and management fees. Distinguish fixed operating costs from variable operating costs, and identify step changes in staffing or equipment when capacity crosses an operational threshold.
Include replacement reserves, annual escalation and sector-specific operating expenses. Link consumption, staffing and replacement assumptions to the actual technical systems and operating spaces. Document whether management charges depend on revenue, profit or a fixed fee, and show the effect of ramp-up, seasonality and future expansion on the cost base.
09 / STUDY SCOPE
The model translates the development program into explicit revenue streams. Each sale, lease or operating assumption is connected to a measurable area, unit, room, bed, clinic, outlet or production capacity in the design basis.
Identify sales revenue, leasing revenue, service revenue, operating revenue and ancillary income as applicable. Use unit-by-unit or function-by-function revenue assumptions covering pricing, the sales or leasing schedule, occupancy and utilisation, absorption, capacity and seasonality. Sector-specific revenue drivers should reflect how the proposed business actually earns income.
Model collection schedules, instalments, deposits, discounts and incentives alongside annual growth assumptions. Separate recognised revenue from cash receipts and record the treatment of cancellations, concessions or other relevant deductions. Reconcile the total inventory and revenue-generating capacity to the selected architectural option so the model cannot sell or operate space that the design does not provide.
10 / STUDY SCOPE
A financial feasibility study brings the design-derived development cost, operating assumptions and commercial evidence into an auditable model. WAA’s financial modeling consultant scope connects the investment decision to both the project’s economics and the investor’s cash requirements.
Show development cost, total investment cost and sources and uses of funds. Prepare monthly cash flow for decision-critical development and ramp-up periods, with annual cash flow across the investment horizon. Distinguish project cash flow from equity cash flow and identify funding requirements, required capital injections and working-capital requirements.
Model the debt and equity structure, loan drawdown, interest and financing cost, repayment schedule and grace period using the proposed terms. Check the timing of cash deficits and the treatment of interest during construction. Project cash flow analysis should expose funding needs before peak expenditure, not only show a positive balance at the end of the investment period.
Assess break-even, Net Present Value (NPV), Internal Rate of Return (IRR), Return on Investment (ROI), Equity IRR, payback period, profitability and debt-service capability. Where relevant, show debt-service coverage ratios and periods of repayment pressure. State the discount rate, currency, nominal or real basis, tax treatment and horizon. Use sensitivity analysis to explain which variables drive the result; returns are modeled outcomes under stated assumptions, not guarantees.
11 / STUDY SCOPE
Every scenario updates both the design/development assumptions and the financial results where applicable. A change in unit mix or phasing is not tested by changing revenue alone while leaving quantities, circulation, parking, staffing or the construction programme fixed.
Develop a base case, optimistic case, conservative case and stress case with transparent assumptions. Compare alternative design options, unit or product mix, phasing, pricing, occupancy and sales absorption. Each case identifies which spatial, capacity, engineering, cost and operating assumptions change, and which remain constant for a reason.
Evaluate construction-cost increases, schedule delays, financing-cost changes, revenue reductions and operating-cost increases. Link delays to spending, receipts, interest and opening dates. Compare NPV, project and equity IRR, peak funding, payback and debt-service capability across cases, including combined downside conditions rather than only isolated one-variable sensitivities.
12 / STUDY SCOPE
A commercially attractive concept must also be financeable at the times when capital is required. Funding analysis compares the proposed structure with the development sequence, cash deficits and investor return requirements.
Establish the total funding requirement and funding timing. Compare owner equity, bank debt, investor participation, a joint venture, a development partnership and phased financing where applicable. Make proposed contribution schedules, profit distributions and the debt-to-equity ratio explicit instead of assuming that funding is available whenever needed.
Use funding gap analysis to compare required cash with committed or assumed sources. Assess financing risks, drawdown conditions, refinancing exposure and the effect of changed terms on investor returns. A funding recommendation records the conditions still to be confirmed with investors and lenders; it does not imply a financing commitment.
13 / STUDY SCOPE
The risk assessment connects uncertainty to the design, business model and financial outcome. It distinguishes a risk that can be mitigated through a design decision from one that remains dependent on the market or another party.
Review market risk, design risk, technical risk, construction risk, cost risk, schedule risk, operational risk, revenue risk and financing risk. Include regulatory risk, environmental risk and contractual risk. Use sensitivity and probability-impact analysis, with evidence and confidence levels attached to the significant exposures.
Assign mitigation actions, responsible parties and review dates. Establish decision gates and early-warning indicators, such as unconfirmed capacity, weaker sales absorption, procurement cost movement or an unresolved funding gap. Link a breached trigger to a clear response: revise design, rephase delivery, commission further research, secure a condition or reconsider the investment.
14 / STUDY SCOPE
The study concludes with a Go / Modify / Hold / No-Go recommendation supported by the evidence and scenario comparison. The recommendation explains the decision, the alternatives rejected and the conditions under which the conclusion would change.
Identify the preferred architectural and development option, business model, project size and mix, and implementation phasing. Present the investment requirement and expected return alongside critical assumptions, downside exposure and the conditions required for success.
Provide an implementation roadmap covering the next design tasks, validation work, approvals, funding decisions and delivery milestones. List outstanding evidence and decision owners. A Modify or Hold conclusion includes the changes or conditions needed for reconsideration; a No-Go conclusion explains why the tested options do not meet the agreed criteria.
An investment feasibility study should reflect the way the proposed asset creates value. WAA adapts the research, architectural program, technical checks and model drivers to each development type.
A healthcare feasibility study or hospital feasibility study connects catchment demand and patient segments to beds, clinics, treatment rooms and equipment. Test clinical support areas, staffing, technical services and operating capacity together; revenue-generating rooms depend on a viable clinical and support-space program.
An industrial project feasibility study or factory feasibility study starts with production capacity, process flow, equipment and demand for the output. Coordinate manufacturing space, storage, logistics, utilities and expansion options with capital expenditure, operating inputs, ramp-up and sales.
A mixed-use feasibility study compares the allocation of land and floor area between uses. Shared parking, circulation, infrastructure and service spaces affect efficiency, cost and phasing. Evaluate the income and funding profile of the combined scheme as well as each function.
Test catchment, tenant demand, comparable pricing and absorption against the retail unit mix and net leasable area. Include common areas, servicing, fit-out boundaries, leasing incentives and opening costs when comparing rent and operating-income scenarios.
Connect office demand and occupier profiles to floorplates, subdivision options, shared facilities and parking. Compare sale, lease and hold strategies using measured areas, specification levels, fit-out requirements, lease-up periods and occupancy expectations.
For residential developments, reconcile unit mix, saleable areas, customer affordability and sales collections. A hotel and resort feasibility study instead connects room mix, amenities, back-of-house space and operator requirements to occupancy, seasonal pricing, staffing and operating revenue.
For North Coast and Red Sea tourism briefs, test seasonal demand, room and residential mix, amenities, utilities, operating periods and phased openings together. Compare a sales-led model with long-term resort operations where relevant, including infrastructure, maintenance and pre-opening funding. This describes the service application and does not imply an existing feasibility appointment at either location.
إذا كنت تبحث عن استشاري دراسات جدوى لإعداد دراسة جدوى في مصر، تربط WAA بين احتياجات السوق والتصميم المعماري والهندسي وإعداد النموذج المالي. لا تعتمد الدراسة على افتراضات مالية منفصلة أو تقديرات عامة للمساحات؛ بل على أساس تصميم تطوره WAA أو تتحقق منه، يشمل اشتراطات الأرض ونسب البناء والمساحات القابلة للبيع أو التأجير ومواقف السيارات والخدمات والكميات.
تشمل دراسة الجدوى الفنية والمالية دراسة السوق والمنافسين وتحليل SWOT وتطوير نموذج الأعمال، ثم تقدير تكاليف الاستثمار والتشغيل والإيرادات ودراسة التدفقات النقدية والتمويل والعائد. عند تعديل التصميم أو مزيج الوحدات أو مراحل التنفيذ، تُراجع الافتراضات المرتبطة به وتُحدّث النتائج المالية قبل اختيار البديل المفضل.
يتكيف النطاق مع دراسة جدوى عقارية أو دراسة جدوى مستشفى وعيادات أو دراسة جدوى مصنع، وكذلك دراسة جدوى مشروع سياحي أو دراسة جدوى مشروع متعدد الاستخدامات. تنتهي الدراسة بتوصية واضحة: المضي في الاستثمار، أو تعديل المشروع، أو تأجيل القرار لحين استكمال شروط محددة، أو عدم المضي، مع توضيح الافتراضات الحرجة وخارطة التنفيذ.
Agree the deliverables at the start: the investment brief, source and assumption register, market and competitor assessment, SWOT actions, architectural option comparison, area and capacity schedules, technical basis, preliminary quantities and cost plan, revenue and operating schedules, financial model, scenario comparison, funding and risk assessment, and final recommendation. Each issue records the design revision and critical assumptions so later decisions remain traceable.
WAA does not prepare feasibility studies using isolated financial assumptions or generic area estimates. Every study is connected to a real architectural and engineering design basis developed or verified by WAA. The land constraints, permitted ratios, measured areas, unit mix, technical systems, quantities and phasing determine the market and financial assumptions that can credibly be tested.
No. WAA can develop a preliminary architectural test-fit, massing study and development program as the study’s design basis, or verify an existing design. The required detail depends on the decision being made. Unconfirmed planning, site and technical information is recorded with its effect on capacity, cost and confidence; preliminary feasibility does not mean that a design has authority approval.
Expect a connected market, architectural, technical and financial assessment, with sources, area definitions and assumptions that can be reviewed. WAA’s feasibility study consultant service in Egypt links the investment recommendation to design alternatives, demand evidence, cost and revenue schedules, funding needs and downside scenarios, rather than presenting a return figure without its underlying basis.
The architectural option determines buildable capacity, gross and net areas, circulation, parking, unit mix and the construction quantities. A real estate feasibility study in Egypt uses that schedule to model what can be sold, leased or operated, and what it costs to deliver. Changing efficiency, use mix or phasing triggers a review of the affected market, cost and financial assumptions.
Yes. Competitor analysis compares relevant projects, products, pricing, specifications, locations and catchments. SWOT analysis links strengths, weaknesses, opportunities and threats to recommended changes in the design, business model and investment decision. Findings are translated into actions, assumptions and risks that can be tested in the scenarios.
For a GCC feasibility study consultant brief or a relevant international project, the scope is adapted to the market, local planning parameters, measurement conventions, currency, operating model and proposed financing. Local sources and authority responsibilities must be identified. Evidence from one country is not automatically treated as a reliable pricing, occupancy or regulatory assumption in another.
A revised design updates the affected area schedule, product mix, capacity, quantities, construction sequence and operating requirements. These changes flow into cost, revenue, cash flow, funding and return calculations. Base, optimistic, conservative and stress cases identify the assumptions that differ, so an alternative layout is assessed as a development option rather than only a revenue adjustment.
Share the site location and land information, available planning parameters, surveys and drawings, investor objectives, intended uses, target customers, timing and any operator or lender requirements. Include existing market evidence, cost information and proposed financing if available. WAA can then define the design basis, research needs, model scope and decision deliverables with you.
نعم. ترتبط دراسة الجدوى الفنية والمالية بأساس تصميم معماري وهندسي تطوره WAA أو تتحقق منه. تشمل دراسة السوق والمنافسين وتحليل SWOT وإعداد النموذج المالي ودراسة التدفقات النقدية، مع مراجعة المساحات القابلة للبيع أو التأجير والكميات والتكلفة عند تغيير التصميم أو مزيج الاستخدامات أو مراحل التنفيذ.
Share your land or building information, available drawings, intended uses, investor objectives, timing and existing market or funding assumptions. WAA can define the architectural verification, research, technical assessment and financial modeling needed for your feasibility study.
Arrange a feasibility consultation →