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Pre-Design Feasibility: The Step Most Owners Skip

Writer: kristofferaquino
kristofferaquino
Jul 25
4 min read


Most people think a project starts with a floor plan.


In reality, successful projects start much earlier.


Before the sketches, renderings, and construction drawings, there is a critical phase that determines whether a project is financially viable, legally buildable, and aligned with the owner's goals. This phase is called Pre-Design Feasibility.


Unfortunately, it is also the step most property owners skip.


Many homeowners, investors, and small developers become excited about building and immediately hire designers to create plans. While enthusiasm is understandable, skipping feasibility often leads to costly redesigns, budget overruns, permit issues, and disappointing outcomes.


If you are planning to build a home, rental property, commercial space, or mixed-use development in the Philippines, understanding pre-design feasibility may save you hundreds of thousands—or even millions—of pesos.


What Is Pre-Design Feasibility?

Pre-design feasibility is the process of evaluating whether a project makes sense before design work begins.


Instead of asking:

"What should my building look like?"


The feasibility stage asks:

  • Can this lot legally accommodate the project?

  • Is the budget realistic?

  • What are the site's limitations?

  • What risks could affect construction?

  • Will the project achieve the owner's goals?


The objective is simple:


Reduce uncertainty before committing significant time and money.


Think of it as conducting a thorough investigation before making major decisions.


Why Many Owners Skip It

Most owners skip feasibility because they believe:

  • The lot is already purchased.

  • They already know what they want.

  • Design can solve any problem.

  • Feasibility studies are only for large developments.


These assumptions often prove costly.


A beautiful design cannot overcome zoning restrictions.


A detailed floor plan cannot create a budget that does not exist.


And construction cannot proceed smoothly if major site issues are discovered too late.


Common Problems That Feasibility Could Have Prevented

1. The Building Doesn't Fit the Lot

Owners often assume that a lot's total area is equal to its buildable area.


In reality, setbacks, easements, right-of-way requirements, utility clearances, and local regulations can significantly reduce available building space.


A 200-square-meter lot may only allow a much smaller building footprint than expected.

Without feasibility analysis, owners may design spaces that cannot legally be built.


2. The Budget Is Unrealistic

One of the most common project failures occurs when owners finalize a design before understanding actual construction costs.


This creates a cycle of:

  • Design

  • Cost estimate

  • Budget shock

  • Redesign

  • Revised estimate

  • Further redesign


Each revision consumes time and professional fees.


Feasibility planning establishes realistic cost expectations before extensive design work begins.


3. Site Conditions Increase Construction Costs

Not all lots are equal.


Factors such as:

  • Steep slopes

  • Poor soil conditions

  • Flood risks

  • High groundwater levels

  • Difficult site access

  • Existing utility conflicts

can dramatically affect project costs.


Discovering these issues after design development often leads to expensive changes.


4. Permit and Regulatory Issues

Every local government has development regulations.


Potential concerns include:

  • Zoning restrictions

  • Building height limits

  • Easement requirements

  • Environmental restrictions

  • Road access requirements

  • Fire code compliance


Ignoring these requirements early can delay approvals and force redesigns later.


5. The Project Doesn't Meet Financial Goals

This is especially important for rental properties, vacation homes, mixed-use developments, and small-scale real estate investments.


Many projects are designed based on wants rather than financial realities.


A feasibility review can determine:

  • Expected development costs

  • Potential rental income

  • Return on investment (ROI)

  • Payback periods

  • Market demand


Without this analysis, owners may invest heavily in projects that struggle to generate returns.


What Happens During a Pre-Design Feasibility Study?

While every project is different, a typical feasibility process may include:


Site Evaluation

Reviewing:

  • Lot dimensions

  • Topography

  • Accessibility

  • Existing utilities

  • Environmental conditions

  • Neighboring developments


Regulatory Review

Assessing:

  • Zoning classification

  • Setback requirements

  • Height restrictions

  • Land use regulations

  • Permit requirements


Budget Analysis

Developing:

  • Preliminary construction costs

  • Professional fees

  • Permit expenses

  • Utility connection costs

  • Contingency allowances


Project Programming

Defining:

  • Required spaces

  • Future expansion plans

  • Functional requirements

  • Occupancy needs


Risk Assessment

Identifying:

  • Technical risks

  • Financial risks

  • Regulatory risks

  • Construction risks


Development Strategy

Determining the most practical approach to achieve project objectives.


The Cost of Skipping Feasibility

Many owners view feasibility as an additional expense.


In reality, it is often one of the least expensive ways to avoid major losses.


Consider the potential costs of:

  • Redesigning completed plans

  • Delayed permits

  • Unforeseen site work

  • Scope reductions during construction

  • Construction stoppages

  • Budget overruns


Compared to these risks, early feasibility planning is a relatively small investment.


The goal is not to eliminate all uncertainty.


The goal is to identify major risks before they become expensive problems.


Feasibility Is Especially Important in Provincial Areas

Provincial projects often face unique challenges, including:

  • Limited infrastructure

  • Incomplete land records

  • Access constraints

  • Utility availability concerns

  • Flooding or environmental risks

  • Changing local regulations


Because these factors vary significantly from one location to another, feasibility becomes even more valuable.


What works in one municipality may not work in the next.


The Smartest Question to Ask Before Design Starts

Most owners ask:


"How much will the design cost?"


A better question is:


"Is this project feasible?"


A well-designed project that is unaffordable, unbuildable, or financially unsustainable is not a successful project.


Good architecture begins with good decisions.


And good decisions begin with reliable information.


Final Thoughts

Design is important, but it should not be the first step.


Before investing in plans, renderings, and construction documents, owners should first understand the realities of their site, budget, regulations, and objectives.


Pre-design feasibility provides the foundation for smarter decisions, more accurate budgeting, smoother approvals, and better project outcomes.


The most successful projects are rarely the ones that start the fastest.


They are the ones that start with the clearest understanding of what is possible.


At KDA Design + Architecture, we believe that reducing risk before design begins is one of the most valuable services an architect can provide. By understanding feasibility first, owners can move forward with greater confidence, clarity, and control throughout the entire project journey.


References

  1. National Building Code of the Philippines (PD 1096) and Revised Implementing Rules and Regulations.

  2. Department of Human Settlements and Urban Development (DHSUD) Planning and Development Guidelines.

  3. Housing and Land Use Regulatory Board (HLURB) Planning Standards and Guidelines.

  4. Republic Act No. 7160 – Local Government Code of the Philippines.

  5. Project Management Institute (PMI). A Guide to the Project Management Body of Knowledge (PMBOK® Guide).

  6. Urban Land Institute (ULI). Real Estate Development Principles and Process.

  7. American Institute of Architects (AIA). Project Programming and Pre-Design Resources.

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