Why Do Education Projects Need A Feasibility Study Before Design Begins?
By HATZ Tertiary Education Team | Last reviewed September 2026
Many education projects start with a solution.
A new laboratory.
A refurbished teaching facility.
A simulation centre.
An extension.
A new building.
The problem is that institutions often commit to a solution before fully understanding the problem.
A feasibility study helps universities and TAFEs understand what is possible before deciding what is necessary.
The most successful projects do not begin with design. They begin with evidence.
The HATZ Feasibility Framework
When assessing an education project, HATZ considers six key questions:
- What is the problem?
- What constraints exist?
- What opportunities exist?
- What options should be considered?
- What risks need to be managed?
- What delivers the greatest value?
A good feasibility study provides decision-makers with confidence before significant investment occurs.
Why Institutions Rush To Solutions
Universities regularly face pressure to improve facilities.
Teaching requirements change.
Research programs evolve.
Compliance obligations increase.
Student expectations continue to grow.
The natural response is often:
We need a new building.
Or:
We need a refurbishment.
However, these solutions may not always be the most effective response.
The first responsibility is understanding what the institution actually requires.
Start With The Existing Asset
One of the most valuable questions a feasibility study asks is:
What do we already have?
Existing buildings frequently contain more potential than people realise.
The process typically evaluates:
- Building condition
- Structural capability
- Existing services
- Accessibility
- Functional performance
- Regulatory requirements
Understanding the existing asset creates a stronger foundation for decision-making.
Consider Multiple Options
A feasibility study should rarely investigate a single solution.
Good decision-making depends on comparison.
Potential options may include:
- Minor upgrades
- Major refurbishment
- Adaptive reuse
- Building extension
- New construction
- Staged implementation
Comparing these options allows institutions to understand the implications of each approach.
Constraints Matter
Successful projects understand constraints before design begins.
These may include:
- Budget limitations
- Programme requirements
- Occupied-campus conditions
- Existing building conditions
- Heritage considerations
- Operational requirements
Identifying constraints early reduces risk and improves project certainty.
Feasibility Reduces Risk
Many project risks emerge long before construction starts.
Examples include:
- Unrealistic budgets
- Inadequate space requirements
- Existing-building limitations
- Services conflicts
- Compliance challenges
A feasibility study helps uncover these issues before significant investment occurs.
Finding challenges early is far easier than discovering them during design or construction.
Good Feasibility Creates Better Business Cases
Universities make decisions within complex governance environments.
Capital works compete with many other priorities for investment.
A robust feasibility study provides evidence that supports:
- Business cases
- Funding requests
- Governance approvals
- Strategic planning
- Capital works prioritisation
Decision-makers are more likely to support projects when the rationale is clearly demonstrated.
Design Becomes Stronger
Some people view feasibility and design as separate activities.
They are not.
Strong design emerges from strong strategic thinking.
When opportunities, constraints and priorities are understood from the beginning, design teams can focus on delivering meaningful outcomes rather than resolving avoidable problems.
The result is generally a better project for everyone involved.
Feasibility Supports Long-Term Thinking
Education buildings often operate for decades.
Decisions made today may influence teaching, research and campus operations for many years.
A feasibility study encourages institutions to think beyond immediate requirements and consider:
- Future growth
- Adaptability
- Technology change
- Asset performance
- Long-term value
This broader perspective often improves both project outcomes and investment decisions.
The Bottom Line For Institutions
The best education projects begin long before design work starts.
A feasibility study helps institutions understand problems, evaluate opportunities, assess risks and compare options before committing to a particular solution.
For HATZ, feasibility is not simply a planning exercise.
It is the process of creating confidence that the right decision is being made.
The strongest projects begin with understanding what is possible before deciding what is necessary.
Frequently Asked Questions
What is a feasibility study?
A feasibility study assesses opportunities, constraints, risks and options before detailed design begins.
Do all education projects require feasibility studies?
Not every project requires a formal feasibility study, but most significant capital works benefit from an early evaluation process.
Can feasibility studies identify opportunities for adaptive reuse?
Yes. Existing buildings often contain opportunities that may not be obvious without detailed assessment.
What information should a feasibility study include?
Typical studies examine functionality, building condition, services, compliance, budget, risks and potential delivery options.
When should a feasibility study be undertaken?
As early as possible, before major design decisions or capital commitments are made.
Related Reading
- When Is Adaptive Reuse Better Than Building New?
- How Do Universities Prioritise Ageing Campus Assets?
- How Do Universities Upgrade Buildings Without Disrupting Teaching?
- How Do Universities Deliver Capital Works On Occupied Campuses?
- Campus Renewal
Planning An Education Project?
Whether you're considering adaptive reuse, campus renewal, specialist facilities or new construction, HATZ can help identify opportunities, evaluate options and establish a clear path forward before design begins.
