After a pool evaluation identifies what’s happening beneath the surface, the next question becomes: what should you do about it?

For municipalities, schools, and other aquatic facility operators, understanding the pool’s existing conditions is only the first step. The true value of an evaluation lies in how those findings inform thoughtful, forward-looking design decisions—ones that improve safety, extend facility life, and enhance the user experience.

At Ramaker, we view pool evaluation and design as closely connected phases of the same process. Evaluations uncover the “why” behind performance issues. Design provides the roadmap to solve them strategically, efficiently, and with long-term outcomes in mind.

From Evaluation Findings to Design Solutions

Pool evaluations often reveal issues across interconnected systems; structural, mechanical, operational, and safety related. Because aquatic facilities function as integrated environments, addressing these challenges requires a coordinated design approach rather than isolated fixes.

Below are some of the most common issues identified during evaluations—and the key design considerations that help resolve them.

1. Structural Deterioration and Water Loss

Common findings:

• Cracking in pool shells or decks
• Material deterioration or surface delamination
• Ongoing water loss or leakage

Design considerations: Structural issues are often symptoms of deeper challenges, such as soil movement, aging materials, or outdated construction methods. Addressing these concerns effectively requires more than surface-level repair.

A design-led response may include:

• Structural reinforcement or full shell reconstruction
• Subgrade stabilization and improved soil conditions
• Updated waterproofing systems and durable material selections

Taking a comprehensive approach helps prevent recurring issues and supports long-term structural integrity.

2. Aging or Inefficient Mechanical Systems

Common findings:

• Underperforming filtration and circulation systems
• Aging pumps, piping, and control systems
• High operational or maintenance costs

Design considerations: Mechanical, electrical, and plumbing (MEP) systems are the operational backbone of any aquatic facility. When they become outdated or inefficient, the impact is felt across the entire user experience.

Design strategies may include:

• Right-sizing pumps and filtration systems for current usage
• Reconfiguring hydraulic layouts to improve water circulation
• Integrating energy-efficient equipment and automated controls

These upgrades not only improve performance and water quality but can also lead to meaningful operational savings over time.

3. Decking, Drainage, and Site Constraints

Common findings:

• Cracked or uneven pool decks
• Standing water or poor drainage
• Accessibility challenges or outdated layouts

Design considerations: Site and deck conditions directly affect both safety and usability. Poor drainage and surface deterioration can increase the risk of slips, trips, and premature material failure.

A thoughtful design response may include:

• Regrading deck surfaces to direct water away from the pool
• Installing slip-resistant, durable materials
• Improving accessibility with updated paths of travel and entry points

These improvements enhance safety while also creating a more welcoming and functional environment for users.

4. Safety Gaps and Code Compliance Issues

Common findings:

• Outdated or noncompliant drain systems
• Missing or inadequate accessibility features
• Inconsistent depth markings, lighting, or barriers

Design considerations: Codes and safety standards are continually evolving. Facilities that were compliant when built may no longer meet current requirements—introducing both safety risks and liability concerns.

Design solutions often focus on:

• Upgrading systems to meet current health, safety, and ADA standards
• Improving visibility, lighting, and wayfinding
• Enhancing user confidence through thoughtful, intuitive design

Beyond compliance, these updates help create safer and more inclusive aquatic environments.

5. Operational Inefficiencies and User Experience Challenges

Common findings:

• High maintenance demands
• Inefficient layouts for programming or staffing
• Limited flexibility for changing community needs

Design considerations: An aquatic facility’s success isn’t measured solely by whether it functions—but by how well it serves its users and operators on a daily basis.

Design strategies may include:

• Reconfiguring layouts to support multiple programming types
• Reducing maintenance complexity through material and system choices
• Planning for flexibility to adapt to evolving community use

By addressing operational challenges through design, facilities can improve both staff efficiency and user satisfaction.

Why a Design-Led Approach Matters

One of the most common challenges facility owners face is the temptation to address issues individually—repairing a crack here or replacing a pump there. While these actions may offer short-term relief, they often fail to address root causes or long-term performance.

A coordinated design approach ensures that:

• Improvements are aligned across all systems
• Investments are prioritized based on impact and longevity
• Short-term fixes contribute to long-term goals

In other words, design transforms evaluation findings into intentional, strategic action.

Planning for What’s Next

Not every issue uncovered during a pool evaluation requires immediate resolution. In many cases, the most effective approach is a phased improvement plan that aligns with available funding and long-term priorities.

This may include:

• Short-term: Addressing critical safety issues and urgent repairs
• Mid-term: Upgrading mechanical systems and high-use components
• Long-term: Planning for major renovations, expansions, or replacement

With the right plan in place, facilities can make steady, informed progress, avoiding unexpected failures and maximizing the value of every investment.

 

Partnering for Evaluation and Design

Aquatic facilities are complex systems that require specialized expertise to evaluate, design, and improve effectively. By partnering with an integrated team of engineers, architects, and planners, facility owners gain a clearer path forward—from identifying issues to implementing solutions.

At Ramaker, our multidisciplinary approach ensures that evaluation insights seamlessly translate into practical, buildable design strategies that serve your facility today and into the future.

Whether your facility is addressing immediate concerns or planning for long-term improvements, our aquatic engineering team can help you turn evaluation findings into clear, actionable design solutions.

Connect with Ramaker’s team of aquatics experts to start planning what’s next!