Fundamentals of Commercial Pool Design: Code, Hydraulics, and Coordination (Webinar)

In Fundamentals of Commercial Pool Design: Code, Hydraulics, and Coordination (Webinar), you'll learn ...

• The fundamental structural, waterproofing, finish, and hydrostatic considerations associated with at-grade and elevated commercial pool construction
• The integration of pool perimeter conditions, edge systems, and accessible entry methods into safe and functional aquatic facility designs
• The core hydraulic and mechanical systems required for commercial pool circulation, filtration, heating, sanitation, and water-level control
• How to coordinate aquatic systems with applicable codes, utilities, structural systems, mechanical spaces, and public health requirements

Overview

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Designing commercial aquatic facilities demands the precise integration of architectural, structural, mechanical, electrical, and public health requirements — disciplines that are frequently unfamiliar to civil, structural, and MEP professionals outside the specialized aquatics industry. This 1-hour technical webinar provides an engineering-focused overview of modern commercial pool and facility design, with a strong emphasis on code compliance, hydraulic principles, and long-term operational success.

The presentation begins by addressing structural and spatial fundamentals, comparing at-grade versus elevated (on-structure) installations, waterproofing strategies, and finish durability. Attendees will explore common pool configurations, edge systems (skimmer, perimeter gutter, and infinity edges), and ADA accessibility solutions.

The core of the session dives into critical mechanical and hydraulic systems. Topics include circulation principles, turnover rates, VGB-compliant suction systems, and surge tanks. We will also briefly compare filtration technologies (sand, cartridge, and regenerative media) alongside primary and secondary sanitation methods like UV and ozone.

The webinar concludes with a roadmap for interdisciplinary coordination — highlighting critical utility touchpoints for civil, structural, and MEP engineers — and a review of model codes including the ISPSC, MAHC, and federal VGB requirements. Attendees will leave with practical insights and "lessons learned" to avoid common design pitfalls in real-world aquatic projects.

Specific Knowledge or Skill Obtained

This course teaches the following specific knowledge and skills:

• Differences between at-grade and elevated pool construction methods, including critical structural load, waterproofing, and hydrostatic relief considerations.
• The hydraulic, operational, and maintenance impacts of various pool edge conditions (skimmer, gutter, and infinity edge systems)
• Core pool mechanical and hydraulic systems, including circulation turnover rates, VGB-compliant suction outlets, filtration technologies, and secondary sanitation (UV/Ozone).
• The requirements and applications of pool lifts, ramps, transfer walls, transfer systems, and double-handrail stairs for accessible entry
• How to coordinate critical utility and spatial interfaces between the aquatic systems and related structural, plumbing, mechanical, and electrical disciplines.
• The use of gas heaters, electric heaters, heat pumps, hydronic systems, and heat exchangers for pool water heating
• How to navigate relevant public health and safety regulations, including the International Swimming Pool and Spa Code (ISPSC), Model Aquatic Health Code (MAHC), and federal VGB Act mandates.