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ENGINEERING: The edge is the engineering.

A true vanishing edge requires precise coordination of:

• Structural elevations
• Overflow edge
• Catch basin
• Hydraulic balance
• Surge capacity
• Circulation
• Waterproofing
• Equipment
• Automatic controls

BUILD: Precision at the waterline.

The finished edge, coping, tile, structure, and surrounding architecture must meet with exceptional precision.

RESULT: Water without a horizon.

A private pool that visually extends the property into the landscape.

ENGINEERING: Every edge becomes a hydraulic edge.

The system requires coordinated:

• Perimeter overflow
• Surge capacity
• Collection troughs
• Hydraulic balancing
• Structural tolerances
• Waterproofing
• Equipment integration

BUILD: Every millimeter matters.

The architecture, coping, slot overflow, tile, deck, and waterline must work as one precisely controlled system.

RESULT: A pool that looks like a sheet of glass.

This is the ultimate expression of water as architecture.

ENGINEERING: Design every zone to work together.

The aquatic system coordinates:

• Main pool
• Baja shelf
• Bubblers
• Integrated spa
• Water features
• Heating
• Filtration
• Lighting
• Automation

BUILD: Build The Experience—Not Just The Pool.

Pool, deck, landscape, outdoor kitchen, covered living area, lighting, and fire features are coordinated as one environment.

RESULT: Your backyard becomes your private resort.

ENGINEERING: Simplicity requires precision.

Clean lines demand exact control of:

• Pool geometry
• Elevations
• Structural transitions
• Hydraulic returns
• Overflow
• Equipment
• Drainage
• Lighting

BUILD: Clean Design. Zero Visual Noise.

Every transition—from architecture to coping to water to landscape—is resolved deliberately.

RESULT: Beauty through restraint.

A sophisticated architectural environment where the pool feels inevitable—as though the house was designed around it.

ENGINEERING: Three experiences. Three system requirements.

Coordinate:

Warm Water
Hydrotherapy spa.

Cool Water
Swimming and recovery.

Cold Water
Dedicated cold plunge.

Each environment can have different temperature, circulation, treatment, and control requirements.

BUILD: Integrate wellness into the architecture.

The systems are designed into the environment rather than appearing as disconnected equipment.

RESULT: A private wellness destination.

Swim. Recover. Restore. Repeat.

ENGINEERING: Organic doesn't mean unengineered.

Behind the natural appearance:

• Hydraulic circulation
• Filtration
• Water treatment
• Structural geometry
• Drainage
• Equipment
• Feature hydraulics

are carefully coordinated.

BUILD: Make the natural look effortless.

Rock, stone, water, landscape, beach entry, planting, and lighting are integrated to avoid an artificial appearance.

RESULT: A private tropical escape.

ENGINEERING: Design the transition.

The challenge is coordinating:

• Entry slope
• Water depth
• Drainage
• Circulation
• Finish transitions
• Structural requirements
• Accessibility
• Water movement

BUILD: Create a natural arrival into the water.

The transition between landscape, shallow water, and swimming depth becomes part of the architecture.

RESULT: The pool feels like its own beach.

Ideal for resort-style living, families, entertaining, and waterfront residences.

ENGINEERING: Integrate water, structure, and hospitality.

Coordinate:

• Swim-up seating
• Bar structure
• Countertop
• Plumbing
• Lighting
• Pool circulation
• Outdoor kitchen
• Refrigeration
• Drainage
• Electrical systems

BUILD: One entertainment environment.

The pool, bar, kitchen, dining area, fire feature, and landscape are constructed as a cohesive experience.

RESULT: Everyone ends up at the water.

ENGINEERING: Two elements. One coordinated system.

Design around:

• Gas infrastructure
• Fire-feature clearances
• Water hydraulics
• Pumps
• Lighting
• Electrical
• Drainage
• Safety requirements

BUILD: Design for day and night.

The pool must look exceptional in daylight—and become something completely different after dark.

RESULT: The pool has a second life after sunset.

AQUATIC ZONES

Main Pool
Swimming and recreation.

Private Spa
Hydrotherapy and relaxation.

Sun Shelf
Lounging and socializing.

Cold Plunge
Recovery and wellness.

Water Feature
Architecture and atmosphere.

ENGINEERING: One property. Multiple systems.

The challenge is coordinating multiple hydraulic, mechanical, electrical, treatment, heating, and automation requirements.

BUILD: Make multiple systems feel like one environment.

RESULT: A private aquatic campus.

ENGINEERING: Every inch has a purpose.

Design around:

• Tight site conditions
• Structural constraints
• Equipment access
• Drainage
• Noise
• Mechanical space
• Architectural integration

BUILD: Smaller footprint. Greater precision.

The pool becomes a visual extension of the interior living environment.

RESULT: A private retreat within the architecture.

ENGINEERING: Integrate everything.

One coordinated system incorporating:

• Infinity edge
• Baja shelf
• Integrated spa
• Water features
• Fire features
• Heating
• Filtration
• Water treatment
• Automation
• Lighting
• Outdoor living
• Landscape
• Drainage
• Equipment infrastructure

BUILD: One team. One vision. One result.

Design, engineering, procurement, construction, system integration, finishes, controls, and commissioning remain connected from beginning to end.

RESULT: The complete white water experience.

A residence where architecture, landscape, water, technology, and outdoor living become one environment.

ENGINEERING: The view required a new edge.

Converting an existing pool to an infinity edge is a structural and hydraulic transformation—not a cosmetic upgrade.

The redesigned environment required coordination of:

• New vanishing edge
• Catch basin
• Surge capacity
• Structural modifications
• Revised circulation
• Hydraulic balancing
• Waterproofing
• Integrated spa
• Water treatment
• New equipment
• Automation

BUILD: From existing structure to new experience.

The construction process selectively preserved what made sense while rebuilding the elements necessary to achieve the new design.

New geometry, premium finishes, infinity-edge construction, spa integration, lighting, equipment, and surrounding hardscape were brought together as one coordinated transformation.

RESULT: The waterfront became the experience.

The finished pool no longer competes with the view.

It disappears into it.

ENGINEERING: Make every zone function as one system.

The transformation incorporated:

• Expanded shallow-water shelf
• Integrated seating
• Bubblers
• Spa
• Updated circulation
• Filtration
• Water treatment
• Heating
• Lighting
• Automation

The engineering challenge was integrating new experiences into the existing aquatic system without compromising long-term performance.

BUILD: From basic pool to private resort.

The transformation extended beyond the water.

New materials, decking, landscape, outdoor living, lighting, and pool features were coordinated around the redesigned aquatic environment.

RESULT: The pool became the center of the home.

A shallow shelf for lounging.
A spa for relaxation.
Open water for swimming.
Outdoor living for gathering.

One pool. An entirely different experience.

ENGINEERING: Clean lines demand precision.

The new design required careful coordination of:

• Revised pool geometry
• Structural modifications
• New elevations
• Hydraulic returns
• Water feature circulation
• Drainage
• Equipment
• Lighting
• Automation

BUILD: Simplicity is built, not assumed.

New coping, interior finishes, decking, lighting, water features, and landscape were executed as a single architectural composition.

Every transition was treated as part of the design.

RESULT: A modern pool for a modern home.

The transformation doesn't look like an upgraded old pool.

It looks as though the pool was designed with the house from the beginning.

ENGINEERING: Every edge becomes a system.

A perimeter-overflow transformation requires precise coordination of:

• Overflow channels
• Surge capacity
• Collection system
• Hydraulic balancing
• Structural tolerances
• Waterproofing
• Pumping
• Filtration
• Water treatment
• Automatic controls

The finished water level must remain exceptionally consistent.

BUILD: Precision from structure to waterline.

The existing pool is transformed through structural modification, new overflow details, architectural finishes, precise tile work, and redesigned surrounding surfaces.

RESULT: The pool became a mirror.

The water appears to extend seamlessly across the entire architectural plane.

No conventional edge.

No visual interruption.

Just water, architecture, and reflection.

ENGINEERING: Fire and water require their own infrastructure.

The redesigned system coordinates:

• Water feature hydraulics
• Pumps
• Sheer descents
• Fire-feature infrastructure
• Gas systems
• Electrical systems
• LED lighting
• Automation
• Drainage
• Equipment

BUILD: Daylight and nighttime were designed together.

The features were positioned to create visual impact from the home, outdoor living spaces, and pool itself.

Materials were selected to respond to both natural and artificial light.

RESULT: The pool has a second life after dark.

During the day, it is a sophisticated aquatic environment.

At night, it becomes architecture in motion.

ENGINEERING: Different experiences. Different requirements.

The project coordinates:

• Heated pool
• Hydrotherapy spa
• Cold plunge
• Independent temperature control
• Circulation
• Filtration
• Water treatment
• Heating
• Controls
• Automation

BUILD: Wellness without visual clutter.

The various water experiences are integrated into one cohesive architectural environment.

Equipment and infrastructure are planned around accessibility, serviceability, and long-term operation.

RESULT: Swim. Soak. Recover. Reset.

The backyard becomes a private wellness destination without sacrificing the beauty of the surrounding residence.

ENGINEERING: Natural appearance. Precise systems.

Behind the organic form:

• Revised structural geometry
• Hydraulic circulation
• Filtration
• Water treatment
• Beach-entry hydraulics
• Water features
• Drainage
• Equipment
• Lighting

are engineered as one coordinated system.

BUILD: Create the illusion of nature.

The transformation incorporates:

• Organic pool geometry
• Gradual entry
• Natural stone
• Water movement
• Tropical planting
• Integrated lighting
• Landscape transitions

The objective is not to make a pool look artificial and then add landscaping.

It is to make the entire environment feel naturally connected.

RESULT: A private lagoon where a pool once existed.

The property now feels like a destination rather than a backyard.

ENGINEERING: One environment. One coordinated system.

The transformation integrates:

• Structural modifications
• Infinity edge
• Baja shelf
• Spa
• Water features
• Fire features
• Hydraulics
• Filtration
• Water treatment
• Heating
• Electrical
• Lighting
• Automation
• Drainage
• Equipment infrastructure

BUILD: One vision through every phase.

Demolition.
Structural modification.
Pool construction.
Equipment.
Hardscape.
Landscape.
Outdoor kitchen.
Lighting.
Water features.
Automation.

Every discipline works toward the same finished environment.

RESULT: It doesn't look remodeled. It looks recreated.

The residence now has an aquatic environment designed around the architecture, the property, the waterfront, and the way the owners want to live.

THE FINAL RESULT:

More beautiful.
More functional.
More connected.
More technologically capable.
More completely theirs.

ENGINEERING: The edge is only the beginning.

A commercial infinity pool requires engineering around:

• Structural edge conditions
• Catch basin
• Surge capacity
• Hydraulic balancing
• High-volume circulation
• Filtration
• Water treatment
• Heating
• Automated chemical management
• Equipment redundancy
• Lighting and controls
• Service access

Commercial systems must be designed around substantially greater use and operational demands than residential environments.

BUILD: Build the experience around the water.

White Water coordinates pool construction, overflow systems, spa, finishes, landscape interfaces, cabanas, lighting, equipment, controls, and surrounding hospitality spaces.

RESULT: Water that defines the property.

The pool becomes more than an amenity.

It becomes part of the resort's identity.

ENGINEERING: The building becomes part of the pool system.

Elevated aquatic venues require specialized attention to structural loads, waterproofing, drainage, vibration, access, equipment, and building integration.

Engineering can encompass:

• Structural loading
• Pool shell
• Building interface
• Waterproofing
• Overflow systems
• Surge capacity
• Drainage
• Equipment location
• Hydraulic circulation
• Mechanical systems
• Access and maintenance
• Acoustic considerations

BUILD: Precision above the ground.

Construction sequencing becomes critical.

Structure, waterproofing, aquatic systems, finishes, building systems, and architectural details must be coordinated before the water ever enters the pool.

RESULT: A rooftop amenity that becomes a destination.

The pool isn't simply located on the roof.

It becomes the reason to go there.

ENGINEERING: Every body of water has a different job.

The system can require separate consideration for:

• Temperature
• Circulation
• Filtration
• Water treatment
• Turnover
• Heating
• Cooling
• Hydrotherapy
• Controls

Commercial wellness environments can combine multiple specialized bodies of water, each with distinct operating requirements. A current 2026 commercial bathhouse example integrates pools, spas, cold plunges, rain rooms, and float therapy into one facility.

BUILD: Integrate the aquatics into the wellness journey.

Pool, spa, cold plunge, sauna, rain experiences, relaxation spaces, lighting, finishes, and circulation are designed as one environment.

RESULT: The pool becomes a wellness destination.

Not simply a place to swim.

A place to restore, recover, and return.

It can become:

• A daytime lounge
• A social gathering space
• A dining environment
• An entertainment venue
• An evening destination

ENGINEERING: Hospitality has to work behind the scenes.

The aquatic environment is coordinated with:

• Swim-up plumbing
• Bar infrastructure
• Equipment
• Circulation
• Water treatment
• Lighting
• Audio/AV
• Electrical systems
• Drainage
• Service access
• Kitchen/service areas

Current hospitality design discussions increasingly treat swim-up bars, zoned experiences, immersive lighting, and event-ready pool decks as integrated parts of the commercial pool environment.

BUILD: Build for both guests and operations.

The guest should see effortless hospitality.

Behind the scenes, service routes, equipment access, drainage, utilities, and maintenance must be carefully coordinated.

RESULT

The pool deck becomes the social heart of the property.

ENGINEERING: Separate experiences. Coordinated systems.

Potential systems include:

• Main swimming pool
• Zero-depth entry
• Children's pool
• Splash zone
• Interactive water
• Slides
• Shade structures
• Separate circulation
• Water treatment
• Automated controls
• Safety systems
• Drainage

Zero-depth entries and water-play environments remain significant components of public and commercial aquatic programming.

BUILD: Create clear, purposeful aquatic zones.

Each area is designed for its intended use while maintaining visual and operational continuity across the property.

RESULT: One aquatic environment. Everyone has a place.

A commercial pool environment designed around the complete guest population.

ENGINEERING: Performance requires control.

The aquatic environment is engineered around:

• Lane geometry
• Water circulation
• Filtration
• Water quality
• Temperature control
• Hydrotherapy
• Recovery systems
• Lighting
• Automation
• Equipment access

Commercial aquatic facilities increasingly combine traditional swimming with wellness and exercise programming rather than treating them as separate destinations.

BUILD: Build for performance and daily operation.

Durable finishes, equipment access, circulation patterns, lighting, drainage, storage, and operational infrastructure are considered from the beginning.

RESULT: A commercial aquatic environment built around performance.

Swim.
Train.
Recover.
Repeat.

ENGINEERING: What looks simple is highly coordinated.

Behind each feature:

• Hydraulic design
• Pumps
• Filtration
• Water treatment
• Surge management
• Electrical
• Lighting
• Controls
• Drainage
• Access
• Maintenance infrastructure

BUILD: Build water into the architecture.

Water features are coordinated with architectural materials, structural elements, landscape, lighting, circulation, and guest experience.

RESULT: Water becomes the property's signature.

The aquatic environment doesn't simply occupy the architecture.

It helps define it.

ENGINEERING: The larger the experience, the more important the system.

A destination-scale aquatic environment can require coordination of:

• Multiple bodies of water
• Hydraulic zones
• Filtration
• Water treatment
• Surge capacity
• Pumping
• Lazy-river circulation
• Water features
• Water-play systems
• Heating
• Electrical
• Automation
• Drainage
• Equipment infrastructure
• Service access

BUILD: Build the system as one environment.

Multiple aquatic experiences are constructed with one coordinated vision for circulation, architecture, landscape, guest movement, operations, and maintenance.

RESULT: The aquatic environment becomes the destination.

Guests don't simply visit the pool.

They spend the day there.

Engineering

Large-volume circulation, filtration, water treatment, hydraulic zoning, automated controls, lighting, feature systems, equipment infrastructure, and operational access are engineered as one integrated aquatic system.

Build

Complex geometry, transitions, submerged structures, edge conditions, equipment infrastructure, specialty finishes, and landscape interfaces are coordinated through construction to protect the original design intent.

Result

A signature aquatic environment that becomes more than a resort amenity.

It becomes the resort experience.

Signature Features:

Beach Entry • Swim-Up Areas • Private Coves • Cabanas • Islands • Water Features • Architectural Edges • Resort-Scale Circulation

Engineering

Multiple aquatic zones can be coordinated around varying depths, temperatures, circulation requirements, water features, lighting, automation, and high-use operational demands.

Build

Pool environments, terraces, cabanas, hospitality spaces, landscape, lighting, and infrastructure are brought together as one cohesive destination.

Result

A private waterfront experience that combines the exclusivity of a club with the atmosphere of a luxury resort.

The water becomes the social heart of the property.

Signature Features:

Infinity / Vanishing Edges • Beach Entries • Swim-Up Lounges • Cabanas • Spa Zones • Fire & Water • Waterfront Views • Hospitality Integration

Engineering

Separate hydraulic and operational zones allow different aquatic experiences to function together while supporting water quality, circulation, safety, accessibility, and efficient operation.

Build

The environment is constructed around durability, visibility, access, maintenance, safety, and the constant movement of people between water, deck, shade, and amenities.

Result

A destination where children, parents, grandparents, and groups can all find their own experience within one connected aquatic environment.

One destination. Multiple generations. Endless ways to experience the water.

Signature Features:

Zero-Depth Entry • Splash Play • Water Play Structures • Family Leisure Pool • Slides • Shade Structures • Accessible Entries • Interactive Features

Engineering

The river becomes a major hydraulic system in its own right, requiring careful control of flow rates, circulation, filtration, water treatment, depth transitions, equipment capacity, and operational zones.

Build

Complex curves, variable depths, bridges, entry points, rockwork, waterfalls, submerged structures, and surrounding amenities are coordinated into a continuous environment.

Result

An aquatic experience that doesn't simply contain activities.

It connects them.

Signature Features:

Lazy River • Swim-Throughs • Waterfalls • Bridges • Beaches • Cabanas • Leisure Pools • Swim-Up Areas

Engineering

Wave generation, circulation, water treatment, hydraulics, structural systems, energy requirements, safety systems, operational controls, and supporting aquatic infrastructure must function as one highly coordinated environment.

Build

The lagoon, shorelines, surf zones, spectator areas, hospitality spaces, equipment infrastructure, and supporting amenities are developed as a unified destination.

Result

Water becomes the attraction, the identity, and the reason people come.

Not simply a pool. A destination built around the experience of the water.

Signature Features:

Surf Lagoon • Wave Generation • Training Zones • Beach Club • Spectator Areas • Hospitality • Wellness • Action Sports

Engineering

Multiple water temperatures, treatment requirements, circulation zones, hydrotherapy systems, controls, heating, filtration, and specialized equipment are coordinated around the operational needs of the destination.

Build

The aquatic environment is integrated with architecture, landscape, wellness facilities, hospitality spaces, and private retreat areas.

Result

A destination where water supports more than recreation.

It becomes part of the lifestyle.

Signature Features:

Thermal Pools • Hydrotherapy • Spas • Cold Plunge • Leisure Pools • Quiet Zones • Wellness Gardens • Integrated Technology

Engineering

The aquatic environment is developed in relationship to the larger master plan, including circulation, utilities, infrastructure, water treatment, equipment systems, access, maintenance, phasing, and long-term operational requirements.

Build

Lagoon edges, beaches, pools, recreation areas, landscape, buildings, hospitality amenities, and infrastructure are coordinated as one development-wide experience.

Result

The lagoon becomes more than an amenity within the community.

It becomes the place the community gathers around.

Signature Features:

Central Lagoon • Beaches • Family Zones • Swim-Up Areas • Cabanas • Event Areas • Waterfront Dining • Community Amenities

Engineering

Complex relationships between pools, lagoons, waterfront edges, circulation systems, water features, infrastructure, environmental conditions, treatment systems, and operational requirements are resolved through one integrated approach.

Build

The aquatic environment is constructed as part of the larger destination—coordinating water, architecture, landscape, public spaces, hospitality, infrastructure, and guest circulation.

Result

A destination in which water is not simply something people see.

It is what brings the entire place together.

Signature Features:

Waterfront Pools • Infinity Edges • Lagoons • Beaches • Promenades • Water Features • Hospitality • Public Gathering Spaces

Engineering

Behind the simplicity is a precisely controlled hydraulic system. Flow rates, weirs, pumps, filtration, water collection, waterproofing, lighting, access, and maintenance are engineered to create a consistent sheet of water across the entire surface.

Build

Structure, waterproofing, finish materials, hydraulic distribution, lighting, and collection systems are constructed as one integrated assembly.

Result

A seemingly effortless architectural surface where the building itself appears to be made of water.

Signature Features:

Water Wall • Sheet Flow • Integrated Lighting • Architectural Materials • Hidden Collection • Custom Hydraulics

Engineering

The visual effect depends on precision. Catch basins, weirs, surge capacity, circulation, water levels, hydraulic balance, structural tolerances, and automated controls are coordinated to maintain the edge.

Build

The pool structure, edge geometry, catch basin, waterproofing, finishes, and surrounding architecture are executed to exceptionally tight tolerances.

Result

The edge disappears.

The water becomes the horizon.

Signature Features:

Infinity Edge • Negative Edge • Wet Edge • Catch Basin • Waterfront Views • Architectural Overflow

Engineering

Precise water-level control, hydraulic circulation, filtration, water treatment, overflow management, waterproofing, and surface tolerances are designed to maintain the calm, reflective surface.

Build

Geometry, edges, transitions, materials, surrounding hardscape, lighting, and water levels are constructed with the precision required to preserve the visual effect.

Result

The architecture appears to continue into the water.

A surface becomes a second landscape.

Signature Features:

Reflecting Pool • Mirror Water • Architectural Courtyard • Formal Basin • Sculptural Integration • Controlled Overflow

Engineering

Water flow, hydraulic separation, burner systems, fuel delivery, ignition, controls, electrical systems, drainage, access, and safety requirements are coordinated into one integrated feature.

Build

The fire element is not simply placed beside the water. It is designed into the architecture—with the structure, finishes, hydraulics, controls, and equipment engineered together.

Result

Water moves.
Fire rises.
Light reflects.

The feature changes character completely after sunset.

Signature Features:

Fire Bowls • Fire & Water Walls • Linear Fire • Scuppers • Flame Effects • Integrated Lighting

Engineering

The visual quality depends on precise distribution. Nozzles, manifolds, flow rates, spacing, collection, filtration, recirculation, lighting, and controls are engineered to create the intended curtain.

Build

The distribution system is concealed within the architecture while the collection and drainage systems are integrated into the surrounding structure.

Result

A boundary becomes an experience.

An entrance becomes a passage through water.

Signature Features:

Rain Curtain • Water Veil • Entry Feature • Interactive Threshold • Hidden Distribution • Architectural Lighting

Engineering

Custom nozzles, pumps, manifolds, filtration, water treatment, flow control, collection, lighting, automation, and equipment access are engineered around the artistic concept.

Build

The sculpture, basin, structure, hydraulic system, waterproofing, finishes, lighting, and controls are brought together as one precisely coordinated installation.

Result

The water is no longer decorating the architecture.

The water becomes the architecture.

Signature Features:

Sculptural Fountain • Laminar Jets • Bubblers • Custom Nozzles • Interactive Flow • Programmable Lighting

Engineering

Slope, flow, channel geometry, hydraulic capacity, water levels, collection points, filtration, waterproofing, and overflow are precisely coordinated to maintain consistent movement.

Build

The channel becomes part of the architecture and landscape, with transitions, edges, materials, bridges, steps, and collection systems constructed as one continuous environment.

Result

Water becomes a line through the property.

A landscape is connected by movement, sound, and reflection.

Signature Features:

Runnels • Cascades • Linear Water • Stepping Crossings • Spillways • Architectural Channels

Engineering

Multiple hydraulic zones, filtration, water treatment, pumps, controls, lighting, electrical systems, drainage, equipment infrastructure, and automation are coordinated into one integrated aquatic system.

Build

Every feature must work independently while remaining visually and technically connected to the larger environment. Structure, waterproofing, finishes, hydraulics, controls, and access are developed as one system.

Result

The water doesn't simply occupy the space.

It defines the space.

Signature Features:

Water Walls • Reflecting Pools • Rain Curtains • Cascades • Fire & Water • Interactive Water • Integrated Lighting • Automation