Design coordination

Run an Early Builder & Architect Design Review

Put radiant heating, floor build-up, air-side cooling, controls, equipment space, trades, evidence, and service ownership on one design agenda.

[ SOLUTION EXPLORATION ]

Make the interfaces visible before they become construction conflicts.

The review is a coordination tool for the project team, not a substitute for project engineering or local professional responsibility.

Early project stage

Architecture and mechanical systems remain open enough for coordinated change.

Multidisciplinary team

Owner, architect, builder, and HVAC partner can participate in the decision.

Documented next step

The team wants a clear input list, responsibility map, and design gate.

Common trigger events

■Schematic design review
■Owner radiant request
■All-electric system comparison
■Floor assembly coordination

Usually not the starting fit

■Requests to bypass the local design team
■Late-stage substitutions
■Projects without a qualified HVAC or service owner

[ PEOPLE + INPUTS + OUTPUTS ]

Define the operating requirements before implementation.

Inputs required

■Owner comfort brief
■Plans and envelope
■Loads and assemblies
■Mechanical and electrical concept
■Project schedule and roles
■Local review requirements

Expected operating outputs

■Interface map
■Open-decision log
■Responsibility matrix
■Evidence register
■Next design gate

[ CONTROLS + MEASUREMENT ]

Measure the workflow without inventing an outcome claim.

The program should define what requires approval and which leading indicators show whether the workflow is becoming more complete and usable.

Operating controls

■Named decision owners
■Document version control
■Floor-close hold point
■Commissioning scope
■Owner handoff requirements

[ DECISION QUESTIONS ]

Questions to resolve before scope is approved.

Not by itself. It identifies fit, interfaces, missing inputs, evidence, and responsibilities so the project professionals can complete the required design.

The builder controls sequencing, floor-close hold points, trade protection, inspections, documentation, and the practical conditions that protect an embedded system.

[ THE PROBLEM ]

The Problem

A premium comfort concept can be lost between architecture, mechanical design, flooring, electrical work, and construction. If each discipline assumes another party owns the system impacts, the project reaches pricing or construction with missing loads, incompatible floor details, unclear air-side cooling, and no agreed commissioning or service plan.

[ THE SOLUTION ]

How the System Addresses It

Use an early multidisciplinary review to align the owner brief, climate, envelope, room loads, floor and finish assemblies, equipment and electrical space, cooling and ventilation plan, zoning, penetrations, trade sequence, local review, commissioning, documentation, and service. Record what is documented, what is project-specific, and what is not yet claimed.

[ INTENDED OUTCOME ]

The Operating Outcome

The intended outcome is a coordinated decision package the builder, architect, HVAC contractor, and owner can evaluate. The package should expose constraints early, prevent duplicated assumptions, and make the next design milestone and responsible party explicit.

[ WORKFLOW CONTEXT ]

Connect the job to the capabilities and industry workflow.

Capabilities involved

Waterless Radiant Floor Heating

A heat-pump system sends refrigerant through engineered copper capillary loops beneath the floor for radiant heating. Cooling is handled through an air handler, and optional domestic hot water can be evaluated as part of the project. This is not a tankless water heater, an electric resistance mat, or an air-to-water hydronic loop.

Heating, Cooling & Optional Hot Water

The platform can be engineered around radiant floor heating, cooling and dehumidification through air handlers, and optional domestic hot water. The value is coordinated system design, not a claim that every project uses the same equipment or piping diagram.

First-Project Partner Program

The partner path is designed for refrigerant-skilled HVAC or radiant contractors evaluating a first project with a builder, architect, or custom-home client. HT supports system review, training, documentation, and first-project coordination; the local partner owns the licensed work, site execution, commissioning, service, and customer relationship agreed in scope.

Industry workflow examples

Custom-Home Builders & Architects

For custom-home builders, architects, and mechanical design partners evaluating a premium all-electric comfort concept early enough to coordinate room loads, floor build-up, finish selections, equipment space, air-side cooling, controls, trade sequencing, and service responsibility.

High-End Custom Homes

For custom-home owners and project teams comparing radiant, forced-air, mini-split, electric-floor, and hydronic options. The decision is not only how the rooms feel; it also includes floor construction, cooling and humidity, controls, local installer capability, commissioning, documentation, and future service.

HVAC & Radiant Contractors

For regional HVAC and radiant design-build contractors with refrigerant installation, commissioning, troubleshooting, and service capability. The strongest fit already works with custom-home builders or architects and wants a differentiated radiant option without pretending the first project is a standard equipment swap.

Does one of these use cases match your project?

Share the building type, region, design stage, floor scope, HVAC team, timing, and current decision point. HT will review fit before proposing a next step.

Review Your Project