How does AVIORA work with mechanical engineers?

AVIORA does not replace mechanical design. Based on the mechanical design, we prepare electrical supply, load calculations, control points, automation, smart building integration and commissioning support.

Why is coordination of mechanical systems important in high-end homes?

Mechanical systems are often the most expensive and most important technical systems in a home. Comfort, energy, humidity, ventilation and control logic affect daily life and must be coordinated with electrical engineering, interior design, automation and energy management.

Does AVIORA participate in commissioning?

Yes, we support control and commissioning coordination when mechanical systems are connected to electrical installations, KNX/BMS logic, sensors, actuators, safety modes and energy priorities.

Mechanical systems carry comfort. We help them connect properly.

In a high-end residence, mechanical systems are often the most expensive and most important technical layer. Based on mechanical design, we develop electrical calculations, power supply, control points, automation and commissioning coordination so that comfort, energy and control work as one whole.

// Relationship to mechanical design

We do not replace the mechanical designer. We connect mechanical design to the building.

The mechanical engineer defines the systems that carry comfort: heating, cooling, ventilation, heat recovery, heat pumps, underfloor heating, fan-coil units, chilled ceilings, pumps, valves and operating modes.

Our work begins where those systems need power supply, protection, control, sensors, communication, operating logic, energy priorities and connection to the rest of the building.

A good mechanical design must not remain isolated. It must be translated into electrical infrastructure, automation and a way of use the client can understand.

// Where we support

From mechanical design to a working system

Electrical calculations and power supply

Based on the mechanical design we define loads, cables, protection, distribution, panel positions and technical requirements for pumps, valves, heat pumps, ventilation units and related equipment.

Control points and automation

We translate mechanical requirements into control signals, sensors, actuators, operating modes, interlocks, permissions and logic that can be integrated into KNX/BMS or another control system.

Coordination with interior and architecture

Thermostats, sensors, grilles, inspection openings, ventilation routes and technical spaces must be coordinated with ceilings, finishes, furniture and the visual concept before the design goes to execution.

Commissioning and logic verification

When the system starts working, operating modes, limits, priorities, communication and reactions must be checked. This is where a connected system becomes a usable system.

// The most expensive systems must not work separately

Comfort, energy and automation must share the same logic

In residential projects, the most expensive technical systems are often the least visible ones: systems that maintain temperature, air quality, humidity, energy use and daily comfort.

If the mechanical system is treated separately from electrical engineering, automation, energy management and interior design, issues often appear during construction or, worse, after the family moves in.

Chilled ceilings must be connected with humidity and dew point monitoring. Ventilation must have clear operating modes. Heat pumps, photovoltaics, batteries and loads need defined priorities. Thermostats and sensors must be placed where they measure correctly, not only where they are easiest to install.

That is why we treat mechanical systems not as isolated equipment, but as part of the home’s living infrastructure.

Based on your design

We design electrical systems that respect mechanical logic

A mechanical design is not just a list of loads. We read operating modes, dependencies, control requirements, signalling, protection and future service needs.

power supply and protection for mechanical equipment
cables, panels and technical routes
I/O points, sensors, actuators and communication

Shared interest

Fewer site conflicts, more stable system operation

When mechanical and electrical solutions are coordinated early, there are fewer changes on site, fewer late interior compromises and fewer assumptions during commissioning.

coordination before issuing design for execution
clear operating modes and priorities
support during installation and commissioning

Our principle toward mechanical engineers

The mechanical engineer protects comfort and the energy logic of the building. AVIORA helps that logic receive reliable power, clear automation, coordination with interior design and stable commissioning.

The best result appears when mechanical design, electrical design and the control system are not three separate worlds, but one agreed way in which the home behaves.

Coordinate mechanical systems before they reach the site

If you have a mechanical design, equipment specification or HVAC concept, we can review power supply, controls, sensors, routes and operating modes together before the design is issued for execution.

Send mechanical design How we work