Smart Building Design Support
Design-led automation
Develop intelligent functions around the architecture, occupants and intended use of each space.
Coordinated layouts
Plan suitable locations for sensors, controls and technical equipment alongside the wider design.
Better user experience
Create straightforward interactions that reduce unnecessary switches, interfaces and everyday adjustments.
Connected systems
Establish how compatible lighting, climate, shading, access and energy systems should work together.
Future flexibility
Consider changing requirements and appropriate expansion while the infrastructure is still being designed.
Smart Building Design Support
What does smart building design support include?
Depending on the project, support can include defining automation functions, reviewing layouts, planning control and sensor positions, coordinating building-service interfaces and developing room-specific operating principles.
When should smart-building design begin?
Ideally, it should begin during the concept or early design stages. This allows automation requirements to influence layouts, equipment selection, cabling and technical spaces before the design becomes difficult to change.
Can DY-Techniek work with our architect or interior designer?
Yes. DY-Techniek can collaborate with architects, interior designers, engineers and other consultants to coordinate automation with the project’s functional and visual objectives.
Do you design the electrical and mechanical systems?
DY-Techniek defines requirements relating to Loxone automation and its supported interfaces. The appointed electrical, mechanical and other specialist consultants remain responsible for their system designs, calculations and regulatory compliance.
Can you help decide which functions should be automated?
Yes. DY-Techniek considers how each space will be used and recommends where automation could improve comfort, convenience, operation or energy awareness. The final scope is agreed around the client’s priorities and budget.
Can the design incorporate third-party equipment?
Possibly. Proposed products can be reviewed to determine whether they provide suitable control interfaces. Compatibility and the available level of control must be confirmed for each product.
What happens if the design changes later?
Relevant changes can be reviewed to identify their effect on device positions, interfaces, cabling and system scope. Early communication is important because changes made after procurement or installation may affect cost and programme.
Intelligent design begins with people
Technology should support the way a building is experienced.
Occupants should not need to understand the systems behind every room. Lighting, temperature, shading and other connected functions should respond appropriately while providing clear control whenever someone wants to make an adjustment.
DY-Techniek helps translate these expectations into a practical automation design shaped around the architecture, occupants and intended operation of the building.
Define how each space should respond.
From architectural vision to building behaviour
Architectural drawings describe how a building is arranged, but automation design considers how it should behave.
A meeting room may require presentation scenes and occupancy-based climate control. A home entrance might coordinate access, lighting and security. Communal areas may follow defined schedules while still responding to changing conditions.
These behaviours need to be considered before products and control points can be specified.
- Understand how each room or area will be used.
- Identify appropriate automatic responses and manual controls.
- Define relationships between compatible building services.
- Consider different operating modes and occupancy patterns.
- Translate the agreed experience into technical requirements.
Give every space an appropriate strategy.
Room-by-room design
Different rooms serve different purposes.
Automation should reflect these distinctions rather than applying the same controls everywhere. The required sensors, scenes and operating rules can be considered according to room use, natural light, occupancy and connected equipment.
This room-based approach creates a clearer foundation for later specification and programming.
Living and working spaces
Coordinate lighting, temperature and shading around regular occupancy and activities.
Meeting and presentation rooms
Plan suitable scenes and controls for discussion, screen use and changing layouts.
Circulation areas
Provide appropriate lighting and other responses as people move through the building.
Shared facilities
Coordinate suitable schedules and occupancy-based operation in intermittently used spaces.
External areas
Consider access points, lighting, shading and other supported outdoor functions.
Fewer interfaces. Clearer interaction.
Control without visual clutter
A smart building should not require a separate control panel for every technical system.
Automation allows compatible functions to be combined through intuitive wall controls, scenes and authorised app access. Everyday interactions can remain simple while more detailed settings are available to the people responsible for managing them.
The control approach should also complement the architectural and interior design.
Consistent controls
Use a clear interaction approach across similar rooms and functions.
Multifunction operation
Allow appropriate controls to operate lighting, shading, scenes and other connected functions.
Automated defaults
Let routine actions happen automatically while maintaining suitable manual adjustment.
Authorised access
Provide residents, staff or facilities teams with controls appropriate to their roles.
Information gathered from the right places.
Sensor planning
Automation depends on reliable information about the building.
Presence, temperature, brightness, humidity, CO₂ and opening status can all influence how connected systems respond. The position and suitability of each sensor affect the quality of this information.
DY-Techniek reviews relevant layouts to help coordinate sensor locations with room coverage, equipment requirements and the visual design.
Presence detection
Plan suitable coverage around room use, circulation and expected movement.
Temperature measurement
Select positions that provide useful room information while avoiding inappropriate heat influences.
Brightness measurement
Support lighting and shading decisions with relevant information about available light.
Environmental sensing
Include CO₂ or humidity measurements where these form part of the climate strategy.
Door and window status
Coordinate suitable contacts where opening information is required by climate, access or security functions.
Coordinate natural and artificial light.
Lighting and shading design support
Lighting and shading both influence the atmosphere, comfort and energy behaviour of a space.
Automation design considers how lighting groups, dimming, scenes, daylight and occupancy should work together. Compatible shading can respond to sunlight, glare, room conditions and user preferences.
Early planning helps ensure that the selected luminaires, drivers and motors provide the required control capabilities.
Lighting groups
Organise luminaires around room use and the intended visual effect.
Dimming and colour
Confirm that selected lighting equipment supports the required adjustments.
Lighting scenes
Develop practical combinations for everyday activities and special uses.
Daylight response
Use available natural light to influence suitable lighting and shading behaviour.
Shading coordination
Plan how compatible blinds or curtains should respond to sunlight and building conditions.
Comfort considered as part of the room.
Climate design support
Heating, cooling and ventilation should support the intended use of each space.
Smart-building design can define room zones, temperature measurement, occupancy modes and the relationship between climate equipment, windows and shading. This helps the mechanical consultant and equipment suppliers understand the control requirements.
Actual performance still depends on appropriate mechanical design and correctly sized equipment.
Climate zones
Align temperature control areas with room use and the capabilities of the proposed system.
Occupied settings
Define suitable comfort behaviour while selected spaces are being used.
Unoccupied operation
Establish appropriate reduced settings outside occupied periods.
Air-quality response
Consider CO₂ and humidity measurements where compatible ventilation can respond.
Solar management
Coordinate external shading with the climate strategy to help manage unwanted heat.
Designing connected experiences
One activity.
A coordinated response.
The value of smart-building design becomes clear when systems work together around a real activity.
Instead of asking the user to adjust several separate controls, the building can apply an agreed combination of actions.
A presentation begins…
Lighting
Changes to the scene designed for screen visibility and comfortable note-taking.
Shading
Moves to an appropriate position to reduce glare where compatible equipment is installed.
Climate
Continues responding to occupancy and measured room conditions.
Control
Provides a clear way to return the room to its normal operating state.
The experience is designed as one room function rather than four separate systems.
Consider tomorrow without compromising today.
Designed for long-term use
The building’s first occupants may not use it in the same way as those who follow.
Spaces can be reconfigured, technology can change and additional functions may become desirable. A considered design can provide suitable panel capacity, cable routes and system structure for anticipated development.
Future compatibility cannot be guaranteed, but appropriate preparation can make later changes more practical.
Modular structure
Organise the system so relevant areas or functions can be adapted independently.
Infrastructure capacity
Allow suitable space and connectivity for anticipated additions.
Adaptable programming
Use clear room and system structures that can support appropriate operational changes.
Design documentation
Record important decisions to assist future maintenance and modification.
Compatibility
Design support across different technologies.
Smart buildings often combine equipment from several manufacturers.
Loxone can communicate with compatible third-party systems through supported technologies such as BACnet, Modbus, DALI, EEBUS and appropriate digital, analogue or network interfaces.
The available information and level of control depend on the specific product. DY-Techniek reviews proposed equipment and works with relevant consultants and suppliers to establish suitable interfaces before procurement where possible.
Architects & Planners
Project Collaboration
Technical Planning
Specification Assistance
Design a building that responds with purpose.
Smart-building expertise for your architectural vision.
Bring intelligent operation into the design process while there is still time to coordinate it properly. Develop room functions, controls, sensors and connected systems around the intended experience of the completed building.