Application scenarios

Building technology and automation

Automation systems make it possible to manage lighting, climate control, audiovisual and other technological systems in an integrated way. Designing these solutions helps improve comfort, energy efficiency and the functionality of contemporary buildings.

The case studies below illustrate some possible examples of design contexts, built to show recurring challenges, design approach and the skills required.

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Smart office building (placeholder image)

Smart office building

Milan, Italy
ContextContemporary building with integrated management of technological and audiovisual systems.
Typical challenges of the context
  • non-interoperable systems
  • fragmented user experience
  • poor readability of automation levels
  • excessive reliance on technical interfaces
Design interventionDesign of the integration logic between audiovisual, lighting, climate control and control systems to improve comfort, efficiency and ease of use.
Skills involved
Building automationSystem integrationEnvironmental UXEnergy awareness
Multi-purpose campus (placeholder image)

Multi-purpose campus

Parma, Italy
ContextComplex with halls, offices and common areas managed through a unified infrastructure.
Typical challenges of the context
  • multiple use cases and user profiles
  • distributed environment management
  • non-uniform technology standards
  • need for centralised monitoring
Design interventionDefinition of a consistent, scalable control architecture enabling supervision, automation and intuitive use of the different environments.
Skills involved
Campus controlScalabilityCentral supervisionRoom automation
High-efficiency hospitality building (placeholder image)

High-efficiency hospitality building

Bolzano, Italy
ContextFacility that integrates guest comfort with advanced energy management.
Typical challenges of the context
  • conflict between advanced automation and ease of use
  • numerous subsystems to coordinate
  • need to reduce energy waste
  • no continuous technical staff presence
Design interventionDesign of scenes and interfaces that make the spaces natural to use, while keeping consumption, comfort and continuity of service under control.
Skills involved
Energy efficiencyHospitality automationControl scenesOperational ease