Architecture and health Expert (SP)
Environment
Energy
Energy Management
EN2.2
Domotic systems
4
Understanding the importance of domotic systems
Preliminary assessment of energy saving potential by means of a domotic system
Proposing conceptual solutions for domotic systems
Engineering the concept design for domotic systems
Specifying the design for domotic systems in tender documents
Assuring the quality of domotic systems
Commissioning domotic systems to ensure operation as planned
Ensuring optimal operation of domotic systems during life cycle
Water
Water efficiency
WA1.2
Indoor water use management
4
Understanding the principles of water consumption patterns in buildings and strategies in relation to reducing water consumption for indoor uses
Determining the concept of indoor water use
Proposing and selecting indoor water-efficient appliances
Determining the concept of sewage treatment plant for housing units
Engineering the concept of water saving installation requirements
Understanding the principles of water-saving facilities
Understanding the principles of water-saving facilities
Process
Sustainable Building Design
Integrative design
BD1.1
Integrated Design Process
4
Understanding the Integrated Design Process (IDP)
Applying IDP approach
Analysing the interrelation among building systems
Analysing project design and execution phases
Analysing technical specifications of the project
Providing construction documents in IDP
Society
Comfort and well being
Quality of air
CO1.1
Low Emitting materials
4
Understanding the importance of low-emitting materials
Selecting low-emitting materials for building insulation and fit-out products
Proposing source control strategies with respect to building insulation and fit-out products
Engineering source control strategies with respect to building insulation and fit-out products
Specifying the use of low-emitting materials in tender documents
Installing low-emitting materials (building insulation, fit-out products) in a workmanlike manner
CO1.2
Indoor air pollutants management
4
Understanding the importance of indoor air pollution control
Applying basic solutions to control indoor air pollution
Proposing conceptual solutions to control indoor air pollution
Engineering solutions to control indoor air pollution
Visual comfort
CO3.1
Daylighting
4
Understanding the importance of daylighting
Applying basic solutions for daylighting
Proposing conceptual solutions for daylighting
Engineering the concept design for daylighting
Specifying the design for daylighting in tender documents
Installing windows, skylights and light transport systems
Assuring the quality of installed daylighting systems
Acoustic comfort
CO4.4
Environmental noise management
4
Understanding the importance of environmental noise management
Applying basic solutions for environmental noise management
Proposing conceptual solutions for environmental noise management
Engineering the concept design for environmental noise management
Specifying the design for outdoor noise management in tender documents
Installing noise mitigation treatment and devices in a workmanlike manner
Assuring the quality of installed noise mitigation treatment and devices
Electromagnetic pollution
CO5.2
Management of indoor exposure to RF/MW electromagnetic fields
4
Understanding the importance of RF/MW-EMF management
Applying basic solutions for RF/MW-EMF management
Proposing conceptual solutions for RF/MW-EMF management
Engineering the concept design for RF/MW-EMF management
Specifying the design for RF/MW-EMF management in tender documents
Assuring the quality of installed RF/MW-EMF shielding materials and mitigation devices