CasaClima Sustainability Consultant (IT)
Environment
Energy
Energy Management
EN2.3
Building Management Systems (BMS)
2
Understanding the importance of BMS
Preliminary assessment of energy saving potential by means of BMS
EN2.2
Domotic systems
2
Understanding the importance of domotic systems
Preliminary assessment of energy saving potential by means of a domotic system
Energy Production and HVAC systems
EN3.1
Heating and cooling systems
3
Understanding the importance of heating and cooling systems
Applying basic solutions for heating and cooling systems
Proposing conceptual solutions for heating and cooling systems
Installing traditional systems for heating and cooling
Energy Reduction
EN4.5
Passive systems for cooling and heating
3
Understanding the importance of passive systems for cooling and heating
Applying basic solutions for passive systems for cooling and heating
Proposing conceptual solutions for passive systems for cooling and heating
Installing passive systems for cooling and heating
Water
Water efficiency
WA1.1
Outdoor water use management
2
Understanding basic stolutions to reduce water consumption for outdoor uses
Proposing basic strategies to reduce water consumption for outdoor uses
Proposing basic solutions for water management
Understanding the principles of operating the equipment of water and wastewater treatment technologies
WA1.2
Indoor water use management
3
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
Understanding the principles of water-saving facilities
Materials
Sustainable materials
MA2.2
Recycled and reused materials
3
Understanding of the importance of using recycled and recovered materials for buildings.
Applying recycled and recovered materials in buildings.
Considering recyclability of building materials and components in modernisation measures.
Explaining the concept of circular economy and how recycled and reused materials could help it.
MA2.3
Regenerative materials and technologies
3
Understanding the importance of using nature-based materials in a building construction.
Selecting nature-based materials. Applying technical standards and regulations.
Evaluating and proposing building materials according to ecological factors and primary energy consumption.
Habitat
Land Use
HA1.1
Site preservation, regeneration and development
1
Understanding the value of sustainable development strategies
Understanding the principles of watercourses quality management
Process
Sustainable Building Design
Integrative design
BD1.1
Integrated Design Process
3
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
Built Environment Certification systems
Building sustainability certification
BE1.1
Energy Performance Certification
4
Understanding the importance of energy efficiency
Understanding the positive impact on the energy transition through energy management and energy building retrofits
Applying specific legislation, interpreting indicators and standards in the energy sector
Applying basic solutions for energy performance
Analysing building designs and documents compliance for EPC
Performing an energy analysis for EPC
BE1.2
Building sustainability certification systems
3
Understanding of sustainability assessment methodologies
Understanding building sustainability certification (BSC) systems processes
Applying a sustainability certification process
Selecting the appropriate sustainability certification system
Society
Adaptation and resilience to climate change
Climate chenge resilient buildings
AD1.2
Sustainable drainage
3
Understanding the importance of catchment / network regarding potential flood risk
Maintaining public sewerage systems in a workmanlike manner
Proposing and selecting basic solutions for flood control based on flood control channels and basins
Determining the concept of the drainage development
Developing the initial drainage concept
Assuring the quality of wastewater purification (health factors)
Maintaining the drainage flow in a workmanlike manner
Mobility
Alternative mobility
MO1.1
Sustainable mobility strategies
1
Understanding the concept of sustainable mobility
Understanding the concept of shared mobility
Comfort and well being
Acoustic comfort
CO4.1
Sound insulation
3
Understanding the importance of sound insulation
Applying basic solutions for sound insulation
Proposing conceptual solutions for sound insulation
Installing sound insulation in a workmanlike manner
Thermal comfort
CO2.2
Outdoor Thermal Comfort
2
Understanding the importance of thermal comfort for urban outdoor spaces
CO2.1
Indoor Thermal Comfort
3
Understanding the importance of thermal comfort for indoor spaces
Applying basic solutions for indoor thermal comfort
Proposing conceptual solutions for indoor thermal comfort
Quality of air
CO1.2
Indoor air pollutants management
3
Understanding the importance of indoor air pollution control
Applying basic solutions to control indoor air pollution
Proposing conceptual solutions to control indoor air pollution
Visual comfort
CO3.1
Daylighting
3
Understanding the importance of daylighting
Applying basic solutions for daylighting
Proposing conceptual solutions for daylighting
Installing windows, skylights and light transport systems
Services
Services for inhabitants
SE2.2
Infrastructure and connectivity
2
Understanding the importance of infrastructure as services for inhabitants
Understanding the importance of buildings to the existing infrastructure network
Understanding the concept of green infrastructure
Applying the concepts of green infrastructure within a project
SE2.1
Functional mix
1
Understanding the concept of functional mix