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Level(s) - Sustainable performance in buildings

Ġurnata

Intermedju

7 Taqsimiet

Level(s) stakeholder roles

Before you begin, please refer to the Learning journey document in the Resources section on the right hand side of the screen. It will indicate the materials that best suit your priorities.

This Introduction will guide you through the development of a Level(s) project plan and the building description.

Introduction

Marked as completed

1. Greenhouse gas and air pollutant emissions along a building’s life cycle

An image representing Macro-objective 1

Minimizing the whole life carbon output, consider both energy consumption during the use phase of the building and embodied energy, including:

Use stage energy performance.
Life cycle Global Warming Potential.

Select the module to explore the macro-objective and its indicators.

Module 1

Kompli

2. Resource efficient and circular material life cycles

An image representing Macro-objective 2

Optimizing the building design to support lean and circular flows, including:

Building materials use and quantities
Minimizing construction and demolition waste generated to optimize material use
Replacement cycles and flexibility to adapt to change
Potential for deconstruction as opposed to demolition

Select the module to explore the macro-objective and its indicators.

Module 2

Kompli

Using water efficiently, particularly in areas of identified long-term or projected water stress.

Select the module to explore the macro-objective and its indicators.

Module 3

Marked as completed

An image representing Macro-objective 4

Creating buildings that are comfortable, attractive and productive. This includes four aspects of the quality of the indoor environmental quality:

The indoor air for specific parameters and pollutants
The degree of thermal comfort
The quality of artificial and natural light and associated visual comfort
The capacity of the building fabric to insulate occupiers from internal and external sources of noise

Select the module to explore the macro-objective and its indicators.

Module 4

Kompli

An image representing Macro-objective 5

Future-proofing building performance:

Adapting to changes of future climate impacting on thermal comfort
Making the building more resilient and resistant to extreme weather events (including flooding: fluvial, pluvial and coastal)
Improving the building design to reduce the chances of pluvial/fluvial flood events in the local area (i.e. increasing sustainable drainage)

Select the module to explore the macro-objective and its indicators.

Module 5

Kompli

An image representing Macro-objective 6

A long-term view of the whole life costs and market value of more sustainable buildings, including:

Life cycle costs (construction, operation, maintenance, refurbishment and disposal)
Encouraging the integration of sustainability aspects into market value assessment and risk rating processes and ensure that this is done as informed and transparent as possible

Select the module to explore the macro-objective and its indicators.

Module 6

Kompli

Moduli

Learning journey

Kompluti

0. Introduction

Kompluti

1. Greenhouse gas and air pollutant emissions along a building’s life cycle

2. Resource efficient and circular material life cycles

3. Efficient use of water resources

Kompluti

4. Healthy and comfortable spaces

5. Adaption and resilience to climate change

6. Optimised life cycle cost and value

Topic outline

Learning journey
- General feedback
- Announcements Forum
- Before you begin, please refer to the Learning journey document in the Resources section on the right hand side of the screen. It will indicate the materials that best suit your priorities.
- Learning journey File
- Itinerario de aprendizaje File
- Parcours d’apprentissage File
- Lernreise File
- Viaggio di apprendimento File
- Ścieżka edukacyjna File
- Calculation and Assessment Tool (CAT) URL
0. Introduction
- This Introduction will guide you through the development of a Level(s) project plan and the building description.
- Introduction SCORM package
1. Greenhouse gas and air pollutant emissions along a building’s life cycle
- Minimizing the whole life carbon output, consider both energy consumption during the use phase of the building and embodied energy, including:
  Use stage energy performance.
  Life cycle Global Warming Potential.
  
  Select the module to explore the macro-objective and its indicators.
- Module 1 SCORM package
2. Resource efficient and circular material life cycles
- Optimizing the building design to support lean and circular flows, including:
  
  Building materials use and quantities
  
  Minimizing construction and demolition waste generated to optimize material use
  
  Replacement cycles and flexibility to adapt to change
  
  Potential for deconstruction as opposed to demolition
  
  Select the module to explore the macro-objective and its indicators.
- Module 2 SCORM package
3. Efficient use of water resources
- Using water efficiently, particularly in areas of identified long-term or projected water stress.
  
  Select the module to explore the macro-objective and its indicators.
- Module 3 SCORM package
4. Healthy and comfortable spaces
- Creating buildings that are comfortable, attractive and productive. This includes four aspects of the quality of the indoor environmental quality:
  
  The indoor air for specific parameters and pollutants
  
  The degree of thermal comfort
  
  The quality of artificial and natural light and associated visual comfort
  
  The capacity of the building fabric to insulate occupiers from internal and external sources of noise
  
  Select the module to explore the macro-objective and its indicators.
- Module 4 SCORM package
5. Adaption and resilience to climate change
- Future-proofing building performance:
  
  Adapting to changes of future climate impacting on thermal comfort
  
  Making the building more resilient and resistant to extreme weather events (including flooding: fluvial, pluvial and coastal)
  
  Improving the building design to reduce the chances of pluvial/fluvial flood events in the local area (i.e. increasing sustainable drainage)
  
  Select the module to explore the macro-objective and its indicators.
- Module 5 SCORM package
6. Optimised life cycle cost and value
- A long-term view of the whole life costs and market value of more sustainable buildings, including:
  
  Life cycle costs (construction, operation, maintenance, refurbishment and disposal)
  
  Encouraging the integration of sustainability aspects into market value assessment and risk rating processes and ensure that this is done as informed and transparent as possible
  
  Select the module to explore the macro-objective and its indicators.
- Module 6 SCORM package

European Union

Explore by topic:

Explore by topic:

Level(s) - Sustainable performance in buildings

Learning journey

0. Introduction

1. Greenhouse gas and air pollutant emissions along a building’s life cycle

2. Resource efficient and circular material life cycles

3. Efficient use of water resources

4. Healthy and comfortable spaces

5. Adaption and resilience to climate change

6. Optimised life cycle cost and value

Moduli

Interazzjonijiet

Riżorsi

Ikklassifika dan il-kors

Topic outline