
Sustainable principles are no longer disputed knowledge for construction industry leaders and professionals; they are a core part of current building practice. This unit emphasises critical regard for the implementation of preferred or standard but also cutting edge sustainable strategies in specialised projects at a global level to develop research-based practice. Students obtain knowledge of BIM model’s database to inquire after material and quantity attributes and values for real-time energy analyses and prototyping. Consolidating knowledge of site analysis and precedent studies, students apply understanding to drive iterative, exploratory and integrated processes throughout the project’s lifecycle.
Students are able to (1) apply technical and analytical skills to test a building for its thermal and passive solar performance; (2) manage and apply input and output data for energy and comfort optimization in order to refine design solutions; (3) identify tools for early design simulation of visual, acoustic, and thermal comfort; and (4) demonstrate theoretical knowledge underpinning sustainability principles and strategies.
Course Content
Sustainability 04 – BIM Thermal
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Sustainability 04-1 Thermal Aspects
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Sustainability 04-2 Thermal Aspects
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Sustainability 04-3 Thermal Aspects
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Sustainability 04-4 Material Properties
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Sustainability 04-5 Monthly Heating and Cooling Graphs
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Sustainability 04-6 Conceptual Modelling and Early Stage Energy Analysis
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Sustainability 04-7 Case Study
- Sustainability 04-1 Thermal Aspects
- Sustainability 04-2 Thermal Aspects
- Sustainability 04-3 Thermal Aspects
- Sustainability 04-4 Material Properties
- Sustainability 04-5 Monthly Heating and Cooling Graphs
- Sustainability 04-6 Conceptual Modelling and Early Stage Energy Analysis
- Sustainability 04-7 Case Study
Sustainability 08 – Internet of Things
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Sustainability 08-1 Building Monitoring and Logging
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Sustainability 08- 2 The Arduino
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Sustainability 08- 2a Arduino Simulation
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Sustainability 08- 2b Arduino Simulation
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Sustainability 08- 2c Arduino Simulation
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Sustainability 08-3 Temperature Sensor – Connecting Up
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Sustainability 08-4 Temperature Sensor Coding
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Sustainability 08-5 Data Logging
- Sustainability 08-1 Building Monitoring and Logging
- Sustainability 08- 2 The Arduino
- Sustainability 08- 2a Arduino Simulation
- Sustainability 08- 2b Arduino Simulation
- Sustainability 08- 2c Arduino Simulation
- Sustainability 08-3 Temperature Sensor – Connecting Up
- Sustainability 08-4 Temperature Sensor Coding
- Sustainability 08-5 Data Logging
Sustainability 09 – Facilities Management
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Sustainability 09-1 Introduction to Facilities Managements and Setting up your BIM 360 Ops Portfilio
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Sustainability 09-2 Asset data in 360 Ops
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Sustainability 09-3 Setting up FM item data in Revit
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Sustainability 09-4 Creating an Export Code in BIM 360 Ops
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Sustainability 09-5 Exporting from Revit
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Sustainability 09-6 Downloading the Revit 360 Ops addin
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Sustainability 09-7 Asset Data and the 3d Model in 360 Ops
- Sustainability 09-1 Introduction to Facilities Managements and Setting up your BIM 360 Ops Portfilio
- Sustainability 09-2 Asset data in 360 Ops
- Sustainability 09-3 Setting up FM item data in Revit
- Sustainability 09-4 Creating an Export Code in BIM 360 Ops
- Sustainability 09-5 Exporting from Revit
- Sustainability 09-6 Downloading the Revit 360 Ops addin
- Sustainability 09-7 Asset Data and the 3d Model in 360 Ops