Enhancing Indoor Thermal Comfort Education: A Virtual Reality Platform Introducing Fanger's Model

Keyphrases

• Virtual Reality 100%
• Indoor Thermal Comfort 100%
• Virtual Reality Platform 100%
• Fanger's Model 100%
• Indoor Air Quality 66%
• Building Services Engineering 66%
• Virtual Learning Environment 66%
• Engineering Students 33%
• Human Comfort 33%
• Real-world Application 33%
• Virtual Environment 33%
• Interactive Systems 33%
• Learning Outcomes 33%
• Predicted Mean Vote 33%
• Human Impact 33%
• Assessment Experience 33%
• Human-computer Interaction 33%
• Teaching Building 33%
• Interactive Tool 33%
• Fanger 33%
• Environment Parameters 33%
• Thermal Comfort Assessment 33%
• Immersive Environments 33%
• Quality Effect 33%
• Interactive Interface 33%
• Indoor Thermal Conditions 33%
• Intuitive Interaction 33%
• Immersive Virtual Learning Environments 33%
• Vote Model 33%
• Multi-use Platform 33%
• User Interface Toolkits 33%
• Interaction Principles 33%

Computer Science

• Virtual Reality 100%
• Virtual Learning Environments 75%
• Human Computer Interaction 25%
• World Application 25%
• Learning Experiences 25%
• Virtual Environments 25%
• User Interface 25%
• Interactive System 25%
• Immersive Environment 25%
• Engineering Student 25%