Engaging with e-static textiles: An investigation into textile interaction design for shaping body-driven energy harvesting in the interior

Engineering

• Design 100%
• Research 100%
• Textiles 100%
• Energy Harvesting 100%
• e-textiles 70%
• Static Electricity 50%
• Computer Interaction 40%
• Energy Engineering 30%
• Prototype 30%
• Fields 20%
• Development 20%
• Electrical Energy 20%
• Newer Material 20%
• Program Design 20%
• Interior Space 20%
• Applications 10%
• Engineering 10%
• Integration 10%
• Kinetic 10%
• Generators 10%
• Design Space 10%
• Power Device 10%
• Material Behavior 10%
• Electrostatics 10%
• Electricity Production 10%
• Public Building 10%
• Electricity System 10%
• Generated Electricity 10%

Computer Science

• Design 100%
• Interaction Design 100%
• Harvesting 100%
• Human Computer Interaction 80%
• Programs 40%
• Electrical Energy 40%
• Interior Space 40%
• Contexts 20%
• Innovations 20%
• Roles 20%
• Application 20%
• Human Interaction 20%
• Public Building 20%
• Research Process 20%
• Kinetic Energy 20%

Material Science

• Textile 100%
• Material 36%
• Materials Design for Textile 18%
• Materials Science 9%