Topics include:

• Case studies and evaluations of working deployments
• Analysis of key challenges, proposals of research agenda
• Relation of tangible and embedded interaction to other paradigms
• Programming paradigms and tools, toolkits, software architectures
• Novel interactive uses of sensors+actuators, electronics+mechatronics
• Design guidelines, methods, and processes
• Novel application areas, innovative systems, industrial applications
• Theoretical foundations, frameworks, and concepts
• Philosophical, ethical & social implications
• Interfaces specific in form and context to particular cultures
• Advantages, weakness, affordances of tangible, embedded and embodied interaction
• Learning from the role of physicality in everyday environments
• Embodied interaction, movement, and choreography of interaction
• Organic User Interfaces: flexible, non-flat or actuated display interfaces
• Role of physicality for human perception, cognition and experience
• Teaching experiences, lessons learned, and best practices
• Standardization, production, and business applications