Sensors:
Hall Effect Sensor: Used in a smart footwear project to detect the position of the shoe relative to its mate
Pressure Sensor (Resistive) Using Conductive Thread: Developed for smart garments, this sensor monitored physiological responses such as changes in body metrics during physical activity.
Pressure Sensor Using Conductive Yarn: Integrated into a smart structure project to detect pressure distributions and movements to inform actuator feedback
Stretch Sensor Using Resistance Conductive Rubber Band: Applied in a variety of wearables, this sensor measured the amount of stretch during movements to inform further feedback or triggers
Hall Effect Sensor: Used in a smart footwear project to detect the position of the shoe relative to its mate
Pressure Sensor (Resistive) Using Conductive Thread: Developed for smart garments, this sensor monitored physiological responses such as changes in body metrics during physical activity.
Pressure Sensor Using Conductive Yarn: Integrated into a smart structure project to detect pressure distributions and movements to inform actuator feedback
Stretch Sensor Using Resistance Conductive Rubber Band: Applied in a variety of wearables, this sensor measured the amount of stretch during movements to inform further feedback or triggers
Actuators:
Pneumatic Haptic Sensor (Actuator): Integrated into a wearable to simulate tactile feedback by modulating air pressure.
LRA (Linear Resonant Actuator) Haptic: Used to provide discreet vibrations
VCM (Voice Coil Motor) Haptics: Implemented to provide dynamic feedback corresponding to varying intensities and patterns
Pneumatic Haptic Sensor (Actuator): Integrated into a wearable to simulate tactile feedback by modulating air pressure.
LRA (Linear Resonant Actuator) Haptic: Used to provide discreet vibrations
VCM (Voice Coil Motor) Haptics: Implemented to provide dynamic feedback corresponding to varying intensities and patterns