TP2 Room
Sensors and Actuators
TP2 will develop wearable sensors and actuators that are both bendable and stretchable, offering multimodal feedback. These innovations will integrate human perception, action, and cognition to enhance the user experience and interaction.
The Aim
Our aim is to develop intelligent wearable low-weight, low-latency sensors and actuators, such as close-up displays.
The Innovation
CeTI is at the forefront of creating advanced wearable technologies. Our research focuses on designing and developing smart glasses, e-textiles, robots, haptic actuators, audio reproduction systems, and cyber-physical systems. By integrating intelligent sensors and actuators, we aim to enhance user experience and interaction across various applications.
The Expertise
The CeTI team combines expertise from diverse fields to tackle the challenges of wearable technology. Our engineers develop low-weight, low-latency sensors and actuators that are essential for creating responsive and intuitive devices. Specialists in material science work on advanced e-textiles that integrate seamlessly with the human body. Our robotics experts design and implement robotic systems that leverage these technologies for improved functionality. Additionally, our audio engineers and haptic technology experts focus on enhancing sensory feedback and interaction.
The expected Results
CeTI objectives to revolutionize the wearable technology landscape by developing intelligent, low-weight, and low-latency sensors and actuators. Our innovative solutions will set new standards for smart glasses, e-textiles, robots, haptic actuators, audio reproduction systems, and cyber-physical systems. CeTI is dedicated to advancing a future where wearable technologies are more integrated, efficient, and effective, providing enhanced capabilities and experiences for users in various fields, from healthcare to entertainment and beyond.
