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Surface tension-based Robotic Micromanipulation
This project aims to manipulate single or multiple mesoscale components and/or biological cells in a non-contact manner. The working principle is based on the generation of laser-induced thermocapillary convection flows in thin liquid layers.
Team Members:
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Soft Robotics
We aim to investigate and develop robotic systems based on flexible and soft materials for biomedical applications. Also, novel actuation and sensing methods to be used in wearable devices.
Team Members:
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Instructional Materials for STEM Education
It is of our interest to contribute in the education of our country. Thus, we are developing educational materials and devices to improve learning and teaching in STEM education.
Team Members:
- Luiguie Sagástegui
- Sandra Ruiz
- Jorge Kanna