Press Enter to activate screen reader mode.
Homepage
Navigation
Search
Content
Footer
Contact
Sitemap
Multi-Scale Robotics Lab
Main Navigation
Menu
Homepage
News
The Lab
(active)
To homepage
Main menu
The Lab
See overview
close
Organization
Team
To homepage
The Lab
Team
See overview
Alumni
How to Find Us
Open Positions
Spin-offs
Education
To homepage
Main menu
Education
See overview
close
Introduction to Robotics & Mechatronics (151-0641-00)
Theory of Robotics & Mechatronics (151-0601-00)
Microrobotics (151-0604-00)
Nanorobotics (151-0630-00)
Studies on Mechatronics (151-0640-00)
Distinguished Seminar in Robotics, Systems and Control (151-0623-00)
Course Catalogue
Student Projects
Research
To homepage
Main menu
Research
See overview
close
Robotics and systems
To homepage
Research
Robotics and systems
See overview
Magnetic navigation systems
To homepage
Robotics and systems
Magnetic navigation systems
See overview
Design of magnetic navigation systems
Software development
Soft robotics in medicine
To homepage
Robotics and systems
Soft robotics in medicine
See overview
Cardiac ablations
Eye surgery
Neurosurgery
Untethered micro- and nano-robots
To homepage
Robotics and systems
Untethered micro- and nano-robots
See overview
Ultrasound micro/nanorobotics
Neutrophil-inspired propulsion in combined acoustic and magnetic modalities
Multi-functional compound micromachines for targeted therapy
Soft reconfigurable/shape-morphing microrobots
Control of a swarm of untethered micro-robots
Microrobotics and Microfluidics for Quantifying the Growth Mechanics of Plant Cells
To homepage
Robotics and systems
Microrobotics and Microfluidics for Quantifying the Growth Mechanics of Plant Cells
See overview
Micromechanical characterization of plant cells
How pollen tubes perceive and overcome obstacles
Microfluidic and acoustic three-dimensional manipulation of plant cells
Functional Materials and Applications
To homepage
Research
Functional Materials and Applications
See overview
3D/4D printing and robotics
To homepage
Functional Materials and Applications
3D/4D printing and robotics
See overview
4D printing and Smart Medical Devices
Magnetoelectric materials for micro- and nanorobotic application
To homepage
Functional Materials and Applications
Magnetoelectric materials for micro- and nanorobotic application
See overview
Magnetoelectric materials for targeted drug delivery
Piezoelectric and Magnetoelectric cell stimulation for regenerative tissue engineering
Piezoelectric and Magnetoelectric materials for environmental application
Emerging magnetoelectric materials for biomedical application
Soft functional materials
To homepage
Functional Materials and Applications
Soft functional materials
See overview
Biodegradable hydrogels for microrobots
Temperature responsive hydrogels for microrobots
Emerging smart material for theranostics
To homepage
Functional Materials and Applications
Emerging smart material for theranostics
See overview
Metal-organic frameworks for drug delivery
Publications
To homepage
Main menu
Publications
See overview
close
Journal Items
Conference Contributions
Monograph Items
ETH MSRL Robotics Symposium
Congressi Stefano Franscini (CSF)
Services
Student portal
Alumni association
Staffnet
Contact
Login
Search
EN
Departments
ETH Zurich
D-MAVT
IRIS
MSRL
Language Selection
English
You are here
Homepage
chevron_right
The Lab
chevron_right
…
Team
chevron_right
Rislane El Harat
Rislane El Harat
Coming soon...
Related Content
chevron_right
Alumni
chevron_left
Team
JavaScript has been disabled in your browser