• Homepage
  • Navigation
  • Search
  • Content
  • Footer
  • Contact
  • Sitemap

Multi-Scale Robotics Lab

Main Navigation

  • Homepage
  • News(active)
  • The Lab
    • To homepage
    • Main menu
    • The LabSee overview
    • Organization
    • Team
      • To homepage
      • The Lab
      • TeamSee overview
      • Alumni
    • How to Find Us
    • Open Positions
    • Spin-offs
  • Education
    • To homepage
    • Main menu
    • EducationSee overview
    • 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
    • ResearchSee overview
    • Robotics and systems
      • To homepage
      • Research
      • Robotics and systemsSee overview
      • Magnetic navigation systems
        • To homepage
        • Robotics and systems
        • Magnetic navigation systemsSee overview
        • Design of magnetic navigation systems
        • Software development
      • Soft robotics in medicine
        • To homepage
        • Robotics and systems
        • Soft robotics in medicineSee overview
        • Cardiac ablations
        • Eye surgery
        • Neurosurgery
      • Untethered micro- and nano-robots
        • To homepage
        • Robotics and systems
        • Untethered micro- and nano-robotsSee 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 CellsSee 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 ApplicationsSee overview
      • 3D/4D printing and robotics
        • To homepage
        • Functional Materials and Applications
        • 3D/4D printing and roboticsSee 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 applicationSee 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 materialsSee 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 theranosticsSee overview
        • Metal-organic frameworks for drug delivery
  • Publications
    • To homepage
    • Main menu
    • PublicationsSee overview
    • 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
  • News chevron_right
  • …
  • MSRL News chevron_right
  • 2024 chevron_right
  • 06

06

Best Poster Award and People's Poster Award for Andrea Veciana at the 19th MaP Graduate Symposium

Andrea Veciana presented her research on the degradation of PFAS using piezoelectric nanoparticles at the MaP Graduate Symposium. She showcased her work with a poster and received both the MaP Best Poster Award and the MaP People's Poster Award. Congratulations!

28.06.2024

Exciting News! Femtotools AG Joins Oxford Instruments plc.

We are thrilled to announce that FemtoTools is now part of Oxford Instruments! The strategic fit between FemtoTools and Oxford Instruments is evident, as FemtoTools’ products complement Oxford Instruments' existing imaging and analysis portfolio.

11.06.2024

Best PhD Student Talk Award & Best Poster Award at NANOMOTORS Int. Conference 2024

Andrea Veciana won the Best PhD Student Talk Award wit a topic in collaboration with Prof. Josep Puigmarti Luis (Universitat de Barcelona). Valentin Gantenbein received the Best Poster Award.

05.06.2024

Footer

Recommended links

  • Publications website

Search

Services

  • Student portal
  • Alumni association
  • Staffnet
  • Contact
  • Login

Departments

  • D-ARCH Architecture
  • D-BAUG Civil, Environmental and Geomatic Engineering
  • D-BIOL Biology
  • D-BSSE Biosystems Science and Engineering
  • D-CHAB Chemistry and Applied Biosciences
  • D-EAPS Earth and Planetary Sciences
  • D-GESS Humanities, Social and Political Sciences
  • D-HEST Health Sciences and Technology
  • D-INFK Computer Science
  • D-ITET Information Technology and Electrical Engineering
  • D-MATH Mathematics
  • D-MATL Department of Materials
  • D-MAVT Mechanical and Process Engineering
  • D-MTEC Management, Technology and Economics
  • D-PHYS Physics
  • D-USYS Environmental Systems Science

Table of contents and legal

  • Sitemap
  • Imprint
  • Accessibility Statement
  • Disclaimer & Copyright
  • Privacy Policy
© 2025  Eidgenössische Technische Hochschule Zürich
JavaScript has been disabled in your browser