MEMS LAAS-CNRS
@mems_team
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Our research focuses on advancing MEMS technology in the areas of transduction, instrumentation/characterisation, biosensing and advanced materials integration.
Toulouse, France
Joined October 2021
📢 We have a new opening for a Masters 2 internship! Topic: "Design and validation of a 3D-printed device for electromechanical stimulation of cardiac cells". 👉 https://t.co/kLGess72Xz
@LaasCNRS
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📢 We have two new openings for PhD positions! 1. Development of a 3D bioprinted neuronal or neuroretinal microtissue 👇 https://t.co/1gTRvz5H1n 2. Measurement methods for MEMS sensors in harsh environments 👇 https://t.co/oDB0Fk5uDN
@LaasCNRS #PhD
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📢New opportunity for a PhD position on implantable pressure sensors. The work will be done with Dr. Bergaud and Dr. Mansard and will combine microfabrication, 3D printing and biology. Info and application 👉 https://t.co/ACveKpYJP1
@LaasCNRS #PhDposition
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MEMS Team was well represented at the 22nd International Conference on Solid-State Sensors, Actuators and Microsystems (@Transducers2023)Â held in in Kyoto, Japan. @CNRS @LaasCNRS
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📢 We have two new openings for PhD positions! 1. Optomechanical sensors for ultra-fast AFM microscopy 👉 https://t.co/yFgJ728xJ3 2. Measurement methods for MEMS sensors in harsh environments 👉 https://t.co/19EtaZe8ZH
@LaasCNRS @CNRS
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📰Venkata Suresh Vajrala recently published his work in Biosensors and Bioelectronics ! Suresh and his teammates developed a unique hollow ring-like electrode architecture enabling subcellular multi-directional neural interfacing. More👇 https://t.co/RK4YzS0o25
@LaasCNRS @CNRS
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📰Refik Yilmaz from @mems_team has recently published his work in the ACS Appl. Mater. Interfaces. Check it out 👇 https://t.co/dgnkk4NS26
@mems_team @LaasCNRS @CNRS @INSIS_CNRS #softactuators
pubs.acs.org
The development of a cost-efficient braille device is a crucial challenge in haptic technology to improve the integration of visually impaired people. Exclusion of any group threatens the proper...
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At this year's PowerMEMS conference, held in Salt Lake City, Aleksandra Marković (@Markov_Ale) from our team won the best poster award. Congratulations! @LaasCNRS @CNRS #mems
The best poster award for the PowerMEMS 2022 went to Aleksandra Marković, Université de Toulouse, France. "ULTRA-LOW-POWER LOGIC WITH CONTACTLESS CAPACITIVE MEMS" https://t.co/3RInyXixwx
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We are growing! This autumn our team welcomed three new members! Constandina Arvanitis is our new permanent researcher, Jeanne Perrussel joined as a PhD student and Lorraine Haim as an engineer! @mems_team @LaasCNRS @CNRS
#WomenInSTEM
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#FDS2022 Les équipes du département MNBT s'activent pour la Fête de la Science au @LaasCNRS - @M3team_Laas, @mems_team !
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📰Elias Angulo (@jose_eliasmx) from @mems_team has recently published his work in the Journal of Materials Chemistry C. Check it out 👇 https://t.co/9zj9ULyHnM
@mems_team @LaasCNRS @CNRS
pubs.rsc.org
Spray coating of the ferroelectric polymer P(VDF-TrFE) appears as an attractive approach for the fabrication of electromechanical transducers. However, it is important to elucidate how the crystall...
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#PhD day of the MNBT department @LaasCNRS. Young PhD students from @M3team_Laas, @mems_team, MPN, ELIA, MICA, MH2F and MILE teams share their research activities! Congrats to all for such dedicated works! #brainstorming #research #laboratory #nanotechnology
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Suresh Vajrala from our team gave a talk at #MRS spring meeting held in #Hawaii
#NeuroTech #bioengineering @mems_team @LaasCNRS @SynaxyS
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📰Take a look at the work from our former PhD student Lucien Schwab which was recently published in Microsystems & Nanoengineering: https://t.co/ZoIJQjyGit
@mems_team @LaasCNRS @CNRS
nature.com
Microsystems & Nanoengineering - Very-high-frequency probes for atomic force microscopy with silicon optomechanics
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Check out our recent article https://t.co/94tWLGAliR. We combine PEDOT & carbon nanofibers into a porous composite with unrivalled electrochemical properties, combining low impedance, high charge injection capabilities and excellent stability for stimulations. @LaasCNRS @CNRS
frontiersin.org
In this study, we report a flexible implantable 4-channel microelectrode probe coated with highly porous and robust nanocomposite of poly(3,4-ethylenedioxyth...
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Check out the paper recently published in Microsystems & Nanoengineering by our PhD student Clément Cointe on ultrathin flexible neural probes based on silk-parylene bilayer: https://t.co/36sW7WHfZI
@mems_team @LaasCNRS @CNRS
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📢 We are looking for an engineer / Master 2 in physics and materials for a period of 10 months. The objective is to transfer an innovative technology for highly sensitive strain sensors to a private company (Nanomade in Toulouse). 👉 https://t.co/mswTeGXQMV
@LaasCNRS @CNRS
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Are you a Master student with skills in biomaterials or electrospinning, and you are looking for an internship? Apply to our offer to join our @mems_team at @LaasCNRS work with us and our European collaborators on the EU-funded EMAPS-Cardio project. https://t.co/ub9QospvSO
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📣 2 offres de stage au #LaasCNRS pour le mois de février sur les nanosatellites ! Intéressé•e ? 👇
Deux stages au @LaasCNRS à partir de Février 2022 dans le cadre des projets du @CSUT_Officiel : le premier sur la charge utile de CubeSat #NIMPH, le second sur u simulateur temps-réel pour tester les protocoles d'un #CubeSat. Plus d'info sur : https://t.co/VjJL1x9y7c
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Studying in Artificial intelligence, optimization or control in robotics ? We propose over 12 Master internships in 2022 on humanoid robots, reinforcement learning, optimal control, motion planning @LaasCNRS
https://t.co/8ls2CD241J
@ANITI_Toulouse
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