
We focus on design, actuation, fabrication, control and modelling of unique robotic systems. Prof. Jamie Paik @robotician @EPFL
Lausanne, Switzerland
Joined June 2017
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Reconfigurable Robotics Lab @ EPFL, Switzerland retweeted
A new Science #Robotics study describes a method that enables robotic modules to share their resources with a “dead” neighbor, overcoming failure to ensure the reliability of robot collectives. @robotician @RRL_EPFL scim.ag/3OyS3Uh
Reconfigurable Robotics Lab @ EPFL, Switzerland retweeted
A robot that you can fold and wear? 🤔 See it for yourself in the sphere 3 of the Swiss Pavilion! This technology is developed by the Reconfigurable Robotics Lab (@RRL_EPFL) at @EPFL_en. Come by and take a look!
#AugmentedHuman #SwissInnovation #FromHeiditoHightech @expo2025japan
Reconfigurable Robotics Lab @ EPFL, Switzerland retweeted
Check out this origami-inspired joy stick!
It serves as an intuitive control interface for drones, showcasing the potential of controllable physical origami robots for enhanced human–robot interaction 🤖
@RRL_EPFL @robotician @EPFL
Learn more: ow.ly/2sW450Uhn1c
Reconfigurable Robotics Lab @ EPFL, Switzerland retweeted
Nice @IEEESpectrum video featuring the diverse work of the @RRL_EPFL, led by @robotician ! Video Friday: Reachy 2 spectrum.ieee.org/video-frid… @EPFL_MechE
Reconfigurable Robotics Lab @ EPFL, Switzerland retweeted
With SORI, a haptic device capable of reproducing the softness of various materials, researchers from the @RRL_EPFL have created a robotic platform that can transfer the feeling of touch digitally.
Applications range from robot-assisted exploration, medicine and agriculture.
Reconfigurable Robotics Lab @ EPFL, Switzerland retweeted
The Mori3 is a robot capable of changing its own shape to adapt to new environments and unseen tasks. The Mori3 consists of autonomous pieces that can connect to form large, complex, and moving systems.
Video Credit: @RRL_EPFL
#robotics #engineering #technology #wevolver #epfl
Reconfigurable Robotics Lab @ EPFL, Switzerland retweeted
The haptic softness rendering interface, SORI, replicates the feeling of softness on fingertips by controlling contact area and force, successfully emulating the tactile sensation of items such as a soft salmon fillet and a heart model. In PNAS: ow.ly/tc5h50QTy60

ALT SORI replicates the sense of softness on fingertips. Examples of objects include a marshmallow, an aluminum block, and a Puskevit, which is a biscuit layered on top of Turkish delight. 6 images of a fingertip touching different surfaces like marshmallow, biscuit, and aluminum. Mustafa Mete / Reconfigurable Robotics Lab – EPFL.
Reconfigurable Robotics Lab @ EPFL, Switzerland retweeted
Innovative haptic device enables robots to perfect soft touch abilities
interestingengineering.com/i…
Reconfigurable Robotics Lab @ EPFL, Switzerland retweeted
Researchers from @RRL_EPFL have developed a haptic device capable of reproducing the softness of various materials, from a marshmallow to a beating heart, overcoming a deceptively complex challenge that has previously eluded roboticists. go.epfl.ch/85947d
Reconfigurable Robotics Lab @ EPFL, Switzerland retweeted
Revolutionizing Softness Perception in Robotics
Researchers introduced SORI (Softness Rendering Interface), a pioneering technology capable of accurately simulating the sensation of softness.
This novel device marks a significant leap in haptic technologies by effectively distinguishing between cutaneous and kinesthetic feedback, thereby enabling the realistic replication of various materials' softness.
SORI holds immense potential for applications ranging from robot-assisted surgery to deep-sea exploration, offering a way to digitally convey the tactile sensation of touch.
Through a series of experiments with human volunteers, SORI demonstrated its ability to mimic the softness of diverse materials, including dynamic sensations like a beating heart, highlighting its potential to transform medical training, agricultural robotics, and remote exploration by providing a nuanced sense of touch.
Image Credit: Jamani Caillet
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Reconfigurable Robotics Lab @ EPFL, Switzerland retweeted
🔥Revolutionizing #Softness Perception in Robotics
Source: @EPFL_en
#Neuroscience #Neurotech #Sensortech #Engineering #Softrobotics #HealthTech #TechForGood
👉neurosciencenews.com/softnes…
Source: @EPFL_en
Researchers developed #SORI, a #groundbreaking #Softness Rendering Interface that can accurately simulate the perception of softness, addressing a long-standing challenge in #robotics
@IanLJones98 @mvollmer1 @Fabriziobustama @BetaMoroney @Shi4Tech @Khulood_Almani @SpirosMargaris @gvalan @CurieuxExplorer @ahier @Nicochan33 @jblefevre60 @JimHarris @labordeolivier @Revgigi @PawlowskiMario @MargaretSiegien @sonu_monika @FrRonconi @HaroldSinnott @drsharwood @pettet50 @GlenGilmore @joana_ut @bimedotcom @mikeflache @EstelaMandela @Eli_Krumova @jeancayeux @theomitsa @bamitav @JagersbergKnut @AndrewinContact @Timothy_Hughes @AlbertoEMachado @JBarbosaPR @baski_LA @Analytics_699 @fogle_shane @vanivina9 @RLDI_Lamy @dinisguarda @dcallahan2
@RagusoSergio
@FmFrancoise @HeinzVHoenen #TechForGood #DigitalHealth #HIMSS
📸 Jamani Caillet #EPFL_en
Reconfigurable Robotics Lab @ EPFL, Switzerland retweeted
In a step toward more autonomous soft robots and wearable technologies, EPFL researchers have created a device that uses color to simultaneously sense multiple mechanical and temperature stimuli. @robotician @RRL_EPFL @epflengineering
go.epfl.ch/qo6-en
Reconfigurable Robotics Lab @ EPFL, Switzerland retweeted
Bright idea! @robotician & the @RRL_EPFL have created a sensor that perceives combinations of bending, stretching, compression & temp. changes, all using a robust system based on a simple concept: #color.
#softrobotics #wearables @EPFL_MechE @EPFL_en
actu.epfl.ch/news/a-color-ba…
Reconfigurable Robotics Lab @ EPFL, Switzerland retweeted
A new paper on a color-based robotic sensor by @robotician & the @RRL_EPFL has been chosen for the #Devices page of @NatureComms Editor's Highlights section, which features the 50 best recent papers in the field. Full news story to come soon! nature.com/collections/bjiia… @EPFL_MechE
Reconfigurable Robotics Lab @ EPFL, Switzerland retweeted
Congratulations to all my students receiving their @epfl diploma today! Huge cheers @nchennoufi1 who won the prestigious Best Master Thesis Project @Hiltigroup Award 🥇 for his work on @MirosTechnology So proud of everyone! – at Lausanne, Switzerland
Reconfigurable Robotics Lab @ EPFL, Switzerland retweeted
Jamie Paik @robotician and her team at @RRL_EPFL have created an origami robot, Mori3, capable of changing shape, moving around and interacting with objects and people. Versatile, it was designed in part for use in spaceships. spectrum.ieee.org/video-frid…
Reconfigurable Robotics Lab @ EPFL, Switzerland retweeted
Here's another amazing robot at EPFL: Mori3. This modular, origami-like robot can change its size, shape and function. Thanks to this versatility, it can perform a wide range of tasks. @robotician @RRL_EPFL @EPFLEngineering
go.epfl.ch/9c634f
youtu.be/JC4P1RzFCGc
Reconfigurable Robotics Lab @ EPFL, Switzerland retweeted
Voici Mori3, un autre robot assez spécial conçu dans un labo de notre École @RRL_EPFL. Il peut changer de taille, de forme et de fonction, et ainsi accomplir plein de tâches diifférentes.
@robotician @EPFLEngineering
go.epfl.ch/48d4d0
youtu.be/JC4P1RzFCGc
Reconfigurable Robotics Lab @ EPFL, Switzerland retweeted
By joining forces, a team of Mori3 robots can form almost any 3D shape. trib.al/yAirmLO
Reconfigurable Robotics Lab @ EPFL, Switzerland retweeted
Enjoy this week's robotic video's featuring: @EPFLEngineering @ABBRobotics @brubotics @UCSDJacobs @TheSanctuaryAI @mitmeche @torcrobotics
#robotics #spectrum #ieeemedia #videofriday
spectrum.ieee.org/video-frid…




















