The Soft Robotics Toolkit is a collection of shared resources to support the design, fabrication, characterization, and control of soft robotic devices.
The @Sorotoolkit announced winners of its 2018 Soft Robotic Design Competition and the coveted Prize for Research. The annual competition draws hundreds of participants. Check out the cool designs here!
https://t.co/576VhlzLAC
@ucddublin researchers developed an exciting method for fabricating composite material soft robotic actuators with programmable motion! Their work was recently published in @SoftRobotics_JN https://t.co/9gvUhNreHn
@ucddublin researchers developed an exciting method for fabricating composite material soft robotic actuators with programmable motion! Their work was recently published in @SoftRobotics_JN https://t.co/9gvUhNreHn
Incredible work from the winners of the @Sorotoolkit -high school students @HaverfordSchool led by @HGolecki! This is an amazing project - https://t.co/enq3vHpHm9 #softrobotics
So proud of our team for their win in the high school category of the SRT! The King Actuators with dissolvable internal structures applied to a ceramic arts teaching glove! So awesome!
The results of the 2018 Design Competitions and Prize for Research have been announced! Head over to the competitions page for details on the winning submissions and see what exciting projects have been added. Congrats to all the winners and runner ups! https://t.co/XWtdpxxg6p
BioBits kits introduce molecular and synthetic biology concepts without the need for specialized lab equipment, at a fraction of the cost of current standard experimental designs. The kits are described in two papers published in @ScienceAdvances https://t.co/32Pp29u7B4 #STEM
Join us this Friday evening as we bid a fond farewell to our robots as they come off-view for a brief hiatus. RSVP for the send-off celebration! https://t.co/hgTbwe3UaD
The 2017 competition brought amazing projects at every level! The Research Prize winners submitted by @Cornell Organic Robotics Lab, combined open-celled foam and nonporous elastomer to create networks of channels within an actuator: https://t.co/g7ZibIO6oj
Soft robotics workshop with EXPLO summer program using SDM fingers and McKibben artificial muscles, thanks for coming @EXPLOLive! https://t.co/FhBT2FXTD0
Our 2016 Research Prize winner was TacTip from @BristolRobotLab. The @tactilerobot team submitted a 3D printed optical tactile sensor that uses a soft silicone rubber tip and an array of pins to provide information on an object’s shape and location. https://t.co/57vyCk8uxg
This vine-like robot can grow across long distances without moving its whole body, which could prove useful in search and rescue operations. #robotics#tech#softrobotics#science
Illuminating #TEDTalks on the progression of soft robotics and some exciting new work from @Stanford. @GiadaGerboni guides us through the development of these adorable machines: #TEDTalks https://t.co/nn0q9j5cmM
Do you have what it takes to be an engineer? Probably. If you stop telling yourself you can't. Robotics pioneer Melonee Wise explains engineering's "smartest person in the room" problem https://t.co/gulXfS13w1 via @sciam