#RoboticSystems
LightNews LightNews
tum.de
Meet Dirk Wilhelm, our newly appointed professor of #MedicalRobotics, in the latest NewIn episode. He develops #roboticsystems designed to support and relieve #medicalpersonnel in their daily work: go.tum.de/323148

▶️ youtu.be/N1cYe1O5Juw

#clinicalpractice #medicineofthefuture

📹️ProLehre
Robotics for everyday clinical practice
How can humans and machines work together in hospitals in the future? This question has shaped Dirk Wilhelm’s research for years. The surgeon and newly appointed Professor of Medical Robotics develops...
go.tum.de
October 6, 2026 at 9:13 AM
catapultnetwork.bsky.social
@orecatapult.bsky.social's recent report, delivered with NZTC, the #NationalRobotarium and the Energy Industry, proposes a new framework helping the #OffshoreWind industry to accelerate adoption of #RoboticSystems 💡

Learn more ➡️ https://loom.ly/2zFoGfw
December 2, 2025 at 10:01 AM
tum.de
Researchers are studying how #sensors, #RoboticSystems and #AI could support surgical teams in future operating rooms. The ForNeRo project examines workflows, ergonomics and human-robot interaction in #surgery: go.tum.de/443883

📷 A.Eckert
Sensors for the Operating Rooms of the Future
At the TUM Klinikum, researchers analyze the movements of surgeons and collect data from simulated robot-assisted surgeries.
go.tum.de
May 26, 2026 at 1:51 PM
tum.de
A research project at our university investigates how #BrainSignals can be translated into digital commands, aiming to enable people with #paralysis to interact with computers or #RoboticSystems: go.tum.de/611249

#AI #Neuroscience

📷A. Eckert
The power of the mind
Michael Mehringer is paralyzed from the neck down. Researchers at TUM are working to enable him to regain greater autonomy.
go.tum.de
May 6, 2026 at 1:10 PM
ieeetro.bsky.social
Researchers from EPFL introduce a tactile coverage method that adapts to curved surfaces and target distributions in real time. This approach enhances tactile exploration and perception for #roboticsystems.
ieeexplore.ieee.org/document/108...

#ErgodicCoverage #TactileRobotics #PointCloud
Overview of our feedback control method for tactile coverage. Left: We measure the surface and the red target using the camera and encode them in a point cloud. Bottom-right: We diffuse the target and use its gradient field to guide the coverage. Then, we close the loop by measuring the actual coverage with the camera and use it as the next target. Top-right: We measure the tactile interaction forces using the force sensor and the tool orientation using the joint positions. We solve the geometric task-space impedance control problem using a line target and a force target along the line.
May 1, 2025 at 3:51 PM
rootnationen.bsky.social
Weapons of Ukrainian Victory: The Robotic KRAMPUS System #UkrainianVictory #KRAMPUS #RoboticSystems #UkrainianArmedForces #MilitaryTechnology
Weapons of Ukrainian Victory: The Robotic KRAMPUS System
Today, we’ll look at the Ukrainian-made mobile flamethrower strike system called KRAMPUS, which has recently been adopted by the Ukrainian Armed Forces. The Ukrainian military is actively addressing shortages of traditional equipment by developing unmanned and robotic systems. One of the latest additions is the KRAMPUS, a ground-based remote-controlled system built on a robotic platform […] Post Weapons of Ukrainian Victory: The Robotic KRAMPUS System at Root-Nation.com.
root-nation.com
May 31, 2025 at 12:58 PM
codeblack.cc
Amazon Deploys Blue Jay & Project Eluna for Employees #Amazon #Robotics #AI #Warehouse #Automation #BlueJay #ProjectEluna #WorkplaceSafety #Technology #Innovation #Logistics #FulfillmentCenter #WarehouseTech #Ecommerce #OperationsManagement #RoboticSystems #FutureOfWork codeblack.cc/2025/10/amaz...
Amazon Deploys Blue Jay and Project Eluna for Employees
Amazon introduces Blue Jay robotic system and Project Eluna AI assistant to reduce physical strain and improve workplace efficiency.
codeblack.cc
October 26, 2025 at 9:40 AM