Clearpath Robotics by Rockwell Automation’s Post

🌟 Exciting News! 🌟 I am thrilled to share that I have successfully completed a webinar on "Basics of Robotics and Automation" hosted by Pregrad. 🚀🤖 This enlightening experience has broadened my understanding of robotics principles, automation technologies, and their applications in various industries. It's a significant step in my continuous learning journey and my commitment to staying at the forefront of technological advancements. A huge thank you to the organizers and speakers at Pregrad for delivering such an informative session. Looking forward to applying this knowledge and exploring more in the field of robotics and automation! #Robotics #Automation #ContinuousLearning #ProfessionalDevelopment #Pregrad #Webinar

🌟 Exciting News! 🌟 I am thrilled to share that I have successfully completed a webinar on "Basics of Robotics and Automation" hosted by Pregrad. 🚀🤖 This enlightening experience has broadened my understanding of robotics principles, automation technologies, and their applications in various industries. It's a significant step in my continuous learning journey and my commitment to staying at the forefront of technological advancements. A huge thank you to the organizers and speakers at Pregrad for delivering such an informative session. Looking forward to applying this knowledge and exploring more in the field of robotics and automation! #Robotics #Automation #ContinuousLearning #ProfessionalDevelopment #Pregrad #Webinar

Check out all of the webinars from LRIG-NYC's "Automate and Innovate: Robotics in the Lab" series on our YouTube channel!

We’re thrilled to highlight the innovative work of a talented research team in the field of Robotics! They’ve enhanced a hexapod robot’s stability on uneven terrain by designing a PID controller. Utilizing an Inertial Measurement Unit (IMU), specifically the MPU6050, they accurately compute roll and pitch angles. Their approach also includes precomputed inverse kinematics to translate control signals into precise actuator movements. Additionally, microswitches serve as touch sensors, improving the robot’s interaction with its environment. This integrated methodology results in minimal errors and consistent stability, even on difficult landscapes. At Moonpreneur, our Innovator Program is helping young minds grasp the fundamentals of microcontrollers through our Robotics course. By engaging with advanced technologies, students are equipped with the skills to lead future innovations. Book a Free Trial of the Innovator Program at https://zurl.co/3Q64 Explore more about this impressive research and how our programs are shaping the next generation of innovators! #Hexapod #Robotics #PIDControl #IMU #InverseKinematics #Innovation #STEM #Education #Microcontrollers #Moonpreneur

Join us for a public webinar on March 6 at 1 PM ET to explore how ARM Institute robotics projects advance from funding to real-world impact! Since its inception in 2017, the ARM Institute has funded well over 100 robotics and workforce development projects to strengthen U.S manufacturing. But what happens after a project is funded? This public webinar will explore how three projects advanced from ARM Institute funding to impact. Our panel of experts, featuring Mingu Kang (CEO ARIS Technology), Frank Henderson (CEO of Henderson Sewing), and Xu Chen (Professor and Director of the Boeing Advanced Research Collaboration at the University of Washington), will explore: ➡ Overviews of their ARM Institute projects ➡ Key success metrics and use cases from their projects ➡ Best practices for advancing projects from funding to real-world applications Register here: https://lnkd.in/eEA3CVni. Can't join at the scheduled time? Register to automatically receive the recording!

🌟 Exciting Update from IFRA-Cranfield! 🌟 Last August, Dr Seemal Asif CENG FHEA MIET and our researcher Mikel Bueno Viso had the opportunity to present our latest research at the ROS-Industrial Developers Meeting (ROS-Industrial Europe). The presentation covered our groundbreaking work on ROS 2-Framework for a Flexible and Reconfigurable Robot Cell Design. 🔍 About the Research: Today's robot manipulators are often designed for specific, prolonged tasks, which limits their flexibility and reconfiguration capabilities. Our research at IFRA-Cranfield aims to overcome this limitation by developing a ROS 2-based software framework that supports hardware/software-agnostic and fully reconfigurable robotic systems. This framework facilitates: - Seamless integration of various robots, automation tools, and AI. - Consistent and intuitive control of robot arms, irrespective of their manufacturer or model. - Fast reconfiguration of robotic systems to adapt to changing production demands and market dynamics. 🎯 Our goal in presenting this work was to share the latest advancements in ROS 2 for the simulation and control of robot manipulators. You can explore more about our work through the IFRA-Cranfield/ros2_SimRealRobotControl repository on our GitHub page, which includes ROS 2 packages for the simulation and control of various robot arms. 📽️ Watch the full presentation on the ROS-Industrial YouTube channel: https://lnkd.in/eQMni3pJ It’s a pleasure for us at IFRA Cranfield to contribute to the ROS 2 community with our research, and we look forward to continued collaboration with ROS-Industrial. 🔧 Call to Action: We encourage the Robotics & Automation Research Community to join us in advancing intelligent and flexible robot simulation and control technologies using ROS 2! #Robotics #Automation #ROS2 #IFRACranfield #Manufacturing #Innovation #RobotControl #ReconfigurableSystems #Research Cranfield University

💨 🌆 Chicagoooooo 💨 🌆 LETS GET AUTOMATED Looking forward to seeing all my network connections and industry peers at the A3 - Association for Advancing Automation Automate Conference! Excited to have the amazing introductions and discussions surrounding up and coming automation technologies. #windycity #automate #automation #vision #manufacturing #roboticsystems #systemintegration #businessdevelopment

💰 💵 DID YOU KNOW: INTERNATIONAL ROBOTICS FUNDING PROGRAMS High initial costs for introducing new automation processes often hinder projects before they even begin. However, there are numerous international funding programs in robotics to support research and innovation in key areas such as autonomous systems and industrial automation. These programs target universities, research institutes, and established companies, aiming to drive technological development and the digital transformation. 👱 ⚡ In our Robotics Blog we have compiled a brief overview of currently announced funding programs, their requirements, funding details, and contact points for applications: https://lnkd.in/ehqxeX_U

"Excited to attend the IEEE KPRIET webinar on GRANTS AND OPPORTUNITIES IN RAS!😊 Ready to explore new avenues and unlock potential in the field of Robotics and Automation Systems. #IEEE #KPRIET #Webinar #RAS #GrantsAndOpportunities"

Friday Wenglor Fact of the Week! Diving into vision-guided robotics can be both thrilling and challenging. The team at wenglor sensoric group is pushing the limits to make system deployment as seamless as possible. Thanks to advancements in software and hardware, a wide range of applications is now achievable. For example, a client requested a trade fair demo where a dice would be tossed into a tray and would track the numbers. I decided to push the boundaries and see what was possible. Application Details: ➡ Mount Distance: 9 feet. ➡ Tracking: Detect numbers from 0 to 9, outputting the four most relevant numbers for selection. ➡ Trigger: Live, with real-time output. The result? A fun, simple game of spinning a D20 dice and reading the number on top. Best of all, mounting the camera took more time than teaching the system to recognize the numbers and complete the task! #robotics #automation #engineering #machinevision #innovation #vgr