IEEE RO-MAN的动态

The Omni Robot is a hands-on robotics learning tool that features omni-directional movement, remote control through a joystick, ultrasonic obstacle avoidance, RGB control, and PWM speed control. Students delve into the mechanics of omni robot kinematics, grasping how omni-directional wheels facilitate movement in all directions without altering orientation. By utilizing MicroBot for robot management and MicroMo for joystick remote operation, students acquire hands-on experience in motor control, Bluetooth communication, and sensor integration. This educational initiative fosters fundamental skills in electronics, programming, and robotics, providing valuable insights into contemporary automation and technology applications. It equips students with the necessary knowledge for future careers in engineering, automation, and STEM education. Research and Development led by: STEAMx LAB and AI FARM ROBOTICS.

The Omni Robot is a hands-on robotics learning tool that features omni-directional movement, remote control through a joystick, ultrasonic obstacle avoidance, RGB control, and PWM speed control. Students delve into the mechanics of omni robot kinematics, grasping how omni-directional wheels facilitate movement in all directions without altering orientation. By utilizing MicroBot for robot management and MicroMo for joystick remote operation, students acquire hands-on experience in motor control, Bluetooth communication, and sensor integration. This educational initiative fosters fundamental skills in electronics, programming, and robotics, providing valuable insights into contemporary automation and technology applications. It equips students with the necessary knowledge for future careers in engineering, automation, and STEM education. Research and Development led by: STEAMx LAB and AI FARM ROBOTICS.

The Omni Robot is a hands-on robotics learning tool that features omni-directional movement, remote control through a joystick, ultrasonic obstacle avoidance, RGB control, and PWM speed control. Students delve into the mechanics of omni robot kinematics, grasping how omni-directional wheels facilitate movement in all directions without altering orientation. By utilizing MicroBot for robot management and MicroMo for joystick remote operation, students acquire hands-on experience in motor control, Bluetooth communication, and sensor integration. This educational initiative fosters fundamental skills in electronics, programming, and robotics, providing valuable insights into contemporary automation and technology applications. It equips students with the necessary knowledge for future careers in engineering, automation, and STEM education. Research and Development led by: STEAMx LAB and AI FARM ROBOTICS.

If you are in your house, and suddenly there is a Tornado growing nearby, how will you know? When we gave this problem to kids as young as 8 years, some of them came up with this solution on their own. A Storm alert system - without any coding - just simple electronic circuit - and no battery at all. - Problem solving with hands-on learning - STEM concepts such motor as a generator, parallel circuits, voltage & current, anode & cathode, energy conversion, sources of energy, etc. This may not be the final commercial solution, and that is not our objective. > We want children to develop their skills, not just build projects. > We want them to build Robots, not become Robots. This one is made using our patented modular electronics kit "Modrix" (UL1) from the UniKits series of educational robotics & STEM kits. We are #NotAUnicorn_Yet but we are a #Educorn

?? Robotics has become an integral piece of ????technology to society. Not only can robotics engage ????students in STEAM opportunities and prepare them for the ?? workforce, but it is also utilized in a variety of industries, like production or ??automation. Whether a student is interested in ?? automobiles, space/???????aviation, ??artificial intelligence, ?? gaming, ????medicine, or the wide variety of other applications that robotics are used in, interacting with robotics can help students build experience in STEAM ??♀?roles. The STEMi Ambassador program ??specifically provides a unique challenge as there’s a chance ????students might be exposed to this concept for the first time, or that it might be a new challenge as every ????robotics project is different. STEAM careers are exciting, and many students might not know the endless possibilities for them in these career fields, from aerospace engineering, video game design/programming, or developing a new social media app. #robotics #robot #technology #engineering #robots #arduino #electronics #automation #tech #innovation #artificialintelligence #ai #coding #raspberrypi #iot #stem #programming #science #arduinoproject #engineer #electricalengineering #robotic #robotica #machinelearning #electrical #diy #arduinouno #education #manufacturing #stemeducation

Empowering the next generation with STEM & Robotics education! ???? Trusted by over 500 schools and benefiting 250,000+ students. Join the revolution in learning today! ?? #STEMEducation #Robotics #FutureInnovators #EdTech #robotics #robot #technology #engineering #robots #arduino #electronics #automation #tech #innovation #artificialintelligence #ai #coding #raspberrypi #iot #stem #programming

For the second consecutive year, I am offering the BCI-based robot control project for the?Health and Engineering Major's students at the EPF Engineering School. A special team made me so proud with this fabulous achievement that I'm sharing with you. 100% autonomous, the students proposed a mignature of an electric wheelchair controlled solely using brain and muscular electrical signals (EEG & EMG). Using a GUI and EEG sensors placed on the prefrontal lobe, the user chooses the direction of the robot by moving her/his eyes. For an emergency stop, the user uses the muscular contraction of her/his arm. Developed from scratch, this project allowed engineering students to validate their knowledge in : - acquiring and processing the EEG & EMG signals (using Bitalino) - graphical and multi-threading programming in Python - transport of EEG & EMG data with lightweight network protocols - robotics programming I take the opportunity of this Linkedin post to recommend the engineering students team who worked on this achievement : Chloé Husson-Roumec, Hugo Lacombe, Quitterie Lartigue and Scott Fullagar. PLUX Biosignals

Future-ready skills are essential for children because they prepare them to thrive in a rapidly changing world. Therefore, learning #Robotics is essential for children for several reasons, as it offers a wide range of benefits that extend beyond just understanding technology. . . . At #FuturePathways, our global curriculum boasts #STEAM Education Integration and Robotics integrates science, technology, engineering, and mathematics (STEM) concepts, providing a hands-on way for children to learn and apply these subjects. . . . #robot #technology #engineering #robots #arduino #electronics #automation #tech #innovation #artificialintelligence #ai #coding #raspberrypi #iot #stem #programming #science #arduinoproject #engineer #electricalengineering #robotic #robotica #machinelearning #electrical #arduinouno #education #manufacturing #stemeducation

We are happy to share our new publication entitled "Using RoblockLLy in the Classroom: Bridging the Gap in Computer Science Education Through Robotics Simulation". RoblockLLy is an Educational Robotics simulator designed for primary and secondary school students whose goal is to increase their interest in STEM. This free tool is available through a web browser and does not need a complex installation or specific hardware requirements. The results obtained during the research performed shows that students perceived RoblockLLy as a novel and interesting tool. The ratings for usability were predominantly positive, although a few students indicated a preference for expert assistance. The overall rating of the user experience was positive as well, yet notable differences in attitudes toward motivation and usability were observed between genders. Rafael Herrero álvarez Rafael Arnay del Arco Gara Miranda Valladares Coromoto León