Jay Soni’s Post

🤖 Line Following Robot in Action! Excited to showcase our creation—a robot that follows a line on its own! This helped us learn more about robotics and sensor technology. #Robotics #Automation #TechInnovation #LineFollowingRobot #Engineering #HandsOnLearning

🚗 Let’s Talk About the Line Follower Robot! 🚗 As part of the Robotics Competitions , one of the simplest yet most fascinating robots we work with is the Line Follower Robot. This robot is designed to follow a black line on the ground, navigating the track as quickly and accurately as possible. While the concept seems straightforward, there are many creative ways to build and optimize such a robot! Interested in learning more about how it works and what components go into making it? Drop a comment below, and I'd be happy to break it down! #Robotics #LineFollower #Engineering #Tech #Automation #RoboticsCompetition #STEM #Innovation

We're at number 4! In Control Engineering's #top5 countdown of the most-read articles of #2024, our number-4 most-read is a compilation of the hottest #robotics articles of the year. Go show some love to: Hot Control Engineering robotics articles in 2024 And what do you think the hottest robotics topics will be in 2025? Let us know below.

Techfest Bound! 🤖 Excited to showcase our team's latest creation: a high-precision pick-and-place robot! This nimble machine is designed to accurately and efficiently pick up and place objects, demonstrating the power of automation and robotics. #robotics #engineering #automation #pickandplace #Techfest #IITBombay

At the heart of this revolution lies robotics, a field that is redefining industries with unprecedented precision, efficiency, and innovation. In this introductory blog post, we will explore the role of robotics in Industry 4.0 and understand why it is a cornerstone of this technological era. https://wix.to/2mCKaDy #Robotics

🚀 Excited to share a new video showcasing the innovative mechanism in our latest robotics project! 🔧 **Key Features:** 1. **Reduced Torque Requirement**: Our design significantly lowers the torque needed for motors, enhancing efficiency and performance. 2. **Cost-Effective**: This mechanism not only boosts performance but also cuts costs, making it economically viable for a wide range of applications. 🎥 Check out the video to see the mechanism in action and learn more about its impact on our project! #Robotics #Innovation #Engineering #Efficiency #CostSavings

MoveIt2 tutorials and documentation can be quite confusing, especially when simulating robots like the ABB IRB 1200 arm in ROS2 Humble. Along the way, I encountered numerous small oversights and errors. After weeks of struggling, and combing through GitHub issues and Stack Overflow posts, I’ve finally created a simple template to help others get started with motion planning using MoveIt2. I have explained the detailed way of setting up the simulation in my medium article. https://lnkd.in/g_ZEQh5m Open Robotics #ROS2 #MoveIt2 #Robotics #Simulation ABB

Day 74, you'll need to simulate the robot's movement on an XY-plane, following the given commands and avoiding obstacles. The key challenges here involve keeping track of the robot's direction, handling turns, and checking for obstacles as the robot moves forward. By tracking the robot's maximum Euclidean distance squared from the origin, you can determine the farthest point it ever reaches. This problem is a great exercise in simulation, direction handling, and grid-based obstacle checking. Let's code this out and see how far the robot can go! 🚀 #100DaysOfCode #LeetCode #Robotics #Simulation #CodingChallenges

Had an awesome time in one of my recent lectures at University of Plymouth getting hands-on with the Unitree Robotics Go2 robot! 🐕🤖 As part of our module on Mobile robots, we got to see how this incredible piece of tech works in action and learned about forward & inverse kinematics, motors, actuators, and degrees of freedom. It’s always fun to play around with robots like this in class—it makes all the theory way more interesting when you see it in action. And oh, I've got a video of the robot doing some stunts below, do check it out! #robotics #engineering #practicallearning #UnitreeGo2

Simplicity is often the key to solving complex requirements. That is why we in the #WEISSWorld place value on our components and solutions being modular and built with the fewest possible individual modules. The design is simple, basic and easily accessible. Such as with the #DeltaRobots of the DR series. For example, the motors are always easily accessible and easy to reach here. #Thefutureisthiseasy #automation #robotics #assembly