Himanshu ..’s Post

Hello my brothers, I am very happy to tell you something that I have finished 24-Hours Robotics Workshop in Big Hero Robotics Acabemy 🌟🌟 What did I learn? 1- I learned to build and program the robot using Arduino using C++ 2- How to control a robot using mobile phone and Bluetooth 3- Make a robot play sumo using ultrasonic and infrared sensor 4- Created line following robot using infrared sensor Finally, in this journey I learned more about arduino, Robotics and electronics and I am really excited to continue and learn more about this! #electronics #robotics #arduino

EMB and Arduino are a match! One of the most common questions we receive is if EMB can be used with Arduino -- and the answer is absolutely! You can use Arduino to interface with our motors, encoders, potentiometers, and other electronics. #robotics #mechatronics #arduino #engineeringeducation

I had a chance to attend a" Hands-on Robotics Workshop by Techentive Academy "🤖 ⚙ .It was an awesome learning experience where I got to bulid and program the robots using various components and sensors. I also learned how to use hardware such as Arudino, Raspberry Pi, and Servo Motors to create and control Robots. #robotics #hardware #software #sensor

🤖 Week 2 of my Grade 12 Final CPT: Building a Self-Driving Robot 🚀 This week, I made significant progress in my self-driving robot project. Here’s a summary of my accomplishments: Line Follower Assignment: Our CPT project involved following a randomized path with our robot. My assigned location was 3A1. To achieve this, I programmed the robot to: - Move forward for 2500 milliseconds toward the letter A. - Execute a precise 90-degree clockwise turn to align with the letter. - Advance for 700 milliseconds and come to a halt at the letter A. - Continue moving forward for 5800 milliseconds until reaching the designated location marked as 1. Ultrasonic Sensor Testing: - I mounted an ultrasonic sensor on the front of the robot’s base plate and connected it to the Arduino. - Using pin 10 as the trigger output and pin A0 for echo input, I measured the approximate distance in front of the sensor. - Leveraging this distance data, I programmed three LEDs to provide real-time feedback on object proximity. Stay tuned for further updates as I delve deeper into robotics and technology! 🛠️💡 Check the attached word document for the full details. #Robotics #Arduino #SelfDrivingRobots #STEM #Education

Obstacle Avoiding Robot Car 🚗🚨 Using an Arduino Uno and an Ultrasonic sensor. Obstacle Avoiding robot is a fascinating project that combines programming and hardware. The Robot is a small mobile machine that avoids obstacles, and it does so through an ultrasonic sensor that will detect the distance of the objects in front of it and make decision about its trajectory. When approaching a certain distance, the Arduino UNO will send a signal and with the help of an L293D motor control shield will cause the engines to turn the car and therefore avoid the obstacle. Components : 1- Arduino UNO 2- L293D Motor Driver Shield 3- 2 x car chassis 4- 4 x DC Motor 5- 4 x wheel Robot Car Kit 6- 18650 Battery Holder – 4 Cell 7- 3 x 18650 Battery Cell 3.7V or 2 x 18650 Battery Cell 3.7V 8- SG90 Servo Motor 9- Ultrasonic Sensor Holder 10- Ultrasonic Sensor HC-SR04 11- Jumper Wires 🔗 Explore the code on GitHub : https://lnkd.in/dUS9VBCR 🔗 Watch the video on my YouTube channel : https://lnkd.in/dCe-n__w Good viewing♥️ #Arduino #arduino #robot #car #ultrasonic #ITI #Robot #sensor #Embedded #iti #NTI #embedded #Embedded_System #robotics #Engineering

Have you used any of these? 🤔 - ESP32-CAM - Arduino Uno Which one is better for engineering projects, especially robotics? #engineering #robotics #arduino #esp32

🚀 Excited to share my latest project: an Obstacle Avoiding Robot 🤖 Built with an Arduino UNO and a 4-wheel chassis, this robot uses ultrasonic sensors to navigate and avoid obstacles. It also features Bluetooth control for remote operation. Components Used: - Arduino UNO - Car Chassis - L298 Motor Driver - Ultrasonic Sensor - Servo Motor - 12V Battery Software: - Arduino IDE (C++) Future plans include upgrading to a Raspberry Pi and integrating AI to create a smart robot pet. Check out the video to see it in action! Project by: Chamath Sandaru www.chamathsandaru.info #Robotics #Arduino #ObstacleAvoidance #BluetoothControl #Innovation #Engineering #Chamath_Z

"Just posted a video detailing the PCB design process for my humanoid robot's power servo controller integrated board. Dive into the world of robotics with me! #Robotics #PCBDesign #Engineering"

Testing my Harmonic Drive actuator prototype with a brushless motor. The actuator is a 3D-printed model using PLA. I used TPU filament for the Flexspline inner flexible gear. The device uses standard bearings and it is coupled to a high-torque brushless motor. I am controlling using an ESC attached to an ATMega32U4 microcontroller, and an encoder dial for setting a PWM signal. This kind of actuator has a very low backlash and is excellent for homemade robotics. In the next videos, I will add some interesting features. #microcontrollers #prototyping #robotics #PWM #C++ #atmel

AI Modular Hexapod: Throwback to testing using a tripod gait in the full six-leg configuration. #MATLAB is connected using the COM port in the Arduino capturing sensor data for later analysis! #robotics #engineering