Robotics is an interdisciplinary field that integrates computer science and engineering. Robotics involves the design, construction, operation, and use of robots. The goal of robotics is to design machines that can help and assist humans. Robotics integrates fields of mechanical engineering, electrical engineering, information engineering, mechatronics, electronics, bioengineering, computer engineering, control engineering, software engineering, mathematics, among others.
Curious about controlling a Robot with a smartphone, or making autonomous Robots. You have come to the right place. Take one of our Workshops and learn the basic concept and programming required to design a fully functional Arduino or a Raspberry Pi Robot
Check out some of our projects below to get inspired.
Here is a great weekend robotics project to undertake with a friend. You will need a 3D printer handy to 3D print the STL files. You can either use an Arduino Uno, Raspberry Pi, or a Beaglebone with the appropriate motor driver.
Here is a great way to impress your friends by modifying a broken toy Truck/Car with a Raspberry Pi and Adafruit's DC & Stepper Motor Pi HAT, to the existing electronics. Here you have two options #1 Write a simple python program and use your keyboard to control the truck. And #2 write a python-flask based web app to control the truck using your mobile/tablet.
This is a great way to start with robotics, for the brain of the bot we are using an Arduino Nano, 3D printed parts to hold the servo's and Ultrasonic sensors, and to power it up we are using a 2 cell Lipo battery.
If you plan on playing any board/dice related games like ludo, build this project. You will need a continuous rotation servo, an arcade button, and an Arduino nano or ESP8266 board. If you plan to make your dice roller touchless using a web app hosted on the ESP8266 board.
BeagleBone Blue is an all-in-one Linux-based computer for robotics, with wifi/bluetooth, IMU/barometer, power regulation, and state-of-charge LEDs for a 2-cell LiPo, H-Bridges, and discrete connectors for 4 DC motors+encoders, 8 servo
The MOVE mini is a 2 wheeled robot that is suitable for autonomous operation, remote control projects via a Bluetooth application or being controlled using a second BBC microbit as a controller via the microbits radio functionaly.Read more in our blog post.
This course is designed to help you make and program Robots. The primary focus of the workshop is to go over the basics of construction, programming, and electronics skills required to build a couple of Robots. By making Robots, the attendees can create their own devices and gadgets that interact with the real world.
We will start with the basic components of robots and their functions. Then understand what is an Arduino, and how it is useful in creating Robots. And if you have all the parts mentioned below, you will build, program and take home an Obstacle Avoiding Robot.
More Demos of interesting projects, if time permits..
Please note, the price for the two-day workshop does NOT include refreshments, and space to conduct the workshop. As a suggestion for the Workshop space, and something that has worked in the past, is to have your parents/guardian speak to the school teacher/principal to get the computer lab for the weekend/holiday. In addition, this price is available only for Goa, for neighboring States please get in touch via email.
Here is the list of Hardware required, if you plan on doing the practicals in the Workshop, a suggestion here is to have at least 2/3 students contribute and buy the hardware.
In addition, to the above Arduino Learning kit, you will also need the following Robotics specific components
This course is designed to help you make and program Robots. The primary focus of the workshop is to go over the basics of construction, Python programming, and electronics skills required to build a couple of Robots. By making Robots, the attendees can create their own devices and gadgets that interact with the real world.
We will start with the basic components of robots and their functions. Then understand what is a Raspberry Pi Zero/Pico, and how it is useful in creating Robots. And if you have all the parts mentioned below, you will build, program and take home an Obstacle Avoiding Robot with the Raspberry Pi Pico Board.
More Demos of interesting projects, if time permits..
Please note, the price for the two-day workshop does NOT include refreshments, and space to conduct the workshop. As a suggestion for the Workshop space, and something that has worked in the past, is to have your parents/guardian speak to the school teacher/principal to get the computer lab for the weekend/holiday. In addition, this price is available only for Goa, for neighboring States please get in touch via email.
Here is the list of Hardware required, if you plan on doing the practicals in the Workshop, a suggestion here is to have at least 2/3 students contribute and buy the hardware.
In addition, to the above Pi Pico Learning kit, you will also need the following Robotics specific components