Brain Wave Controlled Robot

Overview

Brainwave Robotics workshop will introduce a highly advanced, as well as the low-cost board. You will learn to digitize analog electrical brainwaves to power the user interface of games, education and research applications. After Brainwave Robotics Workshop you will ultimately be able to control robots and other devices through your mind! You will also be taught to develop apps using processing. The Brainwave Starter Kit provided analyses and converts the brain waves into electrical signals. You can now translate your brainwaves into action! You can write your own applications, interface with various devices, or choose existing applications to power the world around you with your thoughts.

Workshop Time: 2/3/5 days

Module 1

Introduction:
  • EEG Technology
  • Brainwave Technology & Robotics
  • Types of Brainwaves
  • Sensors to record Brainwaves
  • Types of Autonomous Robots
  • Wireless Communication
  • Elements of an autonomous robot
  • Microcontroller based robots
  • Preprogrammed robots
  • Self-learning robots

Module 2

Microcontroller & Arduino
  • Microcontrollers & Microprocessors
  • Smart Controlling Boards
  • Brainwave Compatible Programming Platforms
  • Open Source Platforms
  • Getting started with Arduino Hardware
  • Atmega328 Configuration
  • Pin Structure & Arduino Configuration
Arduino IDE
  • Getting started with Arduino IDE
  • Writing Arduino Code
  • Interfacing LEDs, Sensor & Devices
  • Programming Algorithms & Artificial Intelligence

Module 3

Actuators
  • Motors and Actuators
  • Interfacing DC Motors
  • Servo & Stepper Introduction
  • Controlling speed of motors using PWM Manipulation
Sensors
  • EEG-based Sensors
  • Light: LDR, photodiodes, phototransistors

Module 3

Wireless Communication & Interfacing EEG Device
  • Serial Communication & Baud Rate
  • Configuring Bluetooth Module
  • Connecting Arduino with EEG Brain sense Device
  • Analyzing signals from Brain sense device
  • Nerve Movement
  • Detecting Eye blink and controlling actuators
  • Designing Algorithms for Eye Blink
  • Stress Signal Detection
  • Analyzing brainwave data using MATLAB
Take Away:  Take away kit will be given in group of 5 participants
  • Arduino+ USB Cable
  • L293D Motor Driver
  • 2 BO Motors
  • Wheel
  • Chassis
  • Caster Wheel
  • Jumper wire & Accessories
  • Nuts and Bolts
  • Screw Driver
Not Takeaway:
  • Bluetooth Module
  • EEG Sensor
  • A working Laptop/PC in a group of 5 participants with minimum of 2 GB RAM, 100 GB HDD, intel i3+ processor
  • A Seminar Hall with sitting capacity of all participants along with charging plugs, proper ventilation
  • Projector, Color Mike and Speakers
  1. Softcopy of PPTs and study material for all participants
  2. Partcipants will get life time access to our Virtual Classroom
  3. Certificate of Participation for every participant
  4. A competition will be organized at the end of the workshop and winners will be awarded by Certificate of Excellence and Coupon for Advance Training.