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RoboKriti-NXT
After training over 30,000 students across India in last 4 years only on “RoboKriti – The art of building Robots”, it has just grown bigger and better every year. RoboKriti is one of our highly acclaimed workshops by students and teachers. It is specially designed for newbie's and robotics enthusiasts of all disciplines from diploma Institutes to Engineering Colleges of all the branches.
“RoboKriti - The art of Building Robots” is a workshop especially designed for newbie's and robotics enthusiasts of all disciplines from diploma Institutes to Engineering Colleges of all the branches like Electronics, Telecommunication, Mechanical, Computer Science, Production, Metallurgy etc.
The students will learn the basics concepts and will gain the practical experience while working on the RoboKriti kit. They will be introduced to the basic fundamentals of robotics and will learn to apply them in real life. Hands-on sessions will help them understand the practical aspects too.The RoboKriti Kit is specially designed and developed by Team Technophilia. Using this kit, students will make a robotic vehicle which can be controlled via five mediums, viz:
· Wired Remote control
· Wireless Remote Control (RC Control)
· Computer Control
· Speech Control (Speech Recognition)
· Internet Control
CONCEPTS COVERED:
Session-1: Wired Robotics
· Introduction
· Robots
· Robotics
· Definition
· The Early Stage
· Our Times
· The Future
· Different Levels of Control
· Basic Parts of a Robot
· Mechanical System
· Power Supply
· Actuators
· Types of Motors
· DC Motors: Construction & Characteristics
· Gears, Spur & Pinion
· Types of Switches
· Hands On Session for development of a Wired robot
Session-2: Wireless Robotics ( RF Control)
· Wireless communication
· Techniques and Applications
· Concept of Parallel to Serial Conversion
· RF Transmission and Reception concepts
· What is Modulation?
· RF Modules
· Encoders and Decoders
· Address Protection
· Problem of Latching?
· DC Motor Drivers
· H-Bridge Motor Driver
Session-3: Computer Controlled Robotics
“By simple pressing of command buttons, mouse clicks on a computer one can control a Wireless Robot.”
· Isolators & Buffers
· Why do we need isolation?
· PARALLEL PORT (LPT)
· How to get the Parallel Port Address?
· Interfacing Parallel Port with the Transmitter Circuit
· VISUAL BASIC
· Introduction to Visual Studio
· How to access Parallel Port using VB?
· Interface design in VB
· Coding in VB
Session-4: Speech Controlled Robotics
“By simply speaking out the control words on the microphone of a computer, one can make their robots run, dig, skid, take left, take right, stop, etc.”
“Effortless Robotics”
Session-5: Internet Controlled Robotics
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“Control your robot from anywhere of the world”.
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“Control your robot from one PC to the robot connected in another PC using internet”.
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Also learn basic concepts of server and web scripting.
At the end of this exhaustive basic robotics workshop, team Technophilia ensures that the students get a hands on experience of basic electronics, mechanics and computer programming for robot motion control.
Duration:
Two consecutive days, each day 8 hours session so in total 16 hours, properly divided into theory and hands on sessions. In the end of the workshop a small competition among the participants of the workshop is organized so that the students will get the real feel of competitive environment.
The RoboKriti Training kit content:
· RF transmitter module with the following features(1)
433.92 MHz Radio Frequency transmitter
Parallel to serial encoder IC
8 lines for configuring 256 different address
Interface for connecting switch
PC connectivity interface with protection
On board regulated power supply
On board transmission enable or disable option
Low power consumption
· RF receiver module with the following featured(1)
433.92 MHz Radio Frequency transmitter
Parallel to serial encoder IC
8 lines for configuring 256 different address
On board regulated power supply
On board valuable transmission visualization
On board data latching avoidance
On board 2channel motor driver
Separate power supply for motor and receiver
· DC geared motors (2)
· Molded plastic wheel with rubber grip (2)
· General Purpose robotic vehicle chassis (1)
· Remote box (1)
· Rocker switches (2)
· Lugs wire (1)
· Ribbon cable (1)
· DB-25 connector and cable (1)
· Batteries for power supply (2)
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