Mobile phones used to control and access a lot of devices such as TVs, ACs and lot many. The concepts and the process behind using our smart phones as a remote for all smart systems can be learned and taught in much easy pattern with the use of robots. We will make our participants to design and develop a robot and control its working and process with the inputs from our smart phones.
Agenda:- Day 1 Session 1- (03:30 hrs)
Basics of operation of the electronics components
Basics of Circuit Connection
Basics of Robotics
Session 2- (02:30 hrs)
What is Microcontroller?
Difference between microcontroller and micro processor?
Microcontroller Architecture and interfacing
How can we use a microcontroller in our own circuits?
Microcontroller Programming in ‘C’
Writing your First ‘C’ Program in AVR Studio
Compilation and debugging
Loading Compiled ‘C’ Program on a Microcontroller
Day 2 Session 1- (03:30 hrs)
Introduction to H-Bridge
Connection of Motors to the Motor Driver
Connection of Sensors to Motor Driver as Inputs
Description of Motors
Different types of motors
DTMF decoder ICs
What is DTMF?
Interfacing of DTMF ICs
Concept and Algorithms
Testing of a DTMF Circuits
Session 2- (02:30 hrs)
Assembling of Mobile robotics Kit
Programming of Atmega 8 microcontroller for Mobile control Robot
Testing of Final Circuit
Test run of Mobile Controlled Robot
Certificate distribution and acknowledgement
Can access computer system and make use of internet to perform search over Google.
Need to Prepare?
Prior programming experience is not required.
Windows OS based PC, Internet Connection, Notebook and Pen
Tools Provided (for the session):-
L293D Dual H-Bridge Motor Driver Board, IR sensor, DTMF Module, DC geared motors, Chassis, Caster wheel, Clamp, Wheel, Screw Driver, Stud, Screw, Battery Connector with DC Jack
Operating System, Logic creation, Integrated circuit, Basic of electronics, Sensors, DTMF and Motors
This workshop will be addressed with hands-on session in developing interesting robotic car which can be controlled using our mobile phone with the help of DTMF technology. A student will be able to come up with a machine which can be controlled by using a remote Cellphone.
Designing, Development and Controlling of a robot from mobile phone using DTMF technology.
2 Days (7 hours each)