Introduction to Robotics

 

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robotics, education course
Robotis

This Robotics workshop will provide a base of robotics to students who want to come in Future technology. They will learn how to develop and control robots using normal electrical concepts. They will be designed and developed their own models by their own hands. These projects help students to focus on developing robots with common sense and using switches. The applications are focused by these workshops and use of technology rather than their internal working so that a person can grasp the concepts well.This workshop will be covered in two days, there are six hours session covered in every day, in a total of twelve hours properly divided into theory and hand-on practical sessions. At the end of this workshop, participating student will get a Certificate of Participation

=======Workshop Highlights==========
Organized more than 300 workshops in school 
Experienced Faculty 
Designing of Robot 
Introduction to Actuators and Motors 
Introduction to Wired remote 
Building Of Robot

========================COURSE=========================================

-Day 1 (Session 1)
*Company Introduction
*Introduction to Robotics
*Introduction and Mechanical structure design
   -Introduction to Robotics.
   - Introduction of component of Robot's mechanical structure:
   -Design of Chassis board.
*Robot Locomotion System and Anatomy
	-Actuators 
	-Types of Actuators 
	-Driving Mechanism 
	-Speed Control

-Day 1 (Session 2)
* Motors and Controlling Circuit
	-Introduction to Motor 
	-Different Types of Motor 
	-Difference between DC motor and DC geared motor 
	-Use of Motors in Robotics 
	-Motors and Controlling Circuit 
	-Interfacing of Motors
 *Switches
	-Types of Switches 
	-Operation 
	-Application of different Switches
 *Power Supply
	-Fundamental Electrical Concepts 
	-Difference between Electrical and Electronics
* Speed Control of Robot

-Day 2 (Session 1)
*Hands-on session on Mechanical Structure
*Assembling the DIY kit of Hackaltron Wired Remote Control Kit
   -the major role is Assembling that deals with the mechanical section of Robotics including 
    mounting of components and mechanical stability.
*How to control robot using wired remote control

--Free kit--

1 x Motor Driver Circuit
1 x 4-pin female to female connector (39-Inch)
1 x Battery Sniper (without DC jack)
1 Pair D.C gear motors (BO2-150RPM)
1x (High Quality Plastic Chassis Board)
1x (Screw driver)
1x (Ball Caster wheel)
4x (Support Studs)
1 Pair wheel 76mm Diameter
Other required Tools and accessories etc.

Mechanical Engineers

Mechanical engineers prepare for their careers by earning a bachelor’s degree in mechanical engineering. They also need to be licensed. They are involved with all aspects of designing and creating mechanical devices, including robots. 

Aerospace Engineering and Operations Technicians

The main objective of aerospace engineering and operations technicians is to produce and maintain things such as airplanes and spacecraft and related equipment, and this job has become increasingly automated.

Electro-mechanical Technicians

Electro-mechanical technicians are required to have an associate’s degree or certificate in electro-mechanics or a similar field. They specialize in working with robots and other equipment that is operated remotely, such as drones.

Computer Programmers

Computer programmers who work in the field of robotics will write the code for programs designed to operate robotics equipment. Their duties also involve running tests on programs to ensure they work properly. 

WHAT IS THE USE OF EMBEDDED SYSTEM?

WHAT IS THE USE OF EMBEDDED SYSTEM?

  • Embedded System for Detecting Rash Driving on Highways – The main intention of this project is to design a highway speed-checker device that identifies rash driving on highways and alarms the traffic authorities.
  • Application of Embedded System for Street Light Control – The main intention of this project is to detect the movement of vehicles on highways and to switch on street lights ahead of it.
  • Embedded System for Traffic Signal Control System – The main goal of this project is to design a density based traffic signal system.