Robotics

10000 Learners


Course Objective:

Embedded:An Embedded system is one of the leading technologies in the world through which we can make the things on automation. It means with the help of computer-based software (C, C++, Java, Python and MATLAB) for programming and some specific electronics hardware (Micro-controller, Microprocessor, sensors, Basic electronics devices) we can develop the devices that are meant for a specific task. Devices meant for multiple tasks do not get covered here.

Examples of devices that are covered are:

Washing machine, Induction, ATM machine, Calculator, Display screen, robots, Car, Cellphones and many more…

IOT: An IOT (internet of things) is a technology through which we can get the detail of the data or we can access our data through sever anywhere with the help of internet. As we know everyone want to make their life easier and want to control the things with the help of internet. So here with the help of cellphone we can get the detail of our data and also, we can control the things using internet. So IOT is a technology through which not only we can control the things wireless also we can make the things on automation which will help humans to make their life easier.


Course Content:

EMBEDDED SYSTEM

POWER SUPPLY
  • Introduction to basic electronic components.
  • Concept about power supply designing.
  • Introduction to Embedded system & Robotics.
MICROCONTROLLER
  • Introduction to micro-controllers.
  • Difference between microcontroller and microprocessor.
  • Architecture of micro-controller.
  • Brief description about ATmega16 Micro-controller.
EMBEDDED C
  • Concept about Embedded-C language.
  • Explanation of different types of loops & method of programming.
  • Difference between C & Embedded C language and their similarities.
LED
  • Glowing of LED in different pattern using different programming method.
  • Developing code to make sand pattern on LED.
  • Developing code to shifting the different patterns on LEDs.
LCD
  • Introduction to 16x2 LCD.
  • Introduction to Memory Mapping of 16x2 LCD.
  • Developing code to display text on LCD.
  • Scrolling text on LCD.
  • Project Work: Digital clock on 16x2 LCD.

ROBOTICS

MOTORS
  • Introduction of Robotics.
  • Importance of Robot & its Application.
  • Constructional Details of Robot.
  • Types of Robots.
  • Introduction to AC & DC motor.
  • Control Phenomena of Robot.
  • Types of Switches & Driver to control Robot.
  • Description of H-bridge Driver Circuit. (L293D).
  • Way to interfacing of L293D IC with micro-controller and motors.
  • Controlling Direction of motors through micro-controller.
  • Description of different Autonomous Robot (Line follower, Obstacle Recognizer, etc...).
  • Algorithm Designing of Line Follower Robot.
  • Algorithm Designing of Multi-sense Robot.
  • Project Work: Autonomous robot.
IR SENSOR
  • Introduction to Analog & Digital IR sensor.
  • Circuit explanation of IR sensor.
  • Introduction to LM358.
  • Controlling direction of motors through IR sensor.
  • Project Work: Developing object avoider robot using IR sensor.
  • Project Work: Developing code for Visitor counter application using IR sensor.
SWITCH
  • Introduction to linear switch.
  • Introduction to the concept of Pull-up & Pull-down technique.
  • Controlling the o/p devices through switch.
  • Project Work: Controlling the LEDs and Motors through switches.
RELAY
  • Introduction to Relay & its applications.
  • Controlling home appliances (Bulb/Fan) through micro-controller (wired & wireless).
  • Project Work: Developing code for Visitor based Home Appliances Controlling System.
USART/UART
  • Introduction to USART/UART protocol & it’s applications.
  • Introduction to the registers of UART and its implementation.
  • Project Work: Writing text on LCD using PC/Lap-top.
  • Project Work: Developing code for PC Based Home Automation System.
ADC
  • Theory of ADC and the explanation of its registers.
  • Developing code to calibrate analog values and display the digital values on LCD.
  • Introduction to Buzzer.
  • Project Work: Developing code to calibrate temperature sensor values and display on LCD.
  • Project Work: Developing code for High Temperature Alert System.

Key Features

  • Gain skills and competencies required in Industry by Experts.
  • Work on Real-time Projects depending upon the course you select.
  • Students work in a professional corporate environment.
  • Get a globally recognized Certificate form WebTek with our partner logos.
  • Global Brand recognition for Placements.

Includes

  • Course Duration: 3 Months
  • Regular Batches: Online / Offline/ Weekend
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