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Embedded System & Robotics Industrial Training In Patna Course Details

EMBEDDED SYSTEM & ROBOTICS IN PATNA

Embedded System & Robotics in patna where Robotics is concerned it is a branch of technology that deals with the design, construction, operation, structural disposition, manufacture and application of robots. Robotics is an exciting area of computer-controlled technology. Robotics is related to the sciences of electronics, engineering, mechanics, and software.

Robotics Engineering deals with the design, construction, operation, structural disposition, manufacture and application of robots and computer systems for their control, sensory feedback, and information processing. The program provides greater intelligence and higher versatility for robotic tasks under ever-changing constraints of the environment. Students are provided in-depth knowledge in the areas of Electro-Mechanics, Robotics Sensors & Instrumentation, Robotics Fabrication, Artificial Intelligence, and Robotic Vision. This builds a super specialization on the fundamental background of core engineering. In today’s life, the importance of robot is enhancing day by day in industrial life and other spheres.

An embedded system is some combination of computer hardware and software, either fixed in capability or programmable, that is designed for a specific function or for specific functions within a larger system. Industrial machines, agricultural and process industry devices, automobiles, medical equipment, cameras, household appliances, airplanes, vending machines, and toys as well as mobile devices are all possible locations for an embedded system.

Embedded systems are computing systems, but can range from having no user interface (UI) — for example, on devices in which the embedded system is designed to perform a single task — to complex graphical user interfaces (GUI), such as in mobile devices. User interfaces can include buttons, LEDs, touchscreen sensing and more. Some systems use remote user interfaces as well.

Embedded System & Robotics Course Content

Introduction of Electronics

• 
  Introduction to Basic Components
  
• 
  Introduction of power supply
  
• 
  Introduction of signals signals
  
• 
  Digital systems
  
• 
  Introduction of Digital Circuit
  
• 
  Introduction of Logic Gate
  
• 
  Introduction of Microprocessor & Microcontroller
  
• 
  Introduction of Architecture of Microcontroller
  

Embedded Electronics-II (LCD, ADC, Timers)

• 
  Interfacing 16×2 LCD
  
• 
  Demo: Printing strings/numbers on LCD. Displaying moving strings.
  
• 
  ADC (Analog to Digital Converter)
  
• 
  Demo: Displaying ADC values on LCD.
  
• 
  Timers, CTC and PWM Mode
  
• 
  Demo: using Timers in CTC and PWM Mode.
  

Projects in Embedded System

• 
  Students will be encouraged to implement their own ideas into projects using the KIT provided. Following are a few examples,
  
• 
  Calculator Interfacing switch and LCD
  
• 
  Midi-player Interfacing buzzer and keypad
  
• 
  Stop-watch Interfacing Switches and LCD
  
• 
  Digital Voltmeter Interfacing ADC and LCD
  
• 
  Digital Clock Interfacing switches and LCD
  
• 
  Electronic Voting Machine Interfacing keypad and LCD
  

EMBEDDED ELECTRONICS DIGITAL (I/O)

• 
  How does microcontroller work?
  
• 
  Introduction to the development board.
  
• 
  How microcontroller is programmed?
  
• 
  Introduction to CVAVR (compiler)
  
• 
  Basics of embedded C programming
  
• 
  Digital Input / Output Ports
  
• 
  Demo: Writing the first program, giving output, LED glowing/blinking, taking input, controlling LED glow though switch, glowing LED patterns
  

Embedded Electronics-III (UART, SPI)

• 
  UART Communication (Universal Asynchronous Receiver Transmitter)
  
• 
  Interfacing computer with microcontroller using UART with IC-MAX232
  
• 
  Demo: Data communication b/w microcontroller and computer.
  
• 
  SPI Communication (Serial Peripheral Interface)
  
• 
  Interfacing two microcontrollers using SPI
  
• 
  Demo: Data communication b/w and 2 microcontrollers using SPI.
  

Embedded System & Robotics Advanced

INTRODUCTION TO ROBOTICS (HARDWARE)

• 
  Basic concept of robotics.
  
• 
  Various types of robots.
  
• 
  Use of robots in industries.
  
• 
  Discussion on Robotics.
  
• 
  Various parts of Autonomous Robot.
  

ROBOTICS/AUTOMATION

• 
  How to design a Line Following Robot?
  
• 
  Assembling all the circuit on the Robot Body. Writing basic control programs.
  
• 
  Discussion on Autonomous Robots such as :
  
• 
  Line Following Robot
  
• 
  Object avoidance Robot
  

Interfacing Accelerometer

• 
  Reading the value of accelerometer in X, Y, Z Axis on LCD
  
• 
  Led controlling using an accelerometer
  
• 
  LCD task using an accelerometer
  
• 
  To give an idea of how to make a gesture control robot using an accelerometer
  

Interfacing LDR

• 
  Perform the operation of LDR
  
• 
  Reading the value from LDR with the help of ADC
  
• 
  Street light controlling using LDR
  

INTRODUCTION TO SENSORS

• 
  Introduction to IR Sensors
  
• 
  Demo: Implementing Digital Sensor and Interfacing with microcontroller to display results on LCD.
  

PROJECTS IN ROBOTICS AND AUTOMATION

• 
  Line Following Robot
  
• 
  Object avoiding Robot
  
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  Never falling Robot
  
• 
  Never fall from height robot
  
• 
  Object Following Robot
  
• 
  Computer controlled Robot.
  

Interfacing PIR Sensor

• 
  Perform the operation of pir sensor
  
• 
  Led control using Pir sensor
  
• 
  Detect the motion of moving body
  
• 
  LCD control using pir sensor
  

Interfacing RF Module

• 
  Synchronization of rf module
  
• 
  Led controlling using rf module
  
• 
  Lcd controlling using rf module
  
• 
  To give an idea of how to make a wireless control robot using Rf module
  

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COURSE LIST

• 
  ETHICAL HACKING
  
• 
  CYBER SECURITY
  
• 
  C
  
• 
  C++
  
• 
  C & C++
  
• 
  CORE JAVA
  
• 
  ADV. JAVA
  
• 
  JSF / PRIMEFACES
  
• 
  PHP & MYSQL
  
• 
  WEB. DEVELOPMENT
  
• 
  SOFTWARE DEVELOPMENT
  
• 
  PYTHON
  
• 
  EMBEDDED SYSTEM & ROBOTICS
  
• 
  ROBOTICS
  
• 
  ANDROID
  
• 
  PCB DESIGN
  
• 
  IOT (INTERNET OF THINGS)
  

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