Embedded System (C,PIC,AVR) & Robotics

  • Engineering College Students.
  • Working Professionals planning to climb up to next level.
  • Engineering Graduates starting their career.

  • Needs to know basic electronics.
  • Needs to basic computer operations.
  • Associate Degree required in electronics technology or a related field.

  • Design and implement software of embedded devices and systems from requirements to production and commercial deployment.
  • Design, develop, code, test and debug system software.
  • Review code and design.
  • Analyse and enhance efficiency, stability and scalability of system resources.
  • Integrate and validate new product designs.
  • Support software QA and optimise I/O performance.
  • Provide post production support.
  • Interface with hardware design and development.
  • Assess third party and open source software.

Market

Embedded System (C,PIC,AVR) & Robotics (Duration : 70 Hrs)

Fees  - Rs.15,000/-

C language

  • Introduction to C
  • Characteristics of C
  • Constants
  • Data types
  • Variables C
  • Operators
  • Expressions
  • Control instructions
  • Functions in C
  • Arrays
  • Pointers
  • Strings
  • Structures and unions
  • Storage classes
  • Preprocessor directives

Basic electronics

  • AC and DC Current
  • Resistor
  • Capacitor
  • Diode Transistors
  • Transformers
  • Regulators
  • Rectifiers

Embedded systems

  • Overview of embedded systems
  • Hardware and software platforms
  • Different components of an embedded systems
  • Designing of an embedded system
  • Applications of embedded system

Microcontrollers

  • Introduction to microcontrollers
  • Difference between controller and processor
  •  Power supply circuit for microcontrollers
  • RISC and CISC designs
  • Why we prefer microcontroller
  • General architecture of microcontrollers
  • On chip program memory
  • On chip data memory
  • Timers/Counters
  • Interrupts
  • Serial communication(UART)
  • Clock oscillator
  • Overview of different Microcontrollers
  • 8051
  • PIC
  • AVR
  • Applications of microcontrollers
  • Introduction to embedded C
  • Embedded C programming in different controllers

PIC16F877A Microcontroller

  • Architecture of PIC16F877A
  • Pin diagram of PIC16F877A
  • I/O Registers and memories
  • Addressing modes
  • Instruction sets
  • On chip program memory
  • On chip data memory
  • Inbuilt ADC
  • Timers/Counters Interrupts
  • Serial communication(UART)
  • I2C protocol
  • Clock oscillator
  • Port programming in Embedded C

Interfacing devices

  • Led and switch
  • 7 segment display
  • Lcd display
  • 4 – bit lcd
  • 8 – bit lcd
  • Keypad

Motors and relays

  • Working principle of motors
  • Types of motors
  • AC motors
  • DC motors
  • DC geared motors
  • Stepper motors
  • Servo motors
  • H – Bridge circuit
  • Dual H – Bridge circuit
  • H – Bridge IC
  • How to control DC motors using H – Bridge IC
  • Relays
  • How to use ULN2803 IC to drive relays
  • How to control AC motors using relays
  • How to control high current devices using relays

Analog to digital circuit

  • Introduction of analog to digital conversion
  • Inbuilt A/D converter
  • ADC data registers
  • Analog inputs
  • Reading ADC
  • Types of ADC ICs

Sensors

  • Introduction to sensors
  • Types of sensors
  • IR sensor
  • Light sensor
  • Temperature sensor
  • Gas sensor
  • Motion sensor
  • Sensor interfacing in PIC16F877A

Timers and Interrupts

  • Introduction to Timers and counters
  • Types of timers
  • Prescaler and postscaler in PIC
  • Introduction to Interrupts
  • Types of interrupts

Serial communication

  • Introduction to serial communication
  • Difference between serial and parallel communication
  • UART, RS232
  • Sending and receiving data from PC
  • Serial communication between two microcontrollers
  • I2C protocol

Wireless communication

  • Introduction to wireless communication
  • RF communication
  • DTMF in wireless robot

Software’s for PIC

  • MPLAB
  • HTC complier
  • How to write program and compile in MPLAB
  • Proteus 7 professional

Hardware implementation using PIC16F877A and AMICUS 18

  • Led and switch
  • 7 segment display
  • Lcd 4-bit and 8-bit interfacing
  • Keypad interfacing
  • DC motor interfacing
  • IR sensor with motor interfacing
  • Sensors interfacing using inbuilt adc
  • Interfacing temperature sensor
  • Interfacing gas sensor
  • Interfacing light sensor
  • Interfacing motion sensor
  • Timers programming
  • Interrupts programming
  • Serial communication(RS232)
  • PC to microcontroller(PIC)
  • Microcontroller(PIC) to microcontroller(PIC)
  • Interfacing RF TX and RX with PIC16F877A

  • Microcontroller – Intel 8051
  • Interfacing of Microcontroller
  • ARM – Advanced RISC Machine
  • Interfacing of ARM
  • PIC - Peripheral Interface Controller
  • Interfacing of PIC
  • AVR – Advanced virtual RISC Processor
  • Interfacing of AVR
  • Keil C programming
  • VLSI – Verilog/VHDL
  • Arduino - Single Board – Microcontroller
  • Labview Programming
  • MATLAB Programming
  • Linux Basics & Advanced Linux Programming
  • Device Driver Development
  • Virtual Instrumentation programming
  • Robotics and building solutions

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KUMARI  M.D - Consultant - Trainer

  • She is currently asscoiated with CPRO IT SERVICES PVT LTD as Technical Consultant
  • She is a consultant and Training Solution architect.
  • He has completed her B.E and has around 7+ years of Experience in Embedded Domain industry in Designing, Development, Maintenance, Technical Support Activities and Trainer.
  • As a Corporate trainer, she has conducted different Corporate Training Programs.
  • Expert level knowledge in the following:
    • Development Tool : IAR Embedded Workbench, Eclipse IDE, MPLAB, Ride, ACTEL Libero, Keil, NS2,OPNET
    • Microcontroller : 8051, ARM 7, ARM 9, ARM11, Cortex – M3, Cortex -M4, Sitara, PIC16F,PIC18F, PIC24F
    • Downloader : IAR JLINK, MPLAB ICD2, PIC KIT2, 3, and Super Pro Programmer.
    • Languages : C, C++, Android Java
    • Operating System : Windows, Linux, RTOS, Android
    • Types Of RTOS : uCOS II, ThreadX, Segger, CMX, POSIX,uCProbe
    • RF Devices : Zigbee, NRF, Z-Wave, Xbee
    • Circuit Design Tool : Proteus, Altium

You will get HP Authorized Certification

HPE-Education-Certificate

Embedded System (C,PIC,AVR) & Robotics

At Corporate - (70 Hrs Course)

  • Request for Proposal - Training from Corporate
  • Proposal from CPRO IT SERVICES PVT LTD
  • Fees : Cost Effective - based on requirement

At CPRO Centre - (70 Hrs Course)

  • Depending on Schedule weekday or Week End
  • Fees - Rs. 15,000/-
  • One to One Teaching
  • Course Mode :  Class Room or Online Training
  • HP Authorized Certification

At College/Institutes - (70 Hrs Course)

  • Request for Proposal - Training from Engineering College/Institute
  • Proposal from CPRO IT SERVICES PVT LTD
  • Fees : Cost Effective - based on requirement
Course Group: 
OtherTraining