Embedded System

Course details

COURSE CONTENT 

Course 1: C Language & Embedded C

• Why C in EmbeddedOverview
  
• ANSI standardCharacteristics
  
• Function of CFunction Overloading
  
• Conditional StatementsScope Resolution Operator
  
• LoopsClasses in C++
  
• FunctionAccess Specifiers
  
• ArraysConstructor, Destructor
  
• StringsStatic Members, Function
  
• Storage ClassesFriend Classes, Friend functions
  
• Structure & UnionsOperator Overloading
  
• Enumerated Data Types 
  
• Bit OperationCourse 5: RTOS (Real Time Operating System)
  
• Pointer 
  
• Dynamic Memory AllocationIntroduction to RTOS with Architecture 
  
• File handling ConceptMonolithic and Micro Kernel
  
• Raw Data HandlingBooting Vx-Works
  
• Low Level ProgrammingTornado Wind River IDE & simulator
  
• Command Line ArrangementsSource debugging (cross-wind)
  
• Compiler in PracticalPerformance monitoring tools
  
• Data StructuresMemory Management
  
• Sorting & Searching TechniquesInter-task Communication 
  
• Concepts & Real Time Exposure Semaphores 

•  Introduction Introduction to ARM Family
  
•  Overview of Architecture of 8051/AVR/PIC                        
  
•  Low-Level Programming Concept                                
  
•  Middle Level Programming PIN connect block 
  
• Concepts GPID Programming
  
•  Cross Compiler Timer Programming
  
•  Embedded C/C++ Programming A/D Converter
  
•  Embedded C/C++ DebuggingUART Programming
  
•  Memory Models I2C & SPI Protocol
  
•  Library ReferencePIC
  
•  #Pragma Directive  VIC (Vector Interrupt Controller)
  
• ON Chip Peripherals CAN Conceptualization
  
•  Ports: I/P & O/PI2C Enabled EEPROM Conceptualization
  
•  Timer & Counter 
  
•  Interrupts, ADC, PWMCourse 7: Linux & Device Driver Programming
  
• External Interfaces 
  
•  LEDS, LCD, SWITCHESLinux Architecture
  
•  Seven Segment & Multiplexing 7-segment display Kernel Description
  
•  Keypad Matrix Terminal Commands
  
•  LED Matrix File Management System
  
•  AC/DC relays Process Management System
  
•  Motor: DC Motor/ Stepper Motor/ Servo Motor VI Editor
  
•  Wireless RF Modules GCC Complier
  
•  Zig Bee (Programming + Communication)Shell Scripting
  
• PROTOCOLSUse of make File
  
• SPI, I2C, UART, CANCompile & Debugging
  
•  Char Driver Conceptualization

• Robotics IntroductionIntroduction to Internet of Things 
  
• Chip Level & Component Level ElectronicsIntroduction to Raspberry Pi 
  
• Various Motor for Robot DevelopmentTools: Win 32 image write & SD Formatter
  
• Power Supply DesigningWading Raspbrion OS image on SD Card 
  
• Robotic Sensor Designing & InterfacingDemo Programming using C 
  
• Robotic Motor Controller CircuitBacking up Updating SD card & OS Image 
  
• Embedded C ProgrammingInstalling Wiring Pi Package
  
• I/O FunctionsControlling the Raspberry Pi GPIO by Command
  
• PWMNetworking with Pi 
  
• ADCClient-Server Programing for Automating Device/Sniffing Device state
  
• Inter Robot CommunicationIOT-Cloud Installing   
  
• Practical Electronics & Sensor DevelopmentInstalling & configuring PubNub SDK for C Language
  
• Practical working with Electronic ComponentsCreating credentials with PubNub  Cloud Server 
  
• Resistor, Capacitor, Diodes, Transistor, RelayEnd to End IOT Programming demonstrations
  
• Designing of Logic gate & Power Supply 
  
• Development of Sensor like Light, Surface etc  
  
• Sensors
  
• Gyro & Accelerometer, Ultrasonic sensors, RFID, GPS, PIR Sensor, Temperature Sensor
  
• Touch Pad, Gas Sensor, DTMF, RTC, Finger Print Sensor, RS 232, Alcohol Sensor, Humidity Sensor, Sound Sensor, Surface Sensor, Flex Sensor, Buzzer, Relay