Course Details & Pre-Requisites (Eligibility) :

 

MODULE 1: Basic Electronics & Applications

• Resistors, series& Parallel combinations, voltage & current measurements across nodes.
• Capacitor, series& Parallel combination, charging & discharging cycles,
• Diodes Transistors MOSFETS & V-I Characteristics

MODULE 2: C PROGRAMMING & DATA STRUCTURES

• Standard development with C
• Data types , Predefined and derived
• Qualifiers, Operators
• Logical & Relational operators
• Conditional controls
• loop Operations
• Arrays, Memory Allocation
• Functions & Return values
• Pointers& Accessibility
• Strings
• Structures & its concepts
• Storage classes File Handling
• Introduction to Data Structures
• Linked list
• Arrays vs. linked list
• Node insertion & Deletion
• Sorting techniques

MODULE 3: Embedded Systems Basics

• Introduction to Embedded Systems
• Electronics system design by using processors& Architecture
• Binary processing & conversions
• Introduction to Micro-controllers
• 8051 Block diagram , Features quantities & differences
• Memory organization
• Instruction Set for different operations
• logical, Boolean operations
• I/O ports and Interfacing Techniques
• Timers Activation
• Counters programming
• Interrupts Serial port Activation

MODULE 4: Firmware Development

• LCD interfacing
• Keypad scanning& methods
• switches & Exercises
• 7 segment interfacing
• Multiple 7- segment
• Drivers development
• Interrupts handling in C
• UART, serial driver development in C
• Sensors interfacing
• Analog sensors , Field applications
• Motors Control techniques
• Stepper motor interfacing
• Industrial loads interfacing Different combinations applications

MODULE 5: Protocols and Advanced Controller

• Integration of protocols
• I2C protocol for different requirements
• Accessing External memory devices
• Real time clock
• External ADC / DAC access
• Automobile applications
• AVR controller(ATMEGA128)
• Peripherals
• Additional features comparison
• protocol Drivers
• on chip Features
• Arduino controller introduction
• Checking interfacing with libraries
• Advanced drivers availability
• RTC,EEPROM
• Analog sensors , Field applications
• Utilisation of protocols

MODULE 6: ARM Architecture

• Advanced RISC Microprocessor(ARM)
• ARM version , Operating modes
• pipeline stages , Architectures
• LPC 2148 micro-controller (pin diagram)
• I/o Port establishment using Registers
• ADC registers
• UART registers
• I2C implementation
• PWM Activation
• Project Demonstration
• peripherals drivers development
• Arm9, Arm 11 comparisons
• serial drivers development
• RFID management system
• EEPROM Interfacing
• Design & Development of ARM application
• project analysis on ARM versions
• Project Exercises
• Project Finalization

MODULE 7: Linux Basics and Programming

• Linux
• Commands
• Commands
• Editors
• Compilers
• make File
• Groups , users creation
• system calls
• system calls
• Shell Scripting
• Memory management
• GDB
• Advanced file operations
• process management
• signals
• IPC
• Queues
• Read & write operations
• Files operations
• System vs. Function calls
• file management
• Shared memory
• pipes mechanism
• process Structure & States

MODULE 8: Device Drivers

• Introduction to Linux Kernel
• Device Drivers
• Kernel modules and loading
• Character device Drivers
• Concurrency
• IO Ctl & blocking
• I/Ports vs. I/O memory
• I/O port example
• Driver for external peripherals
• low level sysfs operations
• open and release calls
• Application development

MODULE 9: Debugging Techniques

• Source control tool
• Boot loaders, focus on U-boot
• FIFO functions
• Embedded h/w and s/w
• U-boot customization
• GIT
• GDB
• Configuring – Compiling
• Boot up flow
• Application Driver

MODULE 10: Project

• Real time project Analysis
• project understanding
• Circuit design
• Project submission