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Embedded Systems
Syllabus
Module 1: Linux Systems (24 hours)
| Sr. No. | Title |
| 1 | Introduction to Linux |
| 2 | Linux Command Line |
| 3 | Linux shell |
| 4 | Understanding Linux File Permissions |
| 5 | Managing Filesystem |
| 6 | Software installation |
| 7 | Editors |
| 8 | Vim |
| 9 | Nano |
| 10 | Leaf pad |
Module 2: Advanced C programming (126 hours)
| Sr. No. | Title |
| 1 | Overview |
| 2 | Environment Setup |
| 3 | Program Structure |
| 4 | Basic Syntax |
| 5 | Data Types |
| 6 | Variables |
| 7 | Constants |
| 8 | Storage Classes |
| 9 | Operators |
| 10 | Decision Making |
| 11 | Loops |
| 12 | Functions |
| 13 | Scope Rules |
| 14 | Arrays |
| 15 | Pointers |
| 16 | Strings |
| 17 | Structures |
| 18 | Unions |
| 19 | Bit Fields |
| 20 | Typedef |
| 21 | Input & Output |
| 22 | File I/O |
| 23 | Pre-processors |
| 24 | Header Files |
| 25 | Type Casting |
Module 3: Python (24 hours)
| 1 | Overview |
| 2 | Environment Setup |
| 3 | Basic syntax |
| 4 | Variable types |
| 5 | Basic Operators |
| 6 | Decision Making |
| 7 | Loops |
| 8 | Numbers |
| 9 | Strings |
| 10 | Lists |
| 11 | Tuples |
| 12 | Functions |
| 13 | Modules |
| 14 | File I/O |
| 15 | Exceptions |
Module 4: PIC microcontrollers(120 hours)
| 1 | Simulation Software |
| 2 | MPLAB IDE |
| 3 | Digital I/O |
| 4 | Serial Monitor |
| 5 | Serial Analog Read |
| 6 | Analog write (PWM as DAC converter) |
| 7 | Motor control |
| 8 | Serial communication (with overview of Bluetooth, GPS, GSM) |
| 9 | Displays |
| 10 | UART,SPI,I2C |
| 11 | Timers, Counters, Interrupts |
| 12 | Memory Usage. |
| 13 | LIVE PROJECTS |
Module 5: AVR programming (Arduino platform)(24 hours)
| 1 | Simulation Software |
| 2 | Arduino IDE |
| 3 | Digital I/O |
| 4 | Serial Monitor |
| 5 | Serial Analog Read |
| 6 | Analog write (PWM as DAC converter) |
| 7 | Motor control |
| 8 | Serial communication (with overview of Bluetooth, GPS, GSM) |
| 9 | Displays |
| 10 | LIVE PROJECTS |
Module 6: ARM microcontroller(120 hours)
| 1 | Introduction to Embedded System and Digital World |
| 2 | Introduction to Microcontroller |
| 3 | Detailed Description to Development Tools |
| 4 | Working with ARM Microcontroller |
| 5 | Embedded C Programming of GPIO and Basic Internal Peripherals of ARM Controller |
| 6 | Programming of Advanced Internal Peripherals of ARM Controller |
| 7 | Interfacing of External Peripherals to controller |
| 8 | Motor control |
| 9 | Serial communication (with overview of Bluetooth, GPS, GSM) |
| 10 | Displays |
| 11 | UART,SPI,I2C |
| 12 | Timers, Counters, Interrupts |
| 13 | Motor control |
| 14 | Serial communication (with overview of Bluetooth, GPS, GSM) |
| 15 | Displays |
| 16 | Live projects |
Module 7: Raspberry Pi(72 hours)
| 1 | Introduction to Raspberry Pi |
| 2 | Preparing Your Raspberry Pi OS |
| 3 | Embedded Linux |
| 4 | Remote Access |
| 5 | GUI, file system and user management |
| 6 | Python |
| 7 | GPIO Programing, digital i/o |
| 8 | Hardware interfacing |
| 9 | Motors |
| 10 | Digital I/O |
| 11 | Sensors |
| 12 | Displays |
| 13 | GUI and software designing |
| 14 | IoT Systems |
Module8: PCB Designing(30 hours)
| 1 | Introduction to Basic Elements |
| 2 | Introduction to Proteus (Electronic Product Design Software) |
| 3 | PCB Designing in Proteus |
| 4 | EMC interference Precautions |
| 5 | Heating Component Precautions |
| 6 | Gerber file generation |
| 7 | Industrial Standards |
| 8 | Hand on PCB Fabrication |
| 9 | Etching |
| 10 | Drilling |
| 11 | Component Placing Rules |
| 12 | Soldering |
| 13 | Tinning |
| 14 | Troubleshooting |
| 15 | PCB repairs |
