Topics

Content

Embedded Systems Basics

• Embedded System Overview 
• System Architecture Discussion 
• Component Selection 

C & Embedded C Programming

• Introduction to C for Embedded Systems 
• Data Types, Operators, and Control Flow 
• Functions, Pointers, and Memory Management 
• Embedded C Specific Concepts 

Microcontroller Basics

• Introduction to STM32/Raspberry Pi 
• IDE Setup 
• Architectures & Its Peripherals 

Hardware Interfacing

• Interfacing Sensors and Actuators
• Hands-On

Communication Protocols

• UART, I2C and SPI 
• Serial Communication Implementation 

Application of Timers, Interrupts, & Power Optimization

• Using Timers for Event Handling 
• Implementing Interrupts 
• Power-Saving Strategies 
• Error Handling Techniques

Basics of RTOS, Linux & IoT

• Introductory concepts of RTOS, Linux & IoT 

Embedded Linux & Device Drivers

• Embedded Linux
• Introduction to Unix commands
• Introduction to Embedded Linux- 
• Embedded Linux System Architecture 
• Cross-Compiling Toolchains and C Library 
• Boot Process, Firmware, Bootloaders, U-Boot 
• Configuring, Compiling and Booting The Linux Kernel 
• Linux Root Filesystem, Accessing Hardware Devices 
• Embedded Linux Application Development 
•  Device Drivers 
• Introduction to Device Drivers 
• Working of Device Drivers, Types of Device Drivers
• Device Drivers in Embedded Systems

Real Time Operating System (RTOS)

• Task Scheduling Concepts
• Implementing Multitasking 
• Testing and Debugging RTOS Performance 

Project

Mini-Project and Report Writing