Core Embedded Systems Course

🔰 Phase 1: C Foundations & Bit Manipulation (From BITMP + BSFW)

Start here to solidify your logic, number systems, and C basics—critical for embedded programming.

1. Bit Manipulation – BITMP

   • Concepts and Test Cases

   • LED-level exercise

   • Number of Ones

   • Binary Representation

   • Reverse Binary (Part 1 & 2)

   • Practice C – Bitwise L1 (Quiz)

   • Bitwise Operations – Practical Use Cases

   • Assignment – Q1

2. Understanding Data Types and Memory

   • Integer, Floating and Double Point Numbers in C

   • Quiz: Data Types

3. C Programming Constructs for Embedded

   • Typedef and Struct – BSFW

   • Quiz: Typedef & Struct

⚙️ Phase 2: System Concepts & Peripheral Introduction (From BSFW + LASW)

These modules cover essential knowledge about how code becomes firmware and how devices communicate.

4. Build System & Compilation Process

   • Build Process – BSFW

   • Linker – LASW

5. Peripheral Basics

   • UART Introduction (BSFW Sample + LASW Developer Kit Video)

   • I2C Introduction – Sample

💾 Phase 3: Low-Level Programming & ARM Assembly (From LASW)

Time to dive deeper into how code runs at the machine level and how microcontrollers operate.

6. Getting Started with STM32

   • STM32CubeIDE Installation (HAL-based)

7. ARM Cortex-M Assembly Programming

   • Assembly Basics

   • Assembly Thumb (Part 1 & Part 2)

   • Assembly Shift

   • Stack Handling in Assembly

8. Reference & Practice

   • Embedkari Reference – LASW

⏱️ Phase 4: RTOS Concepts & Assignments (From LASW)

End the course with a strong grip on Real-Time Operating Systems — essential for modern embedded systems.

9. RTOS Foundations

   • Assignment 1

   • Assignment 2

📘 Final Takeaways:

• Practice-focused, modular course design

• Real coding + hardware-centric problems

• Covers all major topics from C to RTOS

• Ideal for engineering students preparing for embedded job roles or internships

• Access Period : Six months 

For RTOS , purchase separate course mentioned in detail.