Mikrodenetleyici Driver Geliştirme

Embedded Software: Master the Fundamentals for a Professional Career

This course is designed for individuals aiming for a professional career in embedded software. Go beyond basic microcontroller usage and gain a deep understanding of the underlying mechanisms that power your applications. You'll learn how to control microcontrollers by developing your own drivers, moving beyond simple library functions like SPI, USART, GPIO, and I2C.

• Bare Metal Programming: Develop your own APIs from the register level, gaining complete control over your hardware.
• Driver Development: Understand how ready-made code works and build your own custom drivers.
• Advanced Debugging: Gain the skills to debug embedded systems at a deeper level, navigating code line by line and understanding register configurations.

Why is this learning process essential?

While IDEs offer convenient functions for peripherals like USART (simple configuration of Tx/Rx lines), understanding the underlying hardware is crucial for professional-level debugging. For example, a seemingly simple USART transmission involves configuring registers like SR and CR, and understanding data frame structures. This knowledge allows you to effectively troubleshoot errors and optimize performance.

Course Modules & Peripherals:

This course covers essential embedded systems peripherals:

• GPIO (General Purpose Input/Output): Learn to control digital pins for various applications.
• SPI (Serial Peripheral Interface): Master high-speed serial communication.
• USART (Universal Synchronous/Asynchronous Receiver/Transmitter): Understand serial data transmission and reception.
• I2C (Inter-Integrated Circuit): Learn to communicate with multiple devices using a two-wire protocol.

For each peripheral, you'll develop and analyze APIs (Initialization, Data Sending, Data Receiving, Interrupt-driven operations) and utilize a Logic Analyzer for practical debugging.

What will you be able to do after completing this course?

• Microcontroller Mastery: Gain a comprehensive understanding of microcontroller architecture and operation across various manufacturers.
• Hardware Abstraction: Learn how to activate clock lines and understand the data flow of peripherals like SPI and USART.
• Interrupt-Driven Systems: Develop expertise in using interrupts for efficient and responsive system design, particularly with I2C.
• Adaptability: Your knowledge will extend beyond specific microcontrollers, enabling you to quickly adapt to new hardware platforms.