Overview
In this 12 hr course, gain expertise in developing object-oriented firmware and drivers for embedded systems in C and C++. From understanding datasheets to building GPIO, UART, and TIMER libraries, this course takes you through hands-on, end-to-end development of robust, modular embedded software.
What I will be able to do after this course
- Master object-oriented programming concepts and how to apply them to embedded system development.
- Write robust C and C++ embedded firmware for hardware interfaces, such as GPIO and UART.
- Develop drivers and libraries in a structured, modern approach using principles like encapsulation and polymorphism.
- Confidently interpret data sheets to write embedded code interfacing hardware features accurately.
- Streamline firmware development processes by applying object-oriented techniques and modular design.
Course Instructor(s)
Israel Gbati is an experienced software engineer specializing in embedded systems and firmware development. With a knack for breaking down complex concepts, he guides learners through the practical usage of object-oriented programming in C and C++. His teaching style is approachable and hands-on, ensuring students gain both theoretical knowledge and practical skills.
Who is it for?
This course is designed for software engineers and embedded system developers seeking to modernize their firmware development skills through object-oriented techniques. Whether you're familiar with C or C++ or just stepping into embedded systems, this course will boost your ability to write efficient and maintainable firmware. If you're looking to drive your career forward or enhance your team's capabilities, this course provides the tools you need.
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