Advanced Embedded Object-Oriented Programming in C++: Design maintainable C++ firmware with OOP patterns for microcontrollers

Israel Gbati

₱5613.99

Video Jun 2026 11hrs 1st Edition

Israel Gbati

₱5613.99

Video Jun 2026 11hrs 1st Edition

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Key benefits

Embedded OOP focus centered on firmware maintainability and microcontroller limits tradeoffs
Driver-class development across GPIO, UART, SPI, I2C, timers, ADC, and sensors for firmware
Performance-aware C++ design using encapsulation, RAII, and hardware interaction in drivers

Description

Object-oriented C++ can make embedded firmware more modular, testable, and maintainable when used with attention to memory and execution constraints. This course focuses on applying OOP principles to microcontroller projects where performance and hardware control remain essential. The path begins with embedded OOP concepts, microcontroller constraints, and optimization strategies, then transitions from procedural C to C++ class-based firmware. Learners build GPIO, UART, FPU, SysTick, ADC, SPI, accelerometer, and timer drivers while examining encapsulation, RAII, operator overloading, hardware interaction, and reusable class design. Practical exercises culminate in firmware that integrates advanced peripherals such as DMA, RTC, ISR, PWR, and environmental sensors. Learners strengthen their ability to balance clean software architecture with embedded resource limits; by the end of this course, they can design object-oriented C++ firmware that is structured, efficient, and hardware-aware.

Who is this book for?

Embedded engineers, firmware developers, and C/C++ programmers who want to move beyond procedural firmware into maintainable object-oriented design. Prior exposure to microcontroller development and basic C++ syntax is implied by the advanced driver-focused content.