Description
Advanced C++ Template Metaprogramming for Embedded Systems. This course equips engineers with practical techniques for producing fast, optimized firmware. The course focuses on creating overhead-free abstractions, optimizing at compile time, and developing maintainable code without compromising real-time performance. Participants learn how to move computations to compile time and eliminate runtime overhead by using features such as constexpr and the CRTP pattern. They also learn how to use metaprogramming to precompute values, generate specialized code paths, and eliminate runtime checks to achieve deterministic and efficient execution. Designing type-safe, reusable drivers for peripherals using class templates is another key part of the course, enabling scalable and portable hardware across microcontrollers. This course includes hands-on exercises and case studies to build a complete embedded system, and developers will experience integrating advanced peripherals such as DMA, RTC, ISR, and PWR along with various environmental sensors into a coherent, high-performance framework. These skills will enable engineers to not only meet the requirements of leading enterprises, but also to be recognized as leading experts in developing high-performance, scalable embedded frameworks.
What you will learn
- Master Metaprogramming with advanced C++ templates for efficient Embedded Firmware.
- Designing Zero-Cost Abstractions Using Compile-Time Optimization Techniques.
- Developing type-safe and reusable peripheral drivers across platforms.
- Replace error-prone macros with robust compile-time configurations.
- Optimal use of constexpr and CRTP techniques to minimize runtime overhead.
- Principles of templated meta-programming in embedded systems and core concepts of C++ Templates for performance and memory efficient firmware.
- Distinguish between Runtime and Compile-time computations and understand the advantages and disadvantages of Function and Class Templates.
- Achieving Zero-Cost Abstractions through Compile-time Optimizations, with practical case studies such as developing a Type-safe GPIO Driver.
- Using Templates for Peripheral Drivers and Hardware Abstraction and Designing Generic, Reusable, and Type-Safe Peripheral Drivers Using Templates.
- Use Template Specialization to optimize drivers for different hardware configurations.
- Use Variadic Templates to build flexible driver configurations, such as a DMA controller that adapts to variable parameters.
- Compile-time optimization with Template Metaprogramming and the use of constexpr functions to move complex calculations from Runtime to Compile Time (for example, creating precomputed lookup tables for engine control).
- Compare Static Polymorphism with traditional Virtual Functions to avoid Runtime Overhead.
- Understanding CRTP for implementing efficient, zero-cost inheritance in embedded firmware.
- Real-world applications of Template Metaprogramming in Embedded Systems and building a Compile-time configuration system to replace error-prone Preprocessor Macros and minimize Firmware Bloat.
- Develop template-based ISR handlers for fast and deterministic interrupt management.
- Optimization of Sensor Fusion algorithms such as high-performance filters using template techniques.
- Integrate all learned techniques to design, build, and deploy a production-quality embedded system.
This course is suitable for people who:
- Embedded software engineers looking for advanced meta-programming techniques with C++ templates to build high-performance, resource-efficient firmware.
- Experienced firmware developers who want to master compile-time optimizations and increase their ability to design scalable peripheral drivers.
- Technical professionals aiming to differentiate themselves with the specialized skills required for senior-level roles in Embedded Systems Engineering.
Course details
- Publisher: Udemy
- Lecturer: BHM Engineering Academy , Israel Gbati
- Training level: Beginner to advanced
- Training duration: 11 hours and 49 minutes
- Number of lessons: 111
Course syllabus
Prerequisites for the Advanced C++ Template Metaprogramming for Embedded Systems course
- NUCLEO-F411 Development Board
Course images
Sample course video
Installation Guide
After Extract, view with your favorite player.
Subtitles: English
Quality: 1080p
Changes:
Version 2025/5 compared to 2025/3 has increased by 17 lessons and 1 hours and 11 minutes in duration. English subtitles were also added to the course. The course quality has also been increased from 720p to 1080p.
Download link
Downloadly
Rapidgator
File(s) password: www.downloadly.ir
File size
5.79 GB
