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via Udemy |
Go to Course: https://www.udemy.com/course/master-cembedded-c-for-embedded-system-learn-in-depth-com/
Looking to become a professional in embedded systems? The Coursera course **"Be Professional in Embedded System"** offers an excellent pathway to start your journey from scratch and build a strong foundation in this dynamic field. ### Course Overview: This comprehensive course is designed as an entry point into embedded systems, focusing heavily on mastering C and Embedded C programming languages. Since C is the backbone of embedded development, developing a deep understanding of this language is crucial, and this course efficiently scaffolds your learning from basic concepts to advanced topics. ### What You Will Learn: - **Introduction to Embedded Systems:** Gain fundamental knowledge about embedded system fields, including industry applications and workflows. - **C Programming Fundamentals:** Start from the basics—variables, data types, arrays, strings, functions, and differences between declaration and definition—progressing towards complex topics like pointers, structures, unions, macros, and bit-fields. - **Embedded C Programming:** Dive into specialized topics such as typedef, header protection, optimization, volatile qualifiers, cross-compiling toolchains, boot sequences, and program linking. - **Practical Skills:** The course includes hands-on labs, such as writing bare-metal software from scratch, navigating object files, understanding executable sections, and using debugging and build tools like GDB and Makefiles. ### Why This Course Is Valuable: - **From Beginner to Pro:** The curriculum is well-structured, taking you step-by-step through fundamental programming concepts to advanced embedded C techniques. - **Real-World Application:** You will learn techniques essential for developing embedded software for microcontrollers, including writing drivers for protocols like CAN, LIN, I2C, SPI, GPIO, and GIC. - **Preparation for Further Learning:** After completing this course, you're well-equipped to explore microcontroller architectures, interfacing, and driver development. ### Additional Resources: Beyond the core curriculum, learn-in-depth.com complements your studies with material on microcontroller interfacing, testing, validation, automotive embedded systems, and embedded Linux—an excellent resource to deepen your understanding. ### My Recommendation: If you are aspiring to a career in embedded systems, this course is highly recommended. It provides essential knowledge and practical skills needed to develop professional C code, paving the way for more advanced topics like hardware interfacing and driver development. Whether you're a beginner or looking to formalize your knowledge, this course offers a solid, hands-on foundation to propel your career forward. --- **Get started today and take your first step toward mastering embedded systems!**
To Be Professional In Embedded System, yo have to learn in depth the C / Embedded C programming language. In this Course you will learn C / Embedded from scratch.this course is considered an entry point to embedded system field.SO you will be familiar with embedded system fields in the introduction Section and starting learning C programming from scratch starting from C Basics section till Pointers Section.Then you will deep dive in Embedded C Section.this Course will give you the capability to write a professional C code, SO the recommended step after this course to learn microcontroller architecture and interfacing to start write a Drivers for ( CAN, LIN, I2C, SPI, GIC, GPIO,......).======================In This Course You will Learn:In introduction (Sections) you will learn:introduction to embedded system fieldgit tutorialIn C Programming (Sections) you will learn:C-BasicsArray/Stringdifference between variable definition and declarationC FunctionsC storage classesStructuresAligned and un-aligned data access on structuresStructure BitFieldUnionEnumMacros#pragmaConstantPointer TypesPointer tricksIn Embedded C (Section) you will learn:•TYPEDEFCOMMAND•HEADER PROTECTION•OPTIMIZATION•VOLATILE TYPE QUALIFIER•CROSS-COMPILINGTOOLCHAINS•STATIC & DYNAMIC LIB•COMPILATION PROCESS•Booting Sequence•Booting with different Running Mode•Lab1 (write a baremetal SW from scratch)•Navigate the.obj files (relocatable images)•Executable file sections (.data,.bss and rodata)•startup code•Linker and locator•Linker script commands•gdb debugger Commands•Makefile Tutorial•gdb Tutorial•Makefile Tutorial======================Also In learn-in-depth.com you can learn and find a materials for C /Embedded C Microcontroller/InterfacingTesting & Validation Microprocessor Based SystemsEmbedded AutomotiveEmbedded Linux