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Updated in [March 06th, 2023]
What skills and knowledge will you acquire during this course?
The skills and knowledge that will be acquired during this course include:
1. Arduino Basics
2.Programming Fundamentals
3. Advanced Concepts
4. Debugging and Communication
How does this course contribute to professional growth?
This course on the Arduino Platform and C Programming contributes to professional growth by providing individuals with the knowledge and skills necessary to work with the Arduino platform and program it using C code. By completing this course, individuals will be able to outline the composition of the Arduino development board, read board schematics, and install the Arduino IDE. They will also learn about shields and how they are used to perform various functions, as well as the role of libraries in utilizing shields. Additionally, individuals will gain the ability to compile and run programs, name C variables and types, use conditionals and loops, and explain functions and their invocation. They will also understand the implications of global variables and undertake the Arduino build process. Furthermore, individuals will learn about the tools behind the IDE, how to invoke functions in classes, and the structure of an Arduino sketch. They will also gain the ability to access the pins of the Arduino, differentiate between digital and analog pins, and debug embedded software. The course also covers the importance of controllability and observability in the debugging process, common debugging architectures for embedded systems, and how the UART Serial communication protocol works. Lastly, individuals will learn about the Arduino Serial library and how it performs serial communication. Overall, this course equips individuals with valuable skills and knowledge that can contribute to their professional growth in the field of Arduino development and C programming.
Is this course suitable for preparing further education?
This course covers various aspects of the Arduino platform and C programming. It teaches students about the physical board, libraries, and the integrated development environment (IDE). Additionally, students will learn about shields, which are smaller boards that can perform different functions. The course also focuses on programming the Arduino using C code and controlling external devices through software. By the end of the course, students will be able to outline the composition of the Arduino board, program its firmware, read board schematics, install the Arduino IDE, understand the use of shields and libraries, compile and run programs, work with C variables and types, use conditionals and loops, explain functions and global variables, undertake the Arduino build process, describe the tools behind the IDE, invoke functions in classes, understand the structure of an Arduino sketch, access the pins of the Arduino, differentiate between digital and analog pins, debug embedded software, explain the importance of controllability and observability in the debugging process, describe common debugging architectures for embedded systems, and understand how the UART Serial communication protocol and Arduino Serial library work.
