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Embedded C is a special way of using the C language to create software for machines and electronic devices that are not typical computers. These devices, called embedded systems, are all around us—in cars, TVs, medical instruments, and household appliances. The goal is to write programs that are small, fast, and able to run on limited hardware.
By using Embedded C, developers can control sensors, motors, and communication modules inside a device. This programming style ensures that the machine runs smoothly, reacts to inputs quickly, and uses minimal power. Because of its flexibility and speed, Embedded C is considered the backbone of modern electronics and smart devices.
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Yes, protocols like UART, SPI, and I2C are covered.
No, many affordable boards and simulators are available for beginners.
Absolutely, since IoT devices rely heavily on Embedded C for firmware.
Yes, practical coding for embedded devices is a key part of the course.
Yes, it introduces popular microcontrollers like ARM, PIC, and 8051.
No, software developers can also learn it to program electronics.
Standard C is for general-purpose computers, while Embedded C is designed for microcontrollers and hardware.
Devices like washing machines, cars, medical instruments, smart gadgets, and robots.
Yes, a basic understanding of C programming is required.
Engineers, developers, and students interested in embedded systems and IoT.