Develop Embedded Systems using Embedded C on AVR

🌟 Master Embedded Systems with Embedded C on AVR Microcontrollers! 🌟

Course Overview

Embark on a journey to unlock the full potential of embedded systems through "Develop Embedded Systems using Embedded C on AVR" - an enlightening course crafted for enthusiasts and professionals alike. With 8.5 Hours of Video Content, this comprehensive learning experience is designed to equip you with both theoretical knowledge and practical skills.

Course Highlights 🚀

• Interactive Video Lectures: Dive deep into the world of microcontrollers, sensors, actuators, and more!
• Real-World Applications: Bring your learning to life with 13 hands-on projects that showcase the practical applications of Embedded C on AVR.
• Extensive Quizzes: Reinforce your knowledge with 8 quizzes featuring over 70 questions to test your understanding.
• Complete Resources: Access all codes, lecture materials (in PDF and PPT formats), and wiring diagrams to support your learning journey.

Course Description 📚

This course is a deep dive into the inner workings of Microcontroller Units (MCUs) and their peripherals. You'll learn register-level Embedded C programming to interface with sensors, actuators, and LCDs, mastering time operations, PWM generation, and ADC usage to read analog signals and display them on an LCD.

Each section is capped off with a Quiz to ensure you've grasped the concepts covered in that segment. The codes (C Programs) and lecture materials are readily available for your convenience.

🚫 This is NOT Arduino Style Programming! 🚫

While Arduino simplifies the process of prototyping, it often relies on third-party libraries and abstracts away low-level programming. In this course, you'll bypass these abstractions and delve into true register-level programming. You'll write your own libraries, directly manipulating microcontroller registers to achieve a mastery over embedded systems that goes beyond the surface.

Key Topics Covered 🔍

1. Masking: Master the art of selectively setting or resetting bits within ports or MCU registers without affecting other bits.
2. Pull-up Register: Understand the role of pull-up resistors, their enable/disable functionality, and their application in digital sensor interfacing.
3. Timers: Learn to write C programs that utilize MCU timers for generating accurate delays.
4. Pulse Width Modulation (PWM): Gain the ability to generate PWM waveforms with variable duty cycles using MCU timers and registers.
5. Liquid Crystal Display (LCD): Interface LCDs directly with the AVR microcontroller, developing your own library for LCD operations without relying on external libraries.
6. Analog to Digital Converter (ADC): Interface analog sensors, such as a potentiometer, to measure voltage and display results on an LCD.
7. Temperature Monitoring System: Implement a temperature monitoring system using the LM35 IC, reading ambient temperature and displaying it on an LCD.
8. Speed Control of DC Motor: Learn to control the direction and speed of a DC motor using a half-bridge integrated circuit (L293D) and PWM techniques. Modulate the speed by adjusting the duty cycle in response to voltage readings from a POT connected to the ADC.

Join Rahul Shrivastav in this transformative learning adventure and become an expert in Embedded C programming on AVR microcontrollers. Unlock the potential of embedded systems and take your first steps towards innovation and technological mastery! 👩‍💻✨