:smiley:Embedded System Design and IoT:smiley:

The Embedded System Design Process:

Theory:

1. Introduction to Embedded System Design and IoT.
2. Choosing the Right Processors and Embedded Product lifecycle.
3. Challenges and design issues in embedded systems, Assemblers, Compilers, Linkers, Loaders, Debuggers, Embedded circuit Emulators & JTAG, profilers, and tests.
4. Intro to real-time concepts.
5. Intro to IoT, trends IoT Architectures, Applications, IoT standards, and protocols.

Fundamentals:

6. 8051 Architecture-Keil.
7. Interfacing switch, Relay with 8051.
8. UART and SPI.
9. LCD and IIC.
10. 8051 Mini Project - Bluetooth - Based Home Automation.

ARM Architecture:

11. ARM Architecture-Keil.
12. Interfacing switch Relay with ARM.
13. UART and SPI.
14. LCD and IIC.
15. ARM Mini Project - IOT Based Weather Monitoring system.

Learn M4 - Cortex M4

16. CortexM4 LPC4088 Architecture-Keil, LED Blinking.
17. Interfacing switch Relay with ARM.
18. UART and SPI.
19. LCD and IIC.
20. CortexM4 - Mini Project Temperature Monitoring System Using Zigbee and LR.

PIC Architecture:

21. Intro to PIC Architecture.
22. MPLAB IDE and LED Blinking, Switch, and Relay.
23. UART and SPI.
24. LCD and IIC.
25. PIC Mini Project - PWM-based motor controller.

NODE MCU AND ESP32:

26. Intro to NODE MCU.
27. Led, Switch, Relay UART.
28. IoT Temperature Data Logging.
29. BUild Your home Automation with ESP8266 and control devices from anywhere in the world.
30. Great Achievements

##Concept Application##