MICROCONTROLLER DESIGN AND APPLICATION (5/1 Credits)

Learning Outcomes:

On successful completion of this Course, students will be able to: Design AVR 8-bits program and circuits; Create application circuit using AVR 8-bits microcontroller peripherals; Design simple 32-bits microcontroller application using PIC32; Build simple Embedded System Project using Microcontroller; Propose business plan and the showcased potential business project.

Topics:

1. Introduction to AVR 8-bits RISC Microcontroller;
2. AVR 8 bits CPU Register and Clock System;
3. Business Plan Preparation;
4. AVR 8 bits Development Tools;
5. AVR 8 bits Program Execution;
6. Financial Aspect of Business;
7. Mini Project 1: Build Simple AVR Circuit;
8. Develop A Business Plan;
9. AVR 8 bits Interrupt System;
10. Strategic Future Plan;
11. Using LCD for AVR Text Based output;
12. Using AVR 8 bits USART for Serial Communication;
13. Your Business Now;
14. Mini Project 2: Build Simple Application with AVR UART and Interrupt;
15. Using AVR 8 bits Timer;
16. Using AVR 8 bits I2C Communication;
17. Using AVR Analog I/O;
18. Using AVR to Drive Servo Motor;
19. Mini Project 3: Build Simple Data Acquisition;
20. Business Plan Evaluation;
21. Using AVR 8 bits SPI for High Speed Synchronous Serial Communication;
22. How to Make Your Program Efficient;
23. Introduction to PIC32 32 bits Microcontroller;
24. Getting Started Using PIC32 Microcontroller;
25. Using PIC32 Timer and PWM;
26. Serial Communication using PIC32;
27. Group Project and Presentation;
28. Getting Started Using 8-bits AVR Microcontroller;
29. Using LCD Display;
30. Using AVR Serial Communication;
31. Using AVR Timer;
32. Digital Clock Using RTC (Real Time Clock);
33. Using Analog to Digital Converter;
34. Introduction to PIC32 32-bits Microcontroller;
35. Using PIC32 Peripherals: Timer, PWM, UART.