1）  Version of the Syllabus and its Implementation

2）  Instructions of Textbooks and References Recommended

3）  Description of Teaching Methods

4）  Description of Teaching Aids

5）  Description of the Assessment of the Course Grading

6）  Others (including Q & A, homework, etc.)

This teaching calendar is made according to the syllabus made for undergraduate students enrolled in 2013.

l  Subrata Ghoshal. 8051 Microcontroller: Internals, Instructions, Programming & Interfacing, 2010, Pearson.

[1]     Muhammad Ali Mazidi, Rolin D. McKinlay, Janice G. Mazidi. The 8051 Microcontroller: A Systems Approach, Pearson New International Edition, 2013, Pearson.

[2]     Muhammad Ali Mazidi, Janice Mazidi, Janice Gillispie Mazidi. The 8051 Microcontroller and Embedded Systems, 2nd edition, 2005, Prentice Hall.

[3]     I. Scott MacKenzie, Raphael Chung-Wei Phan. The 8051 Microcontroller, 4th edition, 2006, Prentice Hall.

Lecturing is accompanied by visual aids to help students visualize a concept or problem in microcontroller. How to program the hardware is demonstrated by performing experiments for students.

To make students get clear understanding of Microcontroller in class, PowerPoint lecture slides are well prepared for each topic.

Attendance (20%), mid-term exam (40%), and final exam (40%)

To help student make good review after class, homework is given after each topic. To solve the questions from the students, face-to-face answering question is held at office room once a week. Students can visit office after making an appointment with lecturer.

1^st/w

1^st/L

Introduction to microprocessor based systems

2

lecture

 

1^st/w

2^nd/L

Introduction to microcontroller

2

lecture

 

2^nd/w

3^rd/L

Architecture of the 8051 Microcontroller (1)

2

lecture

 

2^nd/w

4^th/L

Architecture of the 8051 Microcontroller (2)

2

lecture

 

3^rd/w

5^th/L

Architecture of the 8051 Microcontroller (3)

2

lecture

 

3^rd/w

6^th/L

8051 addressing modes

8051 instruction set (1)

2

lecture

 

4^th/w

7^th/L

8051 instruction set (2)

2

lecture

 

4^th/w

8^th/L

8051 Assembly Language Programming (1)

2

lecture

 

5^th/w

9^th/L

8051 Assembly Language Programming (2)

2

lecture

 

5^th/w

10^th/L

8051 Assembly Language Programming (3)

2

lecture

 

6^th/w

11^th/L

How to create and debug a project in Keil IDE

2

lab

 

6^th/w

12^th/L

C Language Programming (1)

2

lecture

 

7^th/w

13^th/L

C Language Programming (2)

Quiz 1

2

lecture

 

7^th/w

14^th/L

Interrupt system of 8051(1)

2

lecture

 

8^th/w

15^th/L

Interrupt system (2)

Timer/Counter (1)

2

lecture

 

8^th/w

16^th/L

Interrupt programming

2

lab

 

9^th/w

17^th/L

Timer/Counter (2)

2

lecture

 

9^th/w

18^th/L

Timer/Counter programming

2

lab

 

10^th/w

19^th/L

Serial Communication Port (UART)

2

lecture

 

10^th/w

20^th/L

UART programming

2

lab

 

11^th/w

21^st/L

System extension (1)

2

lecture

 

11^th/w

22^nd/L

System extension (2)

Quiz 2

2

lecture

 

12^th/w

23^rd/L

Keyboards interfacing

2

lecture

 

12^th/w

24^th/L

LED displays interfacing

2

lecture

 

13^th/w

25^th/L

Interfacing keyboards and 7-segment displays with 8051

2

lab

 

13^th/w

26^th/L

Digital to analog converter

2

lecture

 

14^th/w

27^th/L

Analog to digital converter

2

lecture

 

14^th/w

28^th/L

Interfacing DAC and ADC with 8051 microcontroller

2

lab

 

15^th/w

29^th/L

Comprehensive experiment(1)

2

lab

 

15^th/w

30^th/L

Comprehensive experiment(2)

2

lab

 

16^th/w

31^st/L

System Design and Development

2

lecture

 

16^th/w

32^nd/L

Introduction to SoC Microcontroller and New Technology

2

lecture