8520216 - Automation and Control Engineering - Curriculum

Course ID

 

Credits

Theory

Practice, Experiment, Discussion

Course title

General Knowledge

15

 

 

FL700000

English

10

10

0

SH700000

Philosophy

3

3

0

IN700000

Research Methodology

2

2

0

Fundamental and Specialist knowledge

30

 

 

Mandatory courses

9

 

 

EE703020

Nonlinear and Adaptive Control

3

3

0

EE703030

Optimal and Robust Control

3

3

0

EE703040

Intelligent Control

3

3

0

Selective courses (accumulate at least 21/45 credits including 01 seminar/advanced topics)

21

 

 

EE703010

Multivariable Control

3

3

0

EE703050

Microcontroller and Embedded Systems

3

3

0

EE703060

Robotics

3

3

0

EE703070

Modelling & System Identification

3

3

0

EE703080

Automation for Process Control

3

3

0

EE703090

CIM & FMS

3

3

0

EE703100

Advanced Power Electronics and Applications

3

3

0

EE703110

Automation Control for Electrical Drives

3

3

0

EE702140

Advanced Digital Image Processing

3

3

0

EE702150

Advanced Digital Signal Processing

3

3

0

EE702160

Wireless Sensor Network

3

3

0

EE703150

VHDL

3

3

0

EE701050

Renewable Sources and Applications

3

3

0

EE703160

Advanced Topics in Robot

3

3

0

EE703170

Advanced Topics in Mechatronics

3

3

0

EE703180

Advanced Topics in Measurement

3

3

0

EE703190

Advanced Topics in Control of Electrical Drives

3

3

0

Master’s thesis 

15

 

 

EE703000

Master's Thesis

15

0

0

Overall

 

60

 

 

Note:

1 credit           = 15 periods of theory 

            = 30 periods of theory of practice, experiment, or discussion