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Automation and Control Engineering

Graduation Requirement:

  1. Complete the whole curriculum of the program;

  2. Complete a thesis and defend it successfully in front of a Committee (Defence result above 5.5 points over 10 points);

  3. Complete foreign language proficiency for graduation (detailed information at here).

Program structure in research-oriented:

Course code

Course title

Credit

Theory

Practice

Experiment

Discussion

A. Compulsory general courses

10

 

 

SH700010

Philosophy

3

3

0

IN700000

Research Methodology

2

2

0

FL700020

Foreign Language

5

5

0

B. Elective general courses

2

 

 

BA701030

Project Management

2

2

0

BA701240

Innovation and Entrepreneurship

2

2

0

EE701190

Analysis and Management of Industrial Projects

3

3

0

BA701060

Leadership & Team Management

3

3

0

C. Compulsory specialized courses

12

 

 

EE703020

Nonlinear and Adaptive Control

3

3

0

EE703030

Optimal and Robust Control

3

3

0

EE703040

Intelligent Control

3

3

0

EE703990

Master’s Thesis proposal

3

0

3

D. Elective specialized courses (select at least 03 Advanced Topics equivalent to 09 credits)

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

EE702280

Digital Image Processing

3

3

0

EE702150

Advanced Digital Signal Processing

3

3

0

EE702160

Wireless Sensor Network

3

3

0

EE703210

Advance Digital Design with HDL

3

3

0

EE701030

Renewable Sources and Applications

3

3

0

EE702240

IoT architecture and protocols

3

3

0

EE702270

Cloud Computing

3

3

0

EE703160

Advanced Topics in Robot

3

3

0

EE703170

Advanced Topics in Mechatronics

3

3

0

EE703190

Advanced Topics in Control of Electrical Drives

3

3

0

EE703180

Advanced Topics in Measurement

3

3

0

E. Graduation

 

15

 

 

EE703000

Master's Thesis

15

0

15

Total

 

60