Master of Science Program in Radio Physics & Electronics - Specialize Nanophysics Electronics

Master's in Radio Physics and Electronics — Applied Physics

CURRICULUM OF MASTER’S DEGREE

IN PHYSICS

Major in Nano Physics Electronics

(Applied Physics Department, Faculty of Physics & Engineering Physics,

University of Science, Vietnam National University of HCMC)

 

  1. Types of programs
  • PT1: Research program
  • PT2: Research-oriented program
  • PT3: Application-oriented program

 

  1. Course content
  • Training time: 2 years
Types of programs Total of credits Credits
Genenal courses Basic Course and Major Courses Thesis
Philosophy- Foreign Language Compulsory Courses Elective Courses

PT1

61

3

12

26

20

PT2

60

3

12

33

12

PT3

60

3

12

37

8

 

 

Code

Course

Credit

 

Total

Theory

Practice*

A

 

General Courses

 

 

1

MTR

Philosophy

3

 

 

2

MNN

Foreign Language

 

 

 

B

 

Basic Course and Major Courses

 

 

B1

 

Compulsory Courses

12

1

MVL018

Quantum Nanoelectronics

4

3

1

2

MVL019

Advanced Photonics

4

3

1

3

MVL020

Simulation and Computational electrophysics and Plasma Physics

4

2

2

B2

 

Elective Courses

30

1

MNC

Methods of Studying Science

3

2

1

2

MVL003

Applied Spectroscopy

3

2

1

3

MVL007

Crystallography

3

2

1

4

MVL008

Advanced Plasma Physics

3

2

1

5

MVL010

Optoelectronic devices

3

2

1

6

MVL011

Advanced Semiconductor Optoelectronics

3

2

1

7

MVL012

Some Methods for Investigation of Crystal Structure and Band Structural of Solids.

3

2

1

8

MVL017

Smart Materials and Application

3

2

1

9

MVL021

Emission Electronics and Applications

3

2

1

10

MVL022

Nanostructure Magnetic Materials and   Applications in Biomedicine

3

2

1

11

MVL023

The Experiment Methods for Fabricating Micro – Nano Materials

3

2

1

12

MVL024

Vacuum Physics and Thin Film

3

2

1

13

MVL025

Science and Technology of Nano Materials and Applications.

3

2

1

14

MVL026

Fabrication Methods of Semiconductor Materials and Devices.

3

2

1

15

MVL027

The Defect Chemistry of Solids

3

2

1

16

MVL144

Electronic and Digital Circuits

3

2

1

17

MVL029

Electronic component and semiconductor physics

3

2

1

18

MVL066

Image processing

3

2

1

19

MVL178

Internet of things

3

2

1

20

MVL030

Update courses

3

2

1

 

 

Courses from other curriculums in physics

≤ 15

 

 

 

 

Courses for students to study in cooperation programs with abroad universities

 

 

 

21

MVL169

Biomedical electronics

3

 

 

22

MVL170

Principle and application of laser

3

 

 

23

MVL171

Crystal Optics

3

 

 

24

MVL172

Electro-Optical Semiconductor Physics and Devices

3

 

 

25

MVL173

Experiments in Optics

3

 

 

26

MVL174

Quantum mechanics I

3

 

 

27

MVL175

Electrodynamic I

3

 

 

28

MVL176

Solid state physics

3

 

 

C

MLV

Thesis

 

 

 

1

PT1

Thesis + paper (first author)

20

 

 

2

PT2

Thesis

15

 

 

3

PT3

Thesis

10

 

 

 

* Practice maybe: exercise, experiment, seminar ….