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Training program Print E-mail
Written by Vu Anh Minh   
Friday, 16 December 2016 18:01

Objective of Training

Training master’s degree in Materials Science aim to help the students have sound knowledge of the subject and high skills at materials preparing technologies, especially materials for electronic industry.   

Schedule of Training

Program is designed in one year (two semesters). According to Rule of Credit Training, student can finish their program in a maximum of two years (four semesters).

Quantitative Program

a. Research Orient: 57 credits

b. Applied Orient: 36 credits

Contestant

a. Degree: contestants  have to require one of the following admissions

 a1. Having five-year Bachelor’s degree in Physics, Chemistry, Materials Science and Technology.

a2. Having Bachelor’s degree in Electronics.

a3. Having Bachelor’s degree in Electrics, Mechanical Electronics.

a4. Having four-year Bachelor’s degree in Physics, Chemistry, Materials Science and Technology.

b. Experience

· Contestants who had Bachelor’s degree rating Good can take the exam after their graduation.

· The others have their working experience in one year at least. 

c. Supplement and Convert

a1. No supplement and convert

a2. Supplementing: 10 credits

a3. Converting: 6 credits and supplementing: 10 credits

a4. Supplementing: 10 credits

Scale of grade

Letter grade and Grade of 4 are adopted for assessing official result of student. The grade of 10 is adopted for


Grade of 10

Grade of 4

Letter mark

Numeric mark

Pass*

From

8,5

To

10

A

4

From

7,0

To

8,4

B

3

From

5,5

To

6,9

C

2

From

4,0

To

5,4

D

1

No pass

Under 4,0

F

0

* For Thesis: can pass with grade C at least.

Program

a.  Structure of Program

Content

Research Orient

Netherlands Sandwich Program

 (57 credits)

Applied Orient

(36 credits)

Part 1. General knowledge (Philosophy)

4

4

Part 2.         General and specialized knowledge

Mandatory general knowledge

9

9

Mandatory specialized knowledge

19

7

Optional specialized knowledge

8

8

Part 3. Thesis

15

8

b. List of Subjects


Code

List of Subjects

Credits

Subject for Both of Orients

General knowledge

SS6010

Philosophy

4

FL6010

English


Mandatory general knowledge

MSE6010

Characterization of Materials

3

MSE6020

Advanced Materials Science

3

MSE6030

Materials Synthesis and Fabrication

3

Research Subjects

Mandatory specialized knowledge

IMS6010

Advanced English

2

IMS6020

Applied Quantum Physics

3

IMS6030

Applied statistical physics

3

IMS6040

Advanced Solid State Physics

3

IMS6050

Biological Physics and Soft Condensed Matter

3

IMS6060

Electronic Structure and bonding in Molecules and Solids

2

IMS6070

Semiconductor Physics

2

IMS6080

Magnetism, Magnetic Materials and Superconductivity

3

Optional specialized knowledge

IMS6090

Microsystems technology

2

IMS6100

Physics and technology of semiconductor integrated circuits (IC) and sensors

2

IMS6110

Optoelectronic Materials and Devices

2

IMS6120

Nanostructured materials

2

IMS6130

Physics informatics

2

IMS6140

Magneto-Optics

2

IMS6150

Spintronics

2

IMS6160

Sol-gel Technology

2

IMS6170

Materials Chemistry

2

Applied Subjects

Mandatory specialized knowledge

IMS6060

Electronic Structure and bonding in Molecules and Solids

2

IMS6070

Semiconductor Physics

2

IMS6080

Magnetism, Magnetic Materials and Superconductivity

3

Optional specialized knowledge

IMS6090

Microsystems technology

2

IMS6100

Physics and technology of semiconductor integrated circuits (IC) and sensors

2

IMS6110

Optoelectronic Materials and Devices

2

IMS6120

Nanostructured materials

2

IMS6130

Physics informatics

2

IMS6140

Magneto-Optics

2

IMS6150

Spintronics

2

IMS6160

Sol-gel Technology

2

IMS6170

Materials Chemistry

2

IMS6190

General Management in High-tech Industries

2

IMS6210

IC Packaging and Assembly

2

IMS6240

Smart materials and its applications

2

c. Supplementing and Converting Subjects


Code

Subjects

Credits

Converting Subjects

PH3110

Solid state physics

3

MSE3016

Introduction to Materials Science and Engineering

3

Supplementing Subjects

PH3060

Quantum Physics

3

PH3120

Statistical physics

3

PH4040

Physics and technology of thin films

2

PH4110

Solid state chemistry

2

Last Updated ( Wednesday, 22 February 2017 09:00 )
 

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