Master and Doctoral programs


publish date:  Sep 20, 2020 09:39

Master and Doctoral programs

The overall discipline of master and PhD is shown in the following figure.

Master Program:

The school of physics and electronics sets up three subsidiary disciplines:  physics, optics and electrical and electronic.

1)Cultivation Scheme

Basically the Department adopts the “one to one” mode of cultivating graduate students to insure the teaching quality, stressing the ability promotion for new knowledge acquisition and innovative research.

2)Courses required

 The total number of credits required is 32, including 24 credits for common courses (1 credit for academic activities and 1 credit for Internship), 8 credits for elective specialty courses.

3)Basic cultivation requirements

Each master degree applicant should work out his/her thesis proposal in third semester and should be mid-term checked up in the fourth semester. The advising group should be responsible for checking the applicants’ comprehensive ability, progress of their thesis work and work attitude.

It is required for degree application that the applicant should provide certain number of papers published by the SCI academic periodicals as asked by the Department.

Curriculum:

Course Type

Course Code

Course Name

Semester

Class

Hours

Credit

Note

Compulsory Course

Common

Compulsory Course

Degree English

0100721002

Public English

1

36

2

2101121001

Specialized English

1

36

2

Degree Politics

0103021001

Research on Theory and Practice of Socialism with Chinese Characteristics

1

36

2

0103021002

Introduction to Natural Dialectics

1

18

1

Comprehensive Moral Education

2101121005

Comprehensive Moral Education

1

36

2

Specialized CompulsoryCourse

2101124003

Academic Activities

-

-

3

2101124006

Practice Education

-

-

2

2101124001

Fundamentals and frontiers of science

1

54

3

2101124501

Advanced Quantum Mechanics

1

54

3

2101124502

Group Theory and Application

1

36

2

Selective Course

Common Selective Course

0103222001

Physical Education

1

18

1

0300422001

Literature Information Retrieval and Application

-

18

1

Specialized Selective Course

Non-direction

2101124121

First principles method

2

36

2

2101124201

Modern Instrument Analysis

2

36

2

2101124018

Theory of Solids

1

54

3

2101124403

Spectroscopy Technology and Application

1

36

2

2101125158

Physical Analysis and Program Design

2

36

2

2101124212

Semiconductor devices physics

1

36

2

2101125127

Nano Materials and Technology

2

36

2

2101125128

Atomic Structure and Atomic Spectrum

2

36

2

2101125118

New Energy Materials and Technologies

2

36

2

2101125445

Technology of Optical Information Storage

2

36

2

2101125130

Advanced Atomic Physics

1

36

2

2101124610

Optoelectronics

2

36

2

2101125151

Technologies of Materials Testing and Characterization

2

36

2

2101125445

X-ray diffraction spectrogram

2

36

2

2101125446

English science-technology writing

2

36

2

2101124211

Advanced Semiconductor Physics

1

54

3

2101125450

Introduction to Condensed Matter Physics

1

36

2

2101125451

Fundamentals of Ferroelectrics  

1

36

2

2101125452

Physics of magnetic materials

2

36

2

2101125448

The Chemical Physics of Surfaces

1

54

3

2101125449

Solid State Spectroscopy

2

36

2

Theoretical Physics

2101124106

Low Dimensional Semiconductor Physics

1

36

2

2101125303

Fundamentals of Materials Science

1

54

3

Atomic and Molecular Physics

2101126503

Cluster physics

2

36

2

Condensed Matter Physics

2101125112

Thin Film Physics

2

36

2

2101124103

Engineering computer simulation and analysis

1

36

2

2101125444

Elementary Excitations in Solids

1

36

2

Optics

2101124411

Nonlinear Optics

2

36

2

2101124402

Advanced Optics

2

36

2

2101125444

Elementary Excitations in Solids

1

36

2

Photovoltaic materials and solar cells

2101125447

Physics of Semiconductor Heterojunction

1

36

2

2101125448

Principles and Technology of Solar Cells

2

36

2

2101125449

Surface Defect Physics

2

36

2

Supplementary Course

2101128007

Methods of Mathematical Physics

With undergraduates

2101128502

Atomic Physics

2101128005

Structure and Properties of Materials

2101128101

Solid State Physics

2101128401

Optics

2101128402

Quantum mechanics

2100118109

Methods of Mathematical Physics

Doctoral Program:

1) Basic Introduction:

Direction 1: Condensed Matter Physics

Direction 2: Optical

Direction 3: Theoretical Physics

Direction 4: Atomic and Molecular Physics

2) Educational System

The basic length of schooling for full-time doctoral students in physics is 4 years, and the length of study is 4-8 years.

3) Basic cultivation requirements

The opening report will be conducted at the beginning of the third semester, with the participation of a number of tutors in the subject or similar subjects, and will be conducted in the form of academic reports.

The mid-term assessment is completed at the beginning of the sixth semester (early March) after admission.

4) Courses required

The total credits of the courses shall be no less than 20 credits, including no less than 15 credits for compulsory courses and no less than 5 credits for elective courses. See the attached table for the curriculum.

5) Dissertation

The applicant should select research topics under the guidance of the mentor group. The research content and research methods contained in the dissertation should be highly innovative. After the thesis is completed, it must be reviewed by the supervisor group and approved by the academic degree evaluation sub-committee before the thesis can be reviewed.

Curriculum:

Course Type

Course Code

Course Name

Semester

Class

Hours

Credit

Note

Compulsory Course

Common Compulsory Course

0100721001

First Foreign Language

1

36

2

0103021001

The Chinese Marxism and the Contemporary

1

36

2

2101111005

Comprehensive Moral Education

1

18

1

Specialized Compulsory Course

2101114004

Academic Activities

-

36

2

2101114005

Practical Education

-

36

2

2101114001

Fundamentals and frontiers of science

1

54

3

2101114002

Professional English

1

54

3

2101114003

Advanced Quantum Mechanics

2

36

2

Selective Course

Common Selective Course

0100712002

Second Foreign Language

1

36

2

0103012001

Selected Readings of Classic Works of Marx, Engels and Lenin

2

18

1

Specialized Selective Course

Non-direction

2101115001

Introduction to Condensed Matter Physics

1

54

3

2101115002

Experimental Methods of Physics

2

54

3

Condensed Matter Physics

2101115003

Nanomaterials and Devices

2

36

2

2101115004

New Energy Materials and Technologies

2

36

2

Optics

2101115005

Technology of Optical Information Storage

2

36

2

2101115006

Spectroscopy Technology and Application

2

36

2

2101115007

Advanced Optics

2

36

2

Theoretical Physics

2101115008

Theory of Solids

2

54

3

2101115009

First principles method

2

36

2

2101115010

Physical Analysis and Program Design

2

36

2

Atomic and Molecular Physics

2101115011

Atomic Structure and Atomic Spectrum

2

36

2

2101115012

Advanced Atomic Physics

2

36

2

2101115013

Optoelectronics

2

36

2

Non- Specialized Selective Course

2101116001

 English Science-technology Writing

2

36

2

Supplementary Course

2101118001

Atomic Physics

2101118002

Structure and Properties of Materials

2101118003

Solid State Physics

2101118004

Optics



Postgraduate