. Training Objectives

1. To cultivate a rigorous and realistic scientific attitude and style of work, to have a practical and initiative spirit and sound scientific research morality, and to have R&D ability when engaged in this field on one’s own;

2. To have a magnificent foundation in the theory, systematic expertise in-depth;

3. To yield creative achievements in this discipline or expertise.

. The research directions of this discipline set as follows

1. Software services and applications               

2. Digital media technology                                      

Category

MD-Ph.D/Directly for Ph.D

General Ph.D Student

Candidates with equivalent educational level

Total credits

≥53 credits

≥29 credits

Cultivate according to the requirements for the students of MD-Ph.D/directly for Ph.D. The one who conforms to the course exemption provisions can apply for exemption.

Course credits

≥34 credits, in which, high-level courses ≥6 credits (courses in English ≥2 credits, international first-class courses ≥2 credits)

University public compulsory≥9 credits, in which:

Chinese Characteristics Theory and Practice for 2 credits; Chinese Marxism for 2 credits; Dialectics/Selected Readings of Classic Works for 1 credit; MA English for 2 credits; English Thesis Writing for 2 credits;

University public elective ≥1 credit: course of humanities or science and engineering or other categories for 1 credit

≥10 credits, in which: course in English ≥ 2 credits, or international first-class course ≥ 2credits

University public compulsory ≥4 credits, in which:

Chinese Marxism for 2 credits;

English Thesis Writing for 2 credits

Discipline basis and professional course ≥24 credits, in which:

Basic courses of first level discipline for 8 credits (compulsory)

Basic courses of second level discipline for 4 credits (limited elective)

Master’s professional course for 4 credits (optional)

Cross first level discipline course for 4 credits (optional)

Doctoral professional course for 4 credits (optional)

Cross first-level discipline course for 2 credits (optional)

Professional course for 4 credits (optional)

The scores of supplementary courses and optional courses are recorded only, not the credits

The scores of optional courses are recorded only, not the credits

Research links

≥19 credits

Literature Reading and Research Proposal for 1 credit

≥19 credits

Literature Reading and Research Proposal  for 1 credit

Paper Submitted to International Acadamic Conference or Inland Key Conference for 1 credit

Participate international academic conference or international academic conference held domestically and submit  thesis for 1 credit

Thesis mid-term report for 1 credit

Thesis mid-term report for 1 credit

Publish academic thesis for 1 credit

Publish academic thesis for 1 credit

Dissertation for 15 credits

Dissertation for 15 credits

Ⅲ. Period of Schooling

Generally, the studying period of this discipline, ordinary doctoral students is 3 to 5 years, and 4 to 6 years for students of MD-Ph.D/Directly for Ph.D.

. Credit Requirements

The total credits required for the doctoral students who has obtained Master’s Degree ≥ 29 credits; the total credits required for students of MD-Ph.D/directly for Ph.D. ≥ 53 credits.

 

. Courses Arrangement and Credit Allocation

The PhD Courses Arrangement for Software Engineering

   Catalog

Courses

Course Number

Course Title

Hour

Credit

Season

Department in charge

Remark

Degree course         

 

 

 

 

(The course in  English and international first-class course shall be specified)

 

Public compulsory courses

408.602

Introduction of dialectics of nature

18

1

Spring/Fall

School of Marxism

Compulsory in postgraduate stage ≥

6 credits

408.601

Theory and practice of socialism with Chinese characteristics

36

2

Spring/Fall

School of Marxism

411.500

First foreign language (English)

32

2

Fall, Spring

School of Foreign Language

 

Course of humanities or science and engineering or other categories

 

1

 

 

408.810

Chinese Marxism and Contemporary

36

2

Fall

School of Marxism

PhD compulsory ≥

4 credits

411.800

English thesis writing

32

2

Fall

School of Foreign Language

First-level discipline basic courses

011.500

Software Maths

48

3

Fall

School of Mathematics

Compulsory ≥

8 credits (Postgraduate stage)

 

 

921.516

Advanced operating system

48

3

Spring

School of Software

921.501

Advanced software engineering

48

3

Fall

School of Software

921.502

Object oriented technology

32

2

Fall

School of Software

921.503

Software architecture and SOA

32

2

Fall

School of Software

921.539

Advanced computer graphics

48

3

Fall

School of Software

921.506

Modern computer network technology (International course)

48

3

Fall

School of Software

921.507

Senior software testing technology

48

3

Fall

School of Software

Second-level discipline basic courses

921.532

Formal methods in software

32

2

Spring

School of Software

Limited elective ≥

4 credits (Postgraduate stage)

921.509

Software project management and case analysis (International course)

32

2

Fall

School of Software

921.508

Information security technology

32

2

Fall

School of Software

921.517

Design and implementation of database system

32

2

Spring

School of Software

921.514

Design and application of embedded system

32

2

Spring

School of Software

921.518

Digital image processing and application

32

2

Spring

School of Software

MA students specialized courses

 

921.533

Distributed computing and system (course totally in English)

32

2

Spring

School of Software

≥ 4 credits

921.530

Typical application design and application (International course)

32

2

Spring

School of Software

921.536

Software component and middleware technology

32

2

Spring

School of Software

921.520

Data warehouse and data mining

32

2

Spring

School of Software

921.535

Modern information retrieval technology

32

2

Spring

School of Software

921.513

E-commerce / E-government special suject

32

2

Spring

School of Software

921.540

Digital media technology

32

2

Spring

School of Software

921.541

3D computer modeling

32

2

Spring

School of Software

Doctoral specialized courses

921.800

Machine learning methods and application

32

2

Spring

School of Software

≥4 credits

921.801

Digital media intelligence processing technology

32

2

Spring

School of Software

921.802

E-commerce trusted trading technology and platform

32

2

Spring

School of Software

921.803

Computational intelligence

32

2

Spring

School of Software

921.804

Modern data engineering technology

32

2

Spring

School of Software

921.805

Research orientation course

32

2

Spring

School of Software

Cross first-level discipline course

 

Cross first-level discipline course (doctoral students can select courses for master students)

 

2

 

 

All compulsory

≥ 2

Non-degree courses

Supplementary courses

921.601

Data Structure

 

 

 

School of Software

Compulsory for MA students with non-IT category in Bachelor’s Degree

921.602

Operating System

 

 

 

School of Software

921.603

The Principle of Database System

 

 

 

School of Software

Research Link

650.801

Literature Reading and Research Proposal (PhD)

 

1

 

School of Software

 

650.802

Paper Submitted to International Acadamic Conference or Inland Key Conference (PhD)

 

1

 

 

650.803

Thesis mid-term report (PhD)

 

1

 

 

650.804

Publish academic thesis (PhD)

 

1

 

 

650.805

Dissertation (PhD)

 

15

 

 

650.501

Literature Reading and Research Proposal (MA)

 

1

 

 

650.502

Deliver academic report at academic conference (MA)

 

1

 

 

650.503

Dissertation (MA)

 

10

 

 

 

. Specific requirements for cultivating doctoral students proposed in this discipline

1. Strictly implement the relevant specifications on training doctoral students stipulated by the university;

2. Each doctoral student shall read at least 120 literatures associated to the thesis topic, in which foreign literatures not less than 60, and submit an overview report;

3. Generally, the instructor shall have the longitudinal scientific and technical subjects in line with the topic selection of the doctoral students and the projects with applied research value, the doctoral student shall participate and complete at least one subject or related task as the main member;

4. During the studying period, the doctoral students shall attend an International academic conference for once at least; the doctoral students are encouraged to publish high-level research papers and provided appropriate funding and rewards.

5. Strengthen the management of the cultivating process of doctoral students, implement the PhD proposal, interim report of the papers and pre-oral defense system.