Graduate

THE DOCTORAL PROGRAMME (MAJOR: Genetics)

THE DOCTORAL PROGRAMME

MAJOR: Genetics

CODE: 9420101.21

(Issued under the Decision No. 4555/QĐ-ĐHQGHN, on August 20, 2018 by

the Rector of the VNU- University of Science)

 

 

PROGRAMME STRUCTURE

  1. Summary of programme curriculum requirements

1.1. For PhD students not holding master’s degree

Students must complete the courses of the master’s programme and the doctoral programme

Total credits for graduation: 136 credits:

– Part 1: Supplementary courses (of the master’s programme): 39 credits

+ General knowledge:                                      3 credits

+ Basic and specialised knowledge:                 36 credits

– Part 2: Courses, seminars and overview assay of the doctoral programme: 17 credits

+ Courses:                                                        9 credits

  • Compulsory: 3 credits
  • Elective: 6 credits

+ Seminars:                                                      6 credits

+ Overview Essay:                                           2 credits

– Part 3: Scientific research (Being compulsory for PhD students but not account for the credits of the Doctoral programme).

– Part 4: Participating in professional activities, assissting teaching and supporting training activities (Being compulsory for PhD students but not account for the credits of the Doctoral programme). 

– Part 5: PhD dissertation:                                                  80 credits.

1.2. For PhD students holding master’s degree in related discipline

Total credits for graduation: 112 credits:

– Part 1: Supplementary courses (of the master’s programme):    15 credits

+ Compulsory:                                                  6 credits

+ Elective:                                                        9 credits

– Part 2: Courses, seminars and overview assay of the doctoral programme: 17 credits

+ Courses:                                                        9 credits

  • Compulsory:           3 credits
  • Elective:           6 credits

+ Seminars:                                                    6 credits

+ Overview Essay:                                                   2 credits

– Part 3: Scientific research (Being compulsory for PhD students but not account for the credits of the Doctoral programme).

– Part 4: Participating in professional activities, assissting teaching and supporting training activities (Being compulsory for PhD students but not account for the credits of the Doctoral programme). 

– Part 5: PhD dissertation:                                                  80 credits.

1.3. For PhD students holding master’s degree in relevant discipline

Total credits for graduation:                                       97 credits:

– Part 1: Courses, seminars and overview assay of the doctoral programme: 17 credits

+ Courses:                                                        9 credits

  • Compulsory:                     3 credits
  • Elective:                     6 credits

+ Seminars:                                                    6 credits

+ Overview Essay:                                                   2 credits

– Part 2: Scientific research (Being compulsory for PhD students but not account for the credits of the Doctoral programme).

– Part 3: Participating in professional activities, assissting teaching and supporting training activities (Being compulsory for PhD students but not account for the credits of the Doctoral programme). 

– Part 4: PhD dissertation:                                                  80 credits.

 

  1. Programme curriculum

2.1. For PhD students not holding master’s degree

NoCourse

code

Course nameCreditsCredit hoursPrerequisite

courses

LecturePracticeSelf-study
Part 1. Supplementary courses (of the master’s programme)
I. General knowledge3  
1.                PHI5001Philosophy3    
II. Basic and specialised knowledge36  
II.1. Compulsory courses 15  
2.                BIO6001Biosystematics330 15 
3.                BIO6002Molecular Cell Biology330 15 
4.                BIO6062Biodiversity and conservation330 15BIO6001 BIO6002
5.                BIO6132Molecular Genetics330 15BIO6001

BIO6002

6.                BIO6088Genetics of Human disease330 15BIO6001

BIO6002

II.2. Elective courses21/42  
7.                BIO6057Genetic Principles of Plant Breeding330 15BIO6001

BIO6002

8.                BIO6014Prokaryotic and viral genetics330 15BIO6001

BIO6002

9.                BIO6070Recombinant protein technology330 15BIO6001

BIO6002

10.            BIO6133Human molecular genetics330 15BIO6001

BIO6002

11.            BIO6089Principle of gene modification and application330 15BIO6001

BIO6002

12.            BIO6004Animal Genetics330 15BIO6001

BIO6002

13.            BIO6130Principles of Cancer Genetics330 15BIO6001

BIO6002

14.            BIO6092Plant breeding330 15BIO6001

BIO6002

15.            BIO6131Animal Selection and Breeding330 15BIO6001

BIO6002

16.            BIO6005Cell cycle330 15BIO6001

BIO6002

17.            BIO6003Experimental Biochemistry330 15BIO6001

BIO6002

18.            BIO6063Molecular Physiology330 15BIO6001

BIO6002

19.            BIO6068Molecular Microbiology330 15BIO6001

BIO6002

20.            BIO6069Microbial Signaling330 15BIO6001

BIO6002

Part 2. Courses, seminars and overview assay of the doctoral programme
I. Courses9  
I.1. Compulsory3  
21.            BIO8110Genetic Engineering and Technology330 15 
I.2. Elective6/15  
22.            BIO9214Advanced genomics330 15 
23.            BIO8116Pathogenetics330 15 
24.             BIO8075Applied genetic engineering in crop improvement330 15 
25.            BIO8112Advanced microbial genetics330 15 
26.            BIO8115Developmental genetics330 15 
II. Seminars6  
27.            BIO9211Special Topics 12    
28.            BIO9212Special Topics 22    
29.            BIO9213Special Topics 32    
III. Overview Essay   
30.            BIO8118Overview Essay2  30 
Part 3. Scientific research
31.             PhD students establish the research plan, implementate and publish the results of their dissertations in the scientific journals under the guidance of their supervisors.
Part 4. Participating in professional activities, assissting teaching and supporting training activities
32.             Department (professional unit) constructs a timetable for professional acitivities and schedules for each PhD student to present his/her professional acitivities in the seminar organised by the Department for each academic year. It is obligated to PhD students to attend all scientific seminars/conferences/symposiums organised/required by the Department
Part 5. PhD dissertation
33.            BIO9013PhD dissertation80  
Total:136  

2.2. For PhD students holding master’s degree in related discipline

NoCourse

code

Course nameCreditsCredit hoursPrerequisite

courses

LecturePracticeSelf-study
Part 1. Supplementary courses (of the master’s programme)
I.1. Compulsory course6  
1.                BIO6132Molecular Genetics330 15BIO6001BIO6002
2.                BIO6088Genetics of Human disease330 15BIO6001BIO6002
I.2. Elective courses9/18  
3.                BIO6057Genetic Principles of Plant Breeding330 15BIO6001BIO6002
4.                BIO6014Prokaryotic and viral genetics330 15BIO6001BIO6002
5.                BIO6133Human molecular genetics330 15BIO6001BIO6002
6.                BIO6004Animal Genetics330 15BIO6001BIO6002
7.                BIO6089Principle of gene modification and application330 15BIO6001BIO6002
8.                BIO6130Principles of Cancer Genetics330 15BIO6001BIO6002
Part 2. Courses, seminars and overview assay of the doctoral programme
I. Courses9  
I.1. Compulsory3  
9.                BIO8110Genetic Engineering and Technology330 15 
I.2. Elective6/15  
10.            BIO9214Advanced genomics330 15 
11.            BIO8116Pathogenetics330 15 
12.             BIO8075Applied genetic engineering in crop improvement330 15 
13.            BIO8112Advanced microbial genetics330 15 
14.            BIO8115Developmental genetics330 15 
II. Seminars6  
15.            BIO9211Special Topics 12    
16.            BIO9212Special Topics 22    
17.            BIO9213Special Topics 32    
III. Overview Essay   
18.            BIO8118Overview Essay2    
Part 3. Scientific research
19.             PhD students establish the research plan, implementate and publish the results of their dissertations in the scientific journals under the guidance of their supervisors.
Part 4. Participating in professional activities, assissting teaching and supporting training activities
20.             Department (professional unit) constructs a timetable for professional acitivities and schedules for each PhD student to present his/her professional acitivities in the seminar organised by the Department for each academic year. It is obligated to PhD students to attend all scientific seminars/conferences/symposiums organised/required by the Department.
Part 5. PhD dissertation
21.            BIO9013PhD dissertation80  
Total:112  

 

 

2.3. For PhD students holding master’s degree in relevant discipline

NoCourse

code

Course nameCreditsCredit hoursPrerequisite

courses

LecturePracticeSelf-study
Part 1. Courses, seminars and overview assay of the doctoral programme
I.    Courses9  
I.1. Compulsory courses3  
1.                BIO8110Genetic Engineering and Technology330 15 
I.2. Elective courses6/15  
2.                BIO9214Advanced genomics330 15 
3.                BIO8116Pathogenetics330 15 
4.                 BIO8075Applied genetic engineering in crop improvement330 15 
5.                BIO8112Advanced microbial genetics330 15 
6.                BIO8115Developmental genetics330 15 
II. Seminars6  
7.                BIO9211Special Topics 12    
8.                BIO9212Special Topics 22    
9.                BIO9213Special Topics 32    
III. Overview Essay2  
10.            BIO8118Overview Essay2    
Part 2. Scientific research
11.             PhD students establish the research plan, implementate and publish the results of their dissertations in the scientific journals under the guidance of their supervisors.
Part 3. Participating in professional activities, assissting teaching and supporting training activities
12.             Department (professional unit) constructs a timetable for professional acitivities and schedules for each PhD student to present his/her professional acitivities in the seminar organised by the Department for each academic year. It is obligated to PhD students to attend all scientific seminars/conferences/symposiums organised/required by the Department.
Part 4. PhD dissertation
13.            BIO9013PhD dissertation80  
Total:97  

 

 

               

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