Computer Technology 085211
1. Objectives
The field of computer techniques is important to train master students for both social and economic developments. Through the study and practice in the field of computer techniques, master students are aim to become high-level compound talents of computer techniques and management.
Full-time professional degree master students are to grasp basic theory and professional knowledge in the fields of computer techniques; to grasp advanced technical approaches on engineering problems; to possess innovative spirit and abilities of independent accomplishing works of engineering techniques or engineering management; to grasp a foreign Language.
2. Length of Study Period
The normal study length is 3 years, while the maximum length of schooling (including suspension) is 4 years for full-time professional master students.
3. Research Areas
(1) Computer network techniques (2) Computer software techniques (3) Computer application techniques (4) Information security techniques
4. Curriculums and Credits (32 credits or above)
Course Classification
Course Code
Course Name
Research on Theory and Practice of
5120361002 Socialism with Chinese
General Foundation Courses
Characteristics
5120361001 Natural Dialectics
5120181002 First Foreign Language (English) 5120072003 Algorithm Design and Analysis* 5120072004 Object-oriented Technologies* 5120074001 Advanced Database System
Subject Foundation Courses
5120074003
Advanced Computer System Architecture
16 64 48 48 32 32 32 32 32
1 2 3 3 2 2 2 2 2
1 1 2 1 2 1 2 1 1
Compulsory ≥ 8 credits
32
2
1
Credit Hours
Credits Semester
Notes
Compulsory ≥ 8 credits
5120074005 Software Architecture 5120074007 Artifical Intelligence 5120074008 Pattern Recognition
Course Classification
Course Code
Course Name
Credit Hours 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 16 32 16 16 16 16 16 64 64 64
Credits Semester 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 1 1 1 1 1 1 1 2 2 2 1 2
1 2 1 1 2 1 1 2 1 2 1 1 1 2 2 2 2 1 1 1 2 2 2 2 2 1-6 3-5
Compulsory 6 credits
6
3-5
Optional ≥ 6 credits Compulsory ≥4 credits Notes
5120074010 Computer Graphics 5120074014
Distributed System: Principle and Design
5120074017 Information Security Architecture 5120076008 Advanced Cryptography 5120076009 Operating System Security 5120076017
Firmware Interface: Principle and Applications
5120074004 Advanced Software Engineering 5120074011 Computer Network Security 5120074015 Digital Signal Processing
Engineering Foundation Courses
5120074016 Advanced Operating System 5120074019 Embedded System Design 5120076002 Parallel Computing 5120076003 Digital Image Processing 5120076005 Multimedia Technologies 5120076007
Computer Firmware Development Technologies
5120367001 Engineering Ethics Case Analysis 5120067001 Six Sigma Management 5120117002
Production Operations and Management
5120117001 Statistical Analysis
5120117003 Financial Statements and Analysis 5122017001 5120257002 5120187001
Scientific and Technical Literature Research
Intellectual Property Rights and Regulations
Second Foreign Language (Japanese)
Comprehensive
Training
5120187003 Second Foreign Language (French) 5120187004
Second Foreign Language (Russian)
at BJUT
5120004000 Academic Activites 5120005000
Practical Training
Six Months Practical Training in
5120005001 Enterprises or Production and
Research Based Outside BJUT One Year Practical Training in
5120005002 Enterprises or Production and
Research Based Outside Campus
4 3-5
Notes: 1. “Academic Activites” mean that a master student should attend 16 academic seminars and deliver one oral presentation on his/her research in public and this can be counted as one credit. 2. for“*”courses, one of them is selectable
5. Arrangements of Thesis
(1) The student is assessed by the end of the third semester through a proposal report. The report must be closely related to the research work from advisor or from Production-Education-Research base, and must concentrate on subjects regarding application or problems in reality, with specific career background and application usefulness.
(2) The student is assessed by the end of the fourth semester or the beginning of the fifth semester through a mid-term assessment report.
(3) Full-time professional degree master students are obligated to attend entire research work and engineering practical training, to participate academic activities, and to public research papers and apply patents. The degree can be applied only when the 6th item (general requirements of publications) of this plan is fulfilled.
The thesis of degree has many kinds of forms, including research reports, application fundamental research, research & development reports, engineering design, programming design, case analysis, engineering management, project management and so on. The thesis must reflect the extent to which the author possesses the basic theory and system knowledge in the corresponding engineering field, and the ability that the author comprehensively utilizes scientific theories and technical methods to solve practical problems in engineering. The thesis must propose correct viewpoints, and reflect novel thoughts, methods and improvements for solving engineering problems, and the content must conform to national standard. The thesis must possess relative academic level and adequate research workload, and contain at least 30,000 Chinese characters.
6. General Requirements of Publications to Apply for Graduation and the Degree
T o apply for the Master professional degree, each master student should obtain at least one patent or computer software copyright, or publish at least one paper in the public offering academic journals or domestic and international academic conference proceedings, both as the first author (or the student as the second author and his/her advisor as the first author). The first affiliation should be Beijing University of Technology.
The Master student is allowed to apply for the thesis defence if he/she has completed master training process and meets the requirements for graduation, however, does not meet the general requirements for the Master degree. He/she is allowed to graduate if he/she passes the defence, however, the degree assessment sub-committee temporarily does not discuss his/her application for the degree. The Master student may re-apply for the consideration of his/her Master degree until he/she meets the general requirements for the degree within 1 years after graduation.
7. References
(1) The form and credit rule for on-campus practical training:
1) Doing engineering training, project research and practical training for over 32 credit hours, counts as 2 credits by associated management workers.
2) Research training: attending a graduate scientific funding project and pass the project accomplishment, counts as 1 practical credit by management department. Each scientific funding allows only the first three attenders for counting credits.
3) Scientific competition: entirely attends any competitions of university-level or higher level, counts as 1 practical credit by competition organizers or advisers and graduate teaching secretaries.
(2) Engineering practical training in Product-Education-Research bases and enterprises
1) Students spend 6 months on off-campus practical training or practical research projects in enterprises or production and research base, compose the engineering practical report and fill the engineering practical identification form. Taking the pass level or higher in both the report and the form, counts as 4 practical credits.
2) Students spend 12 months on training or practical research projects in practical bases, compose the engineering practical report and fill the engineering practical identification form. Taking the pass level or higher in both the report and the form, counts as 6 practical credits.
3) Students spend 6 months for attending on-campus practical research projects with advisors or within laboratories, compose the engineering practical report and fill the engineering practical identification form. Taking the pass level or higher in both the report and the form, counts as 2 practical credits.
4) The practical report has five levels: distinction, merit, good, pass, and fail, assessed by his/her on-campus advisor; the identification form is assessed by practical unit according to the performance of students, with suggestions and achievement.
Computer Technology 085211
1. Objectives
The field of computer techniques is important to train master students for both social and economic developments. Through the study and practice in the field of computer techniques, master students are aim to become high-level compound talents of computer techniques and management.
Full-time professional degree master students are to grasp basic theory and professional knowledge in the fields of computer techniques; to grasp advanced technical approaches on engineering problems; to possess innovative spirit and abilities of independent accomplishing works of engineering techniques or engineering management; to grasp a foreign Language.
2. Length of Study Period
The normal study length is 3 years, while the maximum length of schooling (including suspension) is 4 years for full-time professional master students.
3. Research Areas
(1) Computer network techniques (2) Computer software techniques (3) Computer application techniques (4) Information security techniques
4. Curriculums and Credits (32 credits or above)
Course Classification
Course Code
Course Name
Research on Theory and Practice of
5120361002 Socialism with Chinese
General Foundation Courses
Characteristics
5120361001 Natural Dialectics
5120181002 First Foreign Language (English) 5120072003 Algorithm Design and Analysis* 5120072004 Object-oriented Technologies* 5120074001 Advanced Database System
Subject Foundation Courses
5120074003
Advanced Computer System Architecture
16 64 48 48 32 32 32 32 32
1 2 3 3 2 2 2 2 2
1 1 2 1 2 1 2 1 1
Compulsory ≥ 8 credits
32
2
1
Credit Hours
Credits Semester
Notes
Compulsory ≥ 8 credits
5120074005 Software Architecture 5120074007 Artifical Intelligence 5120074008 Pattern Recognition
Course Classification
Course Code
Course Name
Credit Hours 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 16 32 16 16 16 16 16 64 64 64
Credits Semester 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 1 1 1 1 1 1 1 2 2 2 1 2
1 2 1 1 2 1 1 2 1 2 1 1 1 2 2 2 2 1 1 1 2 2 2 2 2 1-6 3-5
Compulsory 6 credits
6
3-5
Optional ≥ 6 credits Compulsory ≥4 credits Notes
5120074010 Computer Graphics 5120074014
Distributed System: Principle and Design
5120074017 Information Security Architecture 5120076008 Advanced Cryptography 5120076009 Operating System Security 5120076017
Firmware Interface: Principle and Applications
5120074004 Advanced Software Engineering 5120074011 Computer Network Security 5120074015 Digital Signal Processing
Engineering Foundation Courses
5120074016 Advanced Operating System 5120074019 Embedded System Design 5120076002 Parallel Computing 5120076003 Digital Image Processing 5120076005 Multimedia Technologies 5120076007
Computer Firmware Development Technologies
5120367001 Engineering Ethics Case Analysis 5120067001 Six Sigma Management 5120117002
Production Operations and Management
5120117001 Statistical Analysis
5120117003 Financial Statements and Analysis 5122017001 5120257002 5120187001
Scientific and Technical Literature Research
Intellectual Property Rights and Regulations
Second Foreign Language (Japanese)
Comprehensive
Training
5120187003 Second Foreign Language (French) 5120187004
Second Foreign Language (Russian)
at BJUT
5120004000 Academic Activites 5120005000
Practical Training
Six Months Practical Training in
5120005001 Enterprises or Production and
Research Based Outside BJUT One Year Practical Training in
5120005002 Enterprises or Production and
Research Based Outside Campus
4 3-5
Notes: 1. “Academic Activites” mean that a master student should attend 16 academic seminars and deliver one oral presentation on his/her research in public and this can be counted as one credit. 2. for“*”courses, one of them is selectable
5. Arrangements of Thesis
(1) The student is assessed by the end of the third semester through a proposal report. The report must be closely related to the research work from advisor or from Production-Education-Research base, and must concentrate on subjects regarding application or problems in reality, with specific career background and application usefulness.
(2) The student is assessed by the end of the fourth semester or the beginning of the fifth semester through a mid-term assessment report.
(3) Full-time professional degree master students are obligated to attend entire research work and engineering practical training, to participate academic activities, and to public research papers and apply patents. The degree can be applied only when the 6th item (general requirements of publications) of this plan is fulfilled.
The thesis of degree has many kinds of forms, including research reports, application fundamental research, research & development reports, engineering design, programming design, case analysis, engineering management, project management and so on. The thesis must reflect the extent to which the author possesses the basic theory and system knowledge in the corresponding engineering field, and the ability that the author comprehensively utilizes scientific theories and technical methods to solve practical problems in engineering. The thesis must propose correct viewpoints, and reflect novel thoughts, methods and improvements for solving engineering problems, and the content must conform to national standard. The thesis must possess relative academic level and adequate research workload, and contain at least 30,000 Chinese characters.
6. General Requirements of Publications to Apply for Graduation and the Degree
T o apply for the Master professional degree, each master student should obtain at least one patent or computer software copyright, or publish at least one paper in the public offering academic journals or domestic and international academic conference proceedings, both as the first author (or the student as the second author and his/her advisor as the first author). The first affiliation should be Beijing University of Technology.
The Master student is allowed to apply for the thesis defence if he/she has completed master training process and meets the requirements for graduation, however, does not meet the general requirements for the Master degree. He/she is allowed to graduate if he/she passes the defence, however, the degree assessment sub-committee temporarily does not discuss his/her application for the degree. The Master student may re-apply for the consideration of his/her Master degree until he/she meets the general requirements for the degree within 1 years after graduation.
7. References
(1) The form and credit rule for on-campus practical training:
1) Doing engineering training, project research and practical training for over 32 credit hours, counts as 2 credits by associated management workers.
2) Research training: attending a graduate scientific funding project and pass the project accomplishment, counts as 1 practical credit by management department. Each scientific funding allows only the first three attenders for counting credits.
3) Scientific competition: entirely attends any competitions of university-level or higher level, counts as 1 practical credit by competition organizers or advisers and graduate teaching secretaries.
(2) Engineering practical training in Product-Education-Research bases and enterprises
1) Students spend 6 months on off-campus practical training or practical research projects in enterprises or production and research base, compose the engineering practical report and fill the engineering practical identification form. Taking the pass level or higher in both the report and the form, counts as 4 practical credits.
2) Students spend 12 months on training or practical research projects in practical bases, compose the engineering practical report and fill the engineering practical identification form. Taking the pass level or higher in both the report and the form, counts as 6 practical credits.
3) Students spend 6 months for attending on-campus practical research projects with advisors or within laboratories, compose the engineering practical report and fill the engineering practical identification form. Taking the pass level or higher in both the report and the form, counts as 2 practical credits.
4) The practical report has five levels: distinction, merit, good, pass, and fail, assessed by his/her on-campus advisor; the identification form is assessed by practical unit according to the performance of students, with suggestions and achievement.