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来源: 添加时间: 2021-05-13

Computer Science and Technology (For International Students)

1. Objectives

Computer Science and Technology is to provide internationally competitive undergraduate education, aiming to cultivate application-oriented talents in the fields of computer science and engineering, who know China well and are friendly to China. It is designed to prepare students with basic knowledge, theories and skills as an engineering technician, with social sense of responsibility, innovation consciousness, practice ability, cognitive ability, team cooperation and communication ability, in order to be employed in computer engineering and relevant areas such as application development, operation and maintenance management and technical research of software and hardware system.

2. Qualifications

l To be familiar with domestic and international policies, laws and regulations of the industry, to abide by professional ethics and norms at work, and to have a sense of social responsibility.

l To gain practical engineering experience, and to take advantage of the latest technologies and tools to solve complex technical problems in computer engineering.

l To be capable of showing teamwork spirits, responsibility, independent thinking and self-management.

l To be skillful in project management and communication .

l To be able to gain insight into the trend of industrial technology development, to adapt to technological progress through lifelong learning, and maintain professional competitiveness.

3. Length of schooling, School Years and Degree

l Length of schooling: 4 years

l School Years: 3-6 years

l Degree: Bachelor of Engineering

4. Major Disciplines and Correlative Professions

l Major Disciplines: Computer Science and Technology

l Correlative Professions: Network Engineering

5. Core Courses

Comprehensive Chinese, Overview of China, C Programming, Discrete Mathematics, Data Structure, Circuits and Electronic Technology, Digital Circuits and Logic, Computer Organization Principles, Database System, Operating System, Object-oriented Programming, Software Engineering, Computer Networks, Mobile Programming.

6. General Scheme

Allocation of Credits and Hours

Category	Compulsory		Optional		Total Credits	Credits Proportion (%)	Credits Proportion of Theoretical Teaching (%)	Total Hours / Weeks	Hours Proportion of Theoretical Teaching (%)
Category	Credits	Hours	Credits	Hours	Total Credits	Credits Proportion (%)		Total Hours / Weeks	Hours Proportion of Theoretical Teaching (%)
General Courses	58.5	956			120.5	82.82	48.55	1952H	48.98
Specialized Basic Courses	26.5	424					21.99		21.72
Specialized Courses	20.5	332	15	240			29.46		29.30
Subtotal	105.5	1712	15	240			100		100
Including: Practice Hours: 152 The Percentage of Total Hours: 7.79%							/		/
Practice	25	25W			25	17.18	/	25W	/
Total	130.5		15		145.5	100		1952H+25W	/

7. Instructional Teaching Plan

Category	Type	Course Name	Credits	Hours	Including				Credit Hours Allocation in Semester								Note
Category	Type	Course Name	Credits	Hours	Theory	Lab	Computer-based	Practice	1	2	3	4	5	6	7	8	Note
General Courses	Compulsory Courses	Orientation	1	16	16				16
		Introduction to Chinese Law	1	20	12			8	20
		P.E.	1.5	24	24				24
		Advanced Mathematics Ⅰ	4.5	72	72				72
		Advanced Mathematics Ⅱ	5.5	88	88					88
		Linear Algebra	2	32	32						32
		Probability and Statistics	2.5	40	40							40
		Overview of China	3.5	64	48			16		64
		English Composition	2	32	24			8		32
		Technical Communication	2	32	32					32
		Intercultural Communication	2	32	24			8			32
		Physics	3	48	48					48
		Physics Lab	1	24		24				24
		Comprehensive Chinese Ⅰ	3	48	48				48
		Comprehensive Chinese Ⅱ	4	64	64					64
		Comprehensive Chinese Ⅲ	4	64	64						64
		Comprehensive Chinese Ⅳ	4	64	64							64
		HSK4 I	4	64	64								64
		HSK4 II	4	64	64									64
		Technical Chinese	4	64	64										64
		Subtotal	58.5	956	892	24	0	40	180	352	128	104	64	64	64	0
Specialized Basic Courses	Compulsory Courses	Introduction to Computer Science	2	32	32				32
		C Programming	4	64	64				64
		Circuit and Electronic Technology	2	32	24	8					32
		Discrete Mathematics	3	48	48						48
		Data Structure	3.5	56	56						56
		Database System	3	48	40	8						48
		Digital Circuits and Logic	2.5	40	32	8						40
		Computer Organization Principles	3	48	48								48
		Operating System	3.5	56	44	12								56
		Subtotal	26.5	424	388	36	0	0	96	0	136	88	48	56	0	0
Category	Type	Course Name	Credits	Hours	Including				Credit Hours Allocation in Semester								Note
Category	Type	Course Name	Credits	Hours	Theory	Lab	Computer-based	Practice	1	2	3	4	5	6	7	8	Note
Specialized Courses	Compulsory Courses	Web Design	2.5	40	32	8				40
		Object-oriented Programming	3	48	48							48
		Linux System	2.5	44	32	12							44
		Software Engineering	3.5	56	44	12							56
		Java Enterprise Edition	2	32	32								32
		Mobile Programming	3	48	36	12								48
		Computer Networks	4	64	64									64
		Subtotal	20.5	332	288	44				40		48	132	112
	Optional Courses	Python Programming	2	32	32									32
		Digital Image Processing	2	32	32									32
		Big Data System Edition	2	32	32										32
		Artificial Intelligence	2	32	32										32
		Foundation and Practice of Game Development	2	32	32										32
		Internet of Things	2	32	32										32
		Data Collection and Processing	2	32	32										32
		Thesis Writing	1	16	8			8								16
		Subtotal	15	240	232			8						64	160	16
		Requirements	6	96
Practice	Compulsory Courses	Data Structure Project	1	1				1			1
		Object-oriented Programming Project	1	1				1				1
		Java Enterprise Edition Project	1	1				1					1
		Mobile Programming Project	1	1				1						1
		Programming Comprehensive Training	3	3				3						3
		Project Training	4	4				4							4
		Graduation Project	14	14				14								14
		Subtotal	25	25	0	0	0	25	0	0	1	1	1	4	4	14
TOTAL		Theoretical Teaching	120.5	1952	1800	104		48	276	392	264	240	244	296	224	16
		Practice	25	25	0	0	0	0	0	0	1	1	1	4	4	14
		Total Credits and Hours	145.5	1952	1800	104		48	276	392	264	240	244	296	224	16

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