(1) Curriculum of Computer Major

This is the curriculum of my university (if you need me to send you an email, you can't display the form here):

Course name, credits, course nature and course category.

2003-2004- 1 Introduction to Programming 2.5 50 Compulsory Professional Basic Course

2003-2004- 1 College English (1) 3 60 compulsory basic course.

2003-2004- 1 Advanced Mathematics (1) 4.5 80 Compulsory Basic Course

2003-2004- 1 Introduction to Computer Science 1 20 Compulsory Professional Basic Courses

2003-2004- 1 Fundamentals of Computer Practice 1 30 Compulsory Professional Basic Courses

2003-2004- 1 *** Introduction to Thought 2 36 Compulsory Basic Courses * * *

2003-2004- 1 Physical Education (I) 1 26 Compulsory Basic Courses

2003-2004-2 Fundamentals of Programming 2 50 Compulsory Professional Basic Courses

2003-2004-2 College Physics (I) 2.5 50 Compulsory Basic Course.

2003-2004-2 College English (2) 4 80 compulsory basic course.

2003-2004-2 * * * Introduction to Theory 3 70 Compulsory Basic Courses * * *

2003-2004-2 Advanced Mathematics (II) 5.5 100 Compulsory Basic Course

2003-2004-2: Principles of Marxist Political Economy 2: 40 required basic course.

2003-2004-2 Database Software Practice 1 30 Compulsory Professional Basic Course

2003-2004-2 Ideological and Moral Cultivation 2.5 30 Compulsory Professional Basic Courses

2003-2004-2 Physical Education (II) 1.5 38 Compulsory Basic Course.

2004-2005- 1 College Physics (II) 1.5 30 Compulsory Basic Courses

2004-2005- 1 college physics experiment 1 20 required basic course.

2004-2005- 1 College English (3) 3.5 70 Compulsory Basic Course.

2004-2005- 1 Circuit Electronic Technology 3 60 Compulsory Professional Basic Course

2004-2005- 1 Legal Basis 1.5 34 Compulsory public basic courses

2004-2005- 1 Discrete Mathematics 3.5 70 Compulsory Professional Basic Course

2004-2005- 1 marketing 1 20 elective courses and innovative education.

2004-2005- 1 P.E. (3) 1.5 32 Compulsory professional basic courses

2004-2005- 1 microcomputer principle and assembly language 3.5 70 compulsory professional basic course

2004-2005- 1 Linear Algebra 2 36 Compulsory Basic Course

2004-2005-2 College English (IV) 3.5 70 Compulsory Basic Course

2004-2005-2 Electrical and Electronic Technology Practice 1 20 Compulsory Practice Course

2004-2005-2 Probability Theory and Mathematical Statistics 2.5 48 Required Basic Course.

2004-2005-2 Logic Design (Supplementary) 3.5 70 Compulsory Professional Basic Course

2004-2005-2 Principles of Marxist Philosophy 2.5 54 Required Basic Course.

2004-2005-2 Automobile Culture 1 20 Elective Public Elective Courses and Innovative Education.

2004-2005-2 Data Structure (Addendum) 4 80 Compulsory Professional Basic Course

2004-2005-2 Physical Education (IV) 1.5 32 Compulsory Basic Course.

2004-2005-2 Course Design of Microcomputer Principles 1.5 30 Compulsory Practice Course

2005-2006- 1 OOP method and technology 2 50 limited specialized course.

2005-2006- 1 compilation method 3.5 70 compulsory professional basic course

2005-2006- 1 Single Chip Microcomputer Technology 2 40 Limited Specialized Course

2005-2006- 1 calculation method 2.5 50 limited choice of professional basic courses.

2005-2006- 1 Principles of Computer Organization 4 80 Compulsory Professional Basic Course

2005-2006- 1 Introduction to Artificial Intelligence 2 40 Elective Specialized Courses

2005-2006- 1 Data Structure Course Design 1.5 30 Compulsory Practice Course

2005-2006- 1 Digital Logic Curriculum Design 1.5 30 Compulsory Practice Course

2005-2006- 1 algorithm design and analysis 2 40 elective professional courses

2005-2006- 1 Mental Health and Health 1 20 Elective Public Elective Courses and Innovative Education.

2005-2006-2. Network Technology 2 40 Specialized Elective Courses

2005-2006-2 JAVA programming technology 2 40 elective professional courses

2005-2006-2 PHP technology 2 40 elective professional courses

2005-2006-2 Compilation Method Course Design 1.5 0 Compulsory Practice Course

2005-2006-2 Operating System 4 80 Required Professional Basic Course

2005-2006-2: 40 elective specialized courses of multimedia technology

2005-2006-2: 40 elective specialized courses based on Windows programming technology.

2005-2006-2 Interface and Communication Technology 4 80 Limited Specialized Course

2005-2006-2 Database System Principles (Addendum) 3 60 Compulsory Professional Basic Courses

2005-2006-2 China Folk Music Expo 1 20 Elective public elective courses and innovative education.

2005-2006-2: 40 Professional English basic courses are limited.

2005-2006-2 Principles of Curriculum Design 1.5 0 Compulsory Practice Course

Oracle Database Technology 2 40 Limited Specialized Courses

2006-2007- 1 Operating System Curriculum Design 1.5 0 Compulsory Practice Course

2006-2007- 1 Computer Graphics 2.5 50 Limited Specialized Course

2006-2007- 1 Computer Network 2.5 50 Limited Specialized Courses

2006-2007- 1 Software Engineering 2.5 50 Limited Specialized Course

1 Production Practice 3 0 Compulsory Practice Course

2006-2007-2 Graduation Design 14 0 Compulsory Practice Course

2 006-2 007-2 Comprehensive Design 20 Compulsory Practice Course

⑵ Find the curriculum of computer major in technical secondary school.

Keywords discrete mathematics, data structure, computer composition principle, assembly language programming, object-oriented technology, data communication principle, digital circuit and logic design, programming course design, data structure course design, computer composition principle experiment,

Digital circuit and logic design experiment, computer culture foundation, computer programming, linear algebra A, probability theory and mathematical statistics B,

General Physics B, Circuit Electronics

Keywords database system, operating system, computer network, computer architecture, optical communication technology, embedded system design,

Inter and web programming, design and implementation of Cisio/Solaris network system and integrated wiring system.

Keywords compilation principle, digital system design VHDL, signal and system, microcomputer system and interface technology, digital signal processing,

Software engineering, IT project management, No.7 signaling system, introduction to e-commerce, multimedia technology, UNIX operating system, computer information security.

Mobile communication, satellite communication and computer system maintenance technology

⑶ How to make a timetable by computer?

Make it directly with Excal in office.

1. Select columns and rows

2. Enter the text after adjustment.

(4) Find computer courses in Peking University (freshmen to seniors)

0383506 1 College English (1) 4 2 Autumn

03835062 College English (2) February 22 nd Spring

03835063 College English (3) Autumn 2 2

03835064 College English (4) 0 2 Spring

04030 150 ideological and moral cultivation 2 2 autumn

04030 170 *** Thought Introduction 2 Erchun

0403 1490 Principles of Marxist Philosophy 2 2 Autumn

0403 1340 Principles of Marxist Political Economy 2 2 Autumn

Introduction to 04030 140 *** theory in the spring of 2002

-Sports Series Course -4

60730020 military theory 2 2 autumn

00831170 CST-0-002 Introduction to Computing A 3 3 Autumn

00830030 CST-0-003 Data structure and algorithm A 4 3 autumn

00 13020 1 Advanced Mathematics B (1) Autumn on June 5th.

00 130202 advanced mathematics b (2) in the spring of June 5th.

00 130260 linear algebra 54 autumn

Mechanics B 3 3 autumn

Electromagnetic B 3 3 spring

00831180 CST-0-004 Programming Practice 4 2 Spring

CST-0-00 1 Introduction to Information Science and Technology 2 1 Autumn

Fundamentals of Microelectronics and Circuits Spring 3 2

00830090cst-0-101* * theory and graph theory 3 3 autumn.

00830100cst-0-102 Algebraic Structure and Combinatorial Mathematics 3 3 Spring

00830080 CST-0- 103 mathematical logic 3 3 spring

0083 1200 probability statistics a33chun

00831190cst-0-11digital logic design.

00830020 CST-0-113 microcomputer principle A 3 3 spring

00830060cst-1-115 computer organization and architecture A 3 3 Spring

00830130cst-0-121compilation technology 3 3 Spring

00831230cst-1-122 autumn of operating system A 3 3.

00830030 CST-0- 120 data structure and algorithm exercises in the autumn of April 2.

00830140cst-1-123 compilation practice in the autumn of 4 2.

00830930cst-1-124 Operating system internship in April 2.

The above is required, and the following is optional.

00831270cst-1-202 software engineering in the fall of March 3.

Introduction to 00831250cst-1-203 database in the fall of March 3.

00830940cst-0-112 digital logic design experiment 21autumn

00830070 CST-0-114 Microcomputer Experiment 4 2 Spring

00831360cst-0-201assembly language programming 4 2 short term

00831240cst-1-205 Introduction to Computer Network 3 3 Spring

0083 1280 CST-0-204 computer graphics 3 3 spring

Introduction to information security 2 2

CST-0-2 1 1 Web Technology Introduction 3 3 Spring

00831260cst-1-207 fundamentals of theoretical computer science in the fall of March 3.

11831310cst-1-206 introduction to artificial intelligence 3 3 autumn

00831320cst-1-208 Introduction to Programming Language 2 2 Spring

00831330cst-1-209 Algorithm Design and Analysis Spring 2002

good luck

5] What courses are there for computer majors?

The main courses include computer application foundation, practical writing, mathematics, English, moral education, electrician and electronic technology, computer network technology, C language, computer assembly and maintenance, advanced technology of enterprise network security, integrated management of enterprise network, and windows server 2008 operating system.

There are also LAN construction, Linux server operating system, network equipment and network technology (mainly learning the configuration, management and debugging of Cisco and Huawei equipment), SQL Server, network integrated wiring technology, CAD drawing and so on.

The characteristics of computer science are mainly embodied in: strong theory, strong practice and rapid development. Cultivating broad-caliber talents with solid foundation according to first-class disciplines is reflected in attaching importance to the theoretical and professional technical basis of mathematics, logic, data structure, algorithm, electronic design, computer architecture and system software.

(5) Extended reading of computer lecture courses.

Training objectives of computer specialty

Graduates of this major should have the following knowledge and ability:

1, master the basic principles, analytical methods and experimental skills of electronic technology and computer composition and architecture, and be able to engage in the development and design of computer hardware systems.

2. Master the basic theory, knowledge and skills of programming language, algorithm and data structure, operating system, software design method and engineering, have strong programming ability, and be able to engage in the development and research of system software and large-scale application software.

3. Master the basic theories, analysis methods and engineering practice skills in parallel processing, distributed system, network and communication, multimedia information processing, computer security, graphic image processing and computer-aided design, and have the ability of computer application and development.

4, master the basic theory of computer science, have a solid foundation of computer science research.

[6] Who gives systematic computer courses?

Maintenance has nothing to do with programming ... which means there is no foundation ... learning VB and C++ ... and the latest JAVA ... these are the foundations. .....

(7) Seek the four-year curriculum of computer major in university.

1. computer science and technology major: c language programming, computer composition principle, data structure, operating system,

Microcomputer principle and assembly language, computer network, computer system structure, software engineering, object-oriented programming, etc.

2. Computer software major: object-oriented programming, computer composition principle, operating system, data structure and calculation.

Computer network, software engineering, compilation principle, distributed system, software project management, Oracle database system, etc.

3. E-commerce major: management principle, e-commerce, logistics management, computer network, supply chain management, e-commerce platform and core technology, international business management, e-commerce case analysis, business website construction, etc.

Brother, I suggest you choose one. You should think carefully and think clearly. You can't say for yourself.

I hope you can stick to it. Persistence is victory, and efforts will succeed.

As a computer professional course

Discrete mathematics, data structure, computer composition principle, assembly language programming, object-oriented technology, data communication

Principle, digital circuit and logic design, programming course design, data structure course design, computer composition principle experiment,

Digital circuit and logic design experiment, computer culture foundation, computer programming, linear algebra A, probability theory and mathematical statistics B,

General Physics B, Circuit Electronics

Keywords database system, operating system, computer network, computer architecture, optical communication technology, embedded system design,

Inter and web programming, design and implementation of Cisio/Solaris network system and integrated wiring system.

Keywords compilation principle, digital system design VHDL, signal and system, microcomputer system and interface technology, digital signal processing,

Software engineering, IT project management, No.7 signaling system, introduction to e-commerce, multimedia technology, UNIX operating system, computer information security.

Mobile communication, satellite communication and computer system maintenance technology

How to make a curriculum by computer?

1. Create a new word document, click File-Save, save the file name as a curriculum, and enter "Class Curriculum" in the document;

2. Click Table-Insert-Table to open the Insert Table dialog box, and enter the required rows and columns, 8 in the rows and 6 in the columns. That is, we usually have seven classes a day, five days a week, and each class has a header.

3. Enter the data in the inserted table, with the column in the header from Monday to Sunday and the behavior from the first section to the seventh section;

4. Move the cursor to the border line to adjust the width of the table. After adjustment, select the whole table, right-click and select "Distribute Rows Evenly" in the pop-up menu. Similarly, perform the operation again and select Average distribution list.

5. Move the cursor to the first cell, select the "Table" menu, execute the "Draw Diagonal Header" command, and select a header style in the pop-up dialog box. We choose "Style 1" with the font size of No.5; Enter "week" in the row header and "section" in the column header;

6. Draw a diagonal line header and make it. Adjust the position slightly to make the header look good.

7. Select the whole table, right-click and select "Cell Alignment" in the pop-up menu to find the center alignment; The text is all centered up, down, left and right. Select the table again, set the text format, select bold and number four;

8. Select the text "a class schedule", set it to the size of No.2, display it in bold, center and imitate the font of Song Dynasty; Set the spacing with a table;

9. Select "Monday" to "Friday" cells, right-click and select "Border and Shading" in the pop-up menu; Find the shading in the open Border and Shading tab, and select a color as the shading of the cell.

10. After setting, click OK to return to the editing area. In the same way as above, select the cells from the first part to the seventh part and set the shading of this part. After all the settings are completed, the effect is as follows;

⑽ What courses are there for undergraduate computer majors in Qingdao University (preferably in the form of semester schedules for each major)?

Business training objectives: This major trains senior specialized scientific and technological personnel with good scientific literacy, systematically and well mastering the basic theories, knowledge, skills and methods of computer science and technology, including computer hardware, software and applications, and being able to engage in computer teaching, research and application in scientific research departments, educational units, enterprises and institutions, and technical and administrative departments.

Business training requirements: Students in this major mainly study the basic theory and knowledge of computer science and technology, receive basic training in computer research and application, and have the basic ability to research and develop computer systems.

Graduates should have the following knowledge and abilities:

1. Master the basic theory and knowledge of computer science and technical analysis;

2. Master the basic methods of computer system analysis and design;

3. Have the basic ability to research and develop computer software and hardware;

4. Understand computer-related laws and regulations;

5. Understand the development of computer science and technology;

6. Master the basic methods of literature retrieval and data query, and have the ability to obtain information.

Main subject: computer science and technology

Main courses: circuit principle, analog electronic technology, digital logic, digital analysis, computer principle, microcomputer technology, computer system structure, computer network, high-level language, assembly language, data structure, operating system, compilation principle, system analysis and control, signal processing principle, introduction to communication principle, etc.

Main practical teaching links: including electronic technology practice, hardware component design and debugging, computer basic training, course design, computer engineering practice, production practice and graduation project (thesis).

Main professional experiments: programming and debugging, electronic circuit, digital logic, microcomputer interface technology, computer composition, etc.

Study time: four years

Degree award: Bachelor of Science or Engineering.

Computer science and technology (normal class) trains teachers and other educators who teach computers in universities and middle schools. Graduates have the above knowledge and ability, and the main subjects, years of study and degrees awarded are the same as above.

080603 Electronic Information Engineering

Business training objectives: This major trains senior engineering and technical personnel who have basic knowledge of electronic technology and information systems and can engage in the research, design, manufacture, application and development of various electronic equipment and information systems.

Business training requirements: this major is a wide-caliber major in electronic and information engineering. Students in this major mainly study professional knowledge such as signal acquisition and processing, electronic equipment and information systems, receive practical training in electronic and information engineering, and have the basic ability of design, development, application and integration of electronic equipment and information systems.

Graduates should have the following knowledge and abilities:

1. Systematically master a wide range of technical basic theoretical knowledge in this professional field and adapt to a wide range of work in the field of electronic information engineering;

2. Master the basic theory and experimental technology of electronic circuits, and have the basic ability to analyze and design electronic equipment;

3. Master the basic theory and general application methods of information acquisition and processing, and have the basic ability to design, integrate, apply and simulate information systems by computer;

4. Understand the basic principles, policies and regulations of the information industry and the basic knowledge of enterprise management;

5. Understand the theoretical frontiers of electronic equipment and information systems, and have the initial ability to research and develop new systems and technologies.

6. Master the basic methods of literature retrieval and information query, and have certain scientific research and practical work ability.

Main subjects: electronic science and technology, information and communication engineering, computer science and technology.

Main courses: circuit theory series, computer technology series, information theory and coding, signal and system, digital signal processing, electromagnetic field theory, automatic control principle, sensing technology, etc.

Main practical teaching links: including course experiment, computer training, course design, production practice, graduation design, etc. Generally, it is required that the practice teaching link should be no less than 30 weeks.

Major professional experiments: at least complete a group of professional experiments in a certain direction of this major.

Study time: four years

Degree awarded: Bachelor of Engineering

Similar major: communication engineering