Computer specialized courses in junior colleges

Advanced Mathematics Linear Algebra University Foreign Language C Introduction to Computer Advanced Mathematics University Foreign Language Physics Edition Discrete Mathematics University Foreign Language Marxist Philosophy Principles Electronic Technology C++ Programming Assembly Language Programming Numerical Analysis Computer Composition Principles Data Structure * * * Introduction to Theory Compilation Principles Operating System Database Principles * * * Introduction to Ideology and Morality Cultivation Introduction to Sports Engineering Probability Theory Physical Program Practice Circuit Principles Legal Basis University Physics Experiment, Physical experiment situation and policy of college students' health education, enterprise economic management, foreign language physical education in colleges and universities, military theory, curriculum design environment of electronic technology, introduction to computing theory, algorithm design and analysis, visual programming technology, Marxist political economy, computer composition principle, curriculum design interface technology, artificial intelligence.

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Everyone has some repetitions from freshman to senior, such as advanced mathematics. I said it twice because I studied English for two semesters and four semesters.

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Elective courses are not included.

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Our school is no different from other schools.

What are the detailed courses for computer majors?

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 .NET Technology 2 40 Elective Courses and Specialized 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

What courses are offered for computer application majors in the three colleges?

The courses of computer application major are as follows:

1, Fundamentals of Computer Mathematics

This course is a compulsory basic knowledge of mathematics for computer majors. According to the characteristics of computer specialty, the application of Mathematica mathematical software is strengthened. Include calculus, linear algebra and probability theory. Calculus module includes unary calculus, ordinary differential equation, multivariate calculus, infinite series, numerical calculation and so on.

The linear algebra module includes the basic concepts, theories and applications of determinant, matrix and linear equations. Probability theory module includes random events and probability, random variables and their probability distribution, digital characteristics of random variables and so on.

2, computer foundation

This course is an introductory course of computer basic education. Mainly teach the basic knowledge and composition principle of computer, the concept and operation of computer operating system (Windows and Dos), the use of office software Word, Excel and PowerPoint, the basic knowledge of computer network and the common operation of Inter.

3, C language programming

It mainly teaches the basic knowledge of computer programming, the basic concepts of C language, sequence structure programming, branch structure programming, loop structure design, functions, pointers, arrays, structures, union sets, enumeration types, compilation preprocessing, bit operations, files, etc. Master the basic methods and programming skills of C language.

4, computer network foundation

This course mainly teaches the basic knowledge, related technologies and practical applications of computer networks. The main contents include: computer network overview, network architecture, computer local area network technology, small and medium-sized enterprise network, transmission media in the network, network interconnection and interconnection technology, etc.

5, multimedia technology foundation

This course mainly teaches the basic knowledge of computer multimedia technology, including image processing, sound processing, film and television processing, and the combination of various multimedia elements and Authorware editing and synthesizing software.

6, operating system principle

This course mainly teaches the basic knowledge of operating system, including process management, storage management, file management, input and output system, interface between users and operating system and introduction of Linux operating system.

7. Graphic image processing

This course mainly teaches the use of Photoshop software for graphic image processing. Through systematic study of Photoshop software, students can independently edit, synthesize, correct and adjust the color of images and make simple special effects.

8, network security technology and prevention

This course systematically introduces the main theories, technologies and applications of network security and management. It mainly includes: network security overview, information security mechanism, key distribution and management, virus and preventive measures, system attack intrusion detection, firewall technology, WWW security, email security, security analysis of other internal applications, network operating system security, etc.

(3) Extended reading of computer major university courses:

Training objectives of computer application specialty:

This major trains high-tech applied talents with all-round development in morality, intelligence and physique, basic theoretical knowledge of computer application technology, application ability and operation ability of computer and related equipment maintenance, industrial application software, plane image processing, advertising design and production, animation production, computer network and website construction and management, and database management and maintenance.

Employment direction of computer application major:

Graduates are mainly engaged in IT industries such as transportation system units, transportation informatization and e-government construction and application departments, various computer professional companies, advertising design and production companies, and automobile marketing technical services.

What courses do the four specialties of computer science and technology need to study?

What is computer science and technology? Popular computer languages such as C, JAVA, VB, VF, DELPHI, assembly and so on. Microcomputer principle; Computer foundation; Computer network foundation; Data structure; Advanced mathematics; College English; College physics; Multimedia related courses: such as web page making, IT practical technology, etc.

First of all, for students majoring in computer science. 1. First, please love this major. Only in this way can you find real happiness from abstract theory. If you don't love her, or just because it's a hot major, I strongly suggest you give up this major, because computers are a double-edged sword. If you learn well, you will succeed in your career. If you don't learn well, you will be extremely painful after graduation and have no development potential, just like English majors coming to the United States.

Don't look at this subject with utilitarian eyes, it is definitely not a major that can make money with a click of a mouse. Don't think about making money on the website, and don't think about increasing advertising by click-through rate. This was out of date four years ago. If you still think so, don't say it, because I will think you are very corny. The sense of accomplishment of computer-level majors is always accompanied by physical pain, such as scapulohumeral periarthritis, cervical spondylosis, dry eye, hair loss, lumbar disc herniation and arthritis. It is no exaggeration. After working for two months, I found myself beginning to lose my hair.

3. Understand the meaning of computer science and technology. Making web pages, making pictures, making flash, playing games, surfing the Internet, listening to songs, recording mp3, making movie subtitles, installing windows, changing the registry, and changing the software ... these are not called computer science and technology. If you study computer, you can do the above things. That's what you should do. You can't do it, and there's nothing to be ashamed of. What we need is not to let others be called "experts".

4. Make clear whether your final professional direction is software or hardware. The direction is the network? Network is not a professional direction. Network is the crystallization of the wisdom of the best software engineer, the best hardware engineer and the best communication engineer. If you are a software major, please listen to the hardware course carefully after learning a package of courses such as mathematics, data structure, algorithm design, numerical analysis, assembly language, operating system, compilation principle, database principle and software engineering. This is useful to you. Software engineering is definitely not a lesson that you can learn by rote. Computer theory can be learned by one person. Software engineering is the crystallization of the lessons of tens of millions of network software engineers who have failed for decades. Please listen carefully. Don't ask me what language to learn. Computer majors must have the ability to master any language at 1 hour, and at least 10 minutes to "hello world". If there are two languages that must be learned, they are c++ and java. They are not learning languages, but learning c++ thinking and learning java thinking. One is software basic theory, and the other is object-oriented basic theory. No one has ever heard of "thinking in basic". If you say that c++ is out of date, don't tell anyone your name, because it's embarrassing. The teacher of Shanke University will only teach you C, not++,so don't be fooled by him. Dare to ask him++. If he can't, just change teachers. After listening to the above courses carefully, students majoring in hardware will study other courses except politics.

Even if you learn the above courses well, we are still far behind. We only know what to learn, but we don't know what to do. Our curriculum design is too naive, don't tell your foreign classmates, or you will be laughed at, so try your best to design it and don't do it alone. If two or three people cooperate on a project, computer workers who can't communicate will definitely be laid off after they are 30 years old. The topic is as simple as possible. You can search on the websites of foreign universities. I believe you can succeed. After all, it is not a difficult problem, but the quality we should have.

6. If you are interested in the network and have a certain hands-on ability, learn from the perspective of protocol or underlying hardware. Otherwise, you are willing to degenerate from a noble computer professional to a migrant worker who does heavy mechanical manual labor. Interested in network security, then you can learn network protocols and operating systems from the perspective of programming after learning to use various tools for one month! It is an obscene act to attack the loopholes of the ignorant only with tools. If you enjoy it and shout "hacker" everywhere, then this behavior can be called "* * *". Online calls for hackers from China, the United States and China. I hope you can study the course with peace of mind, or sleep and rest, or go to sports and entertainment, and don't discredit your motherland.

7. Treat certification correctly. Most certification is not a stepping stone to high salary, but an IQ test before employment. If you have passed the certification, don't tell others that the certification is rubbish. Please tell others that you learned that knowledge in your study. If you don't know that knowledge, then you are a paper. Certification is not rubbish, but you are rubbish. If you don't even take the certification exam and say it's rubbish everywhere, take it yourself. If you pass the test and get it, then you can do anything you want. If you pass but don't understand, certification is not rubbish, but you are rubbish yourself. If you haven't passed the exam, then everyone who reads this post knows what you are. MCSE, CCNA, CIW, etc. Has its meaning of existence. As long as you have money, it is worth learning. They are the most formal knowledge sources and products that have been tested by theory, practice, time and market.

2. Some suggestions for non-computer majors. 1. Love your original major, especially science and basic subjects. Giving them up to buy a computer is like trading 10 yuan RMB for 10 Zhang Yiyuan Dollar.

2. Computer is an academic and instrumental course. Building a bridge between computer major and your major will contribute to both majors. If you are really good at computer science, then you really deserve respect.

3. Remember again to make web pages, make pictures, do flash, play games, surf the Internet, listen to songs, record mp3, make movie subtitles, install windows, change the registry, make software skins ... These are not computer majors and can't make money. Don't let impetuousness and utilitarianism blind your eyes and ruin your bright future.

What courses are there in university computer?

Public courses: college English, advanced mathematics, * * *, * * theory and * *, ideological and moral and legal basis, college physical education and other professional courses A: web design (DreamWeaver, Flash), C language programming, computer application foundation, Access database, data structure and algorithm, computer composition and assembly language programming, object-oriented programming (Java). Visual programming (Delphi), database system (SQL server 2000), computer network operating system (Windows server 2003), operating system, computer assembly and maintenance, Linux, and of course, there are many elective courses, which are mainly selected according to personal preferences. The above are just some reference courses, and the situation in different schools may be different. China's university education is basically like this. You study everything related to your major. After graduation, it is up to you to choose your own development direction. I hope I can help you!

What courses do computer majors in six universities take?

Computer professional courses:

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, windows server 2008 operating system.

LAN construction, Linux server operating system, network equipment and network technology (mainly studying the configuration, management and debugging of Cisco and Huawei equipment), SQL Server, network integrated wiring technology, CAD drawing, etc.

(6) Extended reading of computer major university courses:

Employment direction of computer major:

(1) Party and government organs, enterprises, institutions and social organizations in urban areas and surrounding areas are engaged in website art design, webpage design, enterprise network maintenance, computer sales and related majors.

(2) Electronic commerce (professional qualification certificate: electronic commerce clerk, assistant electronic commerce clerk).

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 and have a solid research foundation of computer science.

What do computer science students study at university?

University computer major: computer application foundation, practical writing, mathematics, English, German education, electrician and capacitor sub-technology, computer network technology, C language, computer assembly and maintenance, advanced technology of enterprise network security, integrated management of enterprise network, windows server 2008 operating system, LAN formation, Linux server operating system, network equipment and network technology (mainly studying the configuration, management and debugging of Cisco and Huawei equipment).

The characteristics of computer science are mainly embodied in: strong theory, strong practice and rapid development. Cultivating broad-caliber talents with a solid foundation according to the first-level disciplines is reflected in attaching importance to theoretical and professional technical foundations such as mathematics, logic, data structure, algorithm, electronic design, computer architecture, system software, etc., and attaching importance to basic natural science courses and professional basic courses in the first two and a half years to broaden the orientation. The last year and a half is mainly about the setting of professional courses, which has increased selectivity, diversity, flexibility and directionality, highlighted the characteristics of subject direction and reflected the latest technological development trend.

Graduates are mainly engaged in IT industries such as transportation system units, transportation informatization and e-government construction and application departments, various computer professional companies, advertising design and production companies, and automobile marketing technical services.

Self-taught university courses (computer major)

There are many systems for self-study and re-examination of computer majors, and you can choose to study; Or other things, you can buy self-study books at Xinhua Bookstore. There are four exams every year, and every place is different. Go to your education bureau and sign up for the self-study exam. After you get all the course results, you will try to graduate from the corresponding examiner college. For example, Shanghai is a university, so it is difficult to take the self-study exam. If you want to consider it, I think you should choose "