Wuhan Engineering University and Hubei Polytechnic University of computer science is actually almost the same, are not provincial and ministerial key disciplines, but all have a master's degree authorization point, at the same level
Second Wuhan Engineering University computer science how
Not the school's strengths, the professional can be changed, at the end of military training there will be a sub-AB class exam, good test, the whole hospital generally have a few places to change majors
three Wuhan University of Engineering School of Computer Science is what college
Wuhan University of Engineering School of Computer Science,
Formal name:
Wuhan University of Engineering School of Computer Science and Engineering.
It is a public secondary college under Wuhan Engineering University.
Four Wuhan Engineering University Computer Science and Engineering What courses are to be offered in Computer Engineering
Introduction to Computers
Introction to Computers
Nature of the Course: Public **** Basic Course Semester Hours: 42 Credits: 2
Course Content: This course is an important public **** basic course in Computer Science and Technology. This course is an important basic course for computer science and technology majors. This course is designed to guide students who have just entered the University of computer science and technology of basic knowledge, theoretical system, professional research direction has a general and accurate understanding of computer applications and basic operating skills to get basic training, so as to formally and systematically study the computer professional courses to lay the necessary foundation. The main contents of the course include: basic knowledge of computer, the composition of the computer system, the knowledge system of the computer discipline, database technology and management information system, operating system, basic knowledge of programming, office automation software, computer network technology, computer information system security.
Course Target: Undergraduate students majoring in Computer Science and Technology
General Physics
Nature of the Course: Public **** Basic Course Semester Hours: 72 Credits: 4
Pre-requisite Courses: Higher Mathematics
Course Content: Physics is the study of the basic structure of matter, Physics is the study of the basic structure of matter, the basic forms of motion and the laws of interaction. The content mainly includes mechanics, electromagnetism, thermology and optics. Through the teaching of this course, students can systematically master the basic principles and basic knowledge of physics, cultivate students' ability to analyze and solve problems, and help students establish dialectical materialism viewpoint. General physics of the preparatory courses for higher mathematics, general physics for the study of subsequent courses and professional training to provide the necessary preparation for the higher school of science and technology students of all disciplines of an important necessary basic courses.
The target audience: undergraduate students majoring in computer science and technology.
C Programming
C Programming
Nature of the Course: Subject Basic Course Semester Hours: 56 Credits: 3
Course Content: C language is one of the most basic programming languages, this course focuses on the structured programming methods of C language, focusing on the introduction of the standard C programming and applications, the main content includes: Basic concepts and basic syntax rules of C language, basic types and custom types of data, expressions and statements, procedural programming, functions, arrays, pointers, references, structures and other knowledge. Its purpose is to enable students to comprehensively understand and master a computer language, learn its basic knowledge, and apply it to program to solve practical problems, to achieve the combination of theory and practice, and to lay a solid foundation for the subsequent study of other courses.
Target Audience: Undergraduate students majoring in Computer Science and Technology
Object-Oriented Programming
Object-Oriented Programming
Nature of the Course: Basic Subjects Lecture Hours: 54 Credits: 3
Prerequisite: C Programming
This course introduces the basic knowledge of a computer language. Course Content: This course introduces the fundamentals of object-oriented programming language. The main content includes: objects, classes, inheritance, polymorphism, templates and exception handling, etc. It enables students to have a preliminary understanding of the basic concepts and basic methods of object-oriented programming, to be able to master various common concepts and language mechanisms in object-oriented programming, and to be able to edit, compile, run and debug programs in some kind of integrated environment, and to be able to solve some smaller problems.
Course Target: Undergraduate students majoring in Computer Science and Technology
Circuit and Analogue Electronic Technique
Circuit and Analogue Electronic Technique
Nature of the Course: Basic Subjects Academic Hour: 54 Credits: 3
Pre-requisite Course: General Physics
Course content: This course is divided into two parts: "Circuit" and "Analog Electronic Technique". "Circuits" part of the main task is to enable students to master the analysis of circuits, calculation of the basic theory and method, the main content includes: the basic concepts and laws of circuits, circuits and the basic analysis methods, commonly used circuit theorems, sinusoidal steady-state circuits and three-phase alternating current analysis, dynamic circuits in the time domain analysis; The main task of the part of "analog electronic technology" is to enable students to master the characteristics of semiconductor devices, low-frequency analog circuits, analysis and calculation methods, the typical circuit structure and working principle of various commonly used circuits, including: commonly used semiconductor devices, basic amplifier circuits, multi-stage amplifier circuits, amplifier circuits, feedback, integrated operational amplifiers, signal operation and processing. Amplifier, signal operation and processing, waveform generation and signal conversion, power amplifier circuits, DC power supply.
Target: undergraduate students majoring in Computer Science and Technology
Discrete Mathematics
Nature of the Course: Basic Course Credit: 4
Pre-requisite: Advanced Mathematics
Content: This course is a required basic course for Computer Science and Technology majors. This course is a basic course for computer science and technology majors, and it is the core course of the basic theory of computer science. Mainly includes mathematical logic, *** theory, graph theory, algebraic systems and other content, is a strong theory, application of a wide range of courses. Through the study of this course, students can be able to accept modern mathematics on the discrete structure of the point of view, from the system structure of the research method, the study of things between the relevant attributes; at the same time to apply the combination of mathematical and morphological methods, so that the things of the argumentation is simple and intuitive; in addition to describing the method and the meticulous thinking method of the training, but also to make the students have a good ability to think in abstract and logical thinking.
Course Target: Undergraduate students majoring in Computer Science and Technology
Digital Logic
Nature of the Course: Subject Basic Course Semester Hours: 54 Credits: 3
Pre-requisite Courses: General Physics
Content: As a theoretical foundation of Digital Logic, the course firstly discusses the number system, coding and logical algebra. As a theoretical foundation for digital logic, the course begins with a discussion of number systems, coding, and the fundamentals of logic algebra. Then, based on the analysis and design of small-scale integrated circuits, the course discusses the basic concepts and methods of combinational logic and time-sequence logic technology, as well as the documentation and engineering design problems in engineering practice, and introduces the principles, design and applications of some commonly used representative MSI devices at great length. Finally, it discusses the programmable logic device PLD, focusing on the logic structure and application characteristics of the programmable array PAL.
Target: undergraduate students majoring in computer science and technology
Operating Systems
Nature of the Course: Basic Subjects Semester Hours: 54 Credits: 3
Pre-requisite Courses: C Programming, Object-Oriented Programming
Course Content: To enable students to master the basic principles of computer operating systems. Students will master the basic principles and components of computer operating systems, the basic concepts of computer operating systems and related new concepts, terms and terminology, understand the development characteristics of computer operating systems, design techniques and methods, and have the ability to initially analyze the actual operating system, laying a solid foundation for their future work in related fields. The main content covers process management, processor scheduling and deadlock, storage management, device management, file management and so on.
Target: undergraduate students majoring in Computer Science and Technology
Data Structure & Algorithm
Data Structure & Algorithm
Nature of the Course: Basic Subjects Semester Hours: 54 Credits: 3
Pre-requisite Courses: C Programming, Object-Oriented Programming, Discrete Mathematics, C Programming, Object-Oriented Programming, Object-Oriented Programming, Object-Oriented Programming, Discrete Mathematics, Object-Oriented Programming, Object-Oriented Programming. Discrete Mathematics
Course Content: Data Structure is a major course in Computer Science and Technology, which is a backbone course. The course is the foundation of advanced programming language, compilation principle, operating system, database, artificial intelligence and other courses, and is also widely used in information science, systems engineering, applied mathematics and various engineering fields. The teaching objective of the course is to enable students to y understand the five basic components of data structure: logical structure, storage structure, basic operations, algorithms, and the comparison of different data structures and algorithm analysis. Students will have the ability to analyze and solve problems, develop a good programming style, accumulate and improve the basic analysis and design ability, and be able to correctly design algorithms, as well as analyze and evaluate algorithms, in order to lay a solid foundation for the study of subsequent courses.
Course Target: Undergraduate students majoring in Computer Science and Technology
Development Tools
Sofare Development Tools
Nature of the Course: Subject Basic Course Semester Hours: 54 Credits: 3
Pre-requisite Courses: Programming, Data Structures
Course Content: The course focuses on the use of development tools. This course focuses on the use of development tools. It is mainly based on the object-oriented programming language, and realizes the development of management information system according to the development steps of software engineering, which mainly involves the theoretical description of object-oriented programming ideas and implementation methods in Delphi and Java. The purpose of the course is to strengthen the students' practical ability of object-oriented programming, and the effective application of theoretical computer knowledge to software development.
Course Target: Undergraduate students majoring in Computer Science and Technology
Principles of Computer
Principles of Computer
Nature of the Course: Compulsory courses Semester Hours: 54 Credits: 3
Pre-requisite Courses: Digital Logic
Content of the Course: This is an important professional course in the Computer Science and Technology program. The main content includes: basic computer operations, 80X86 microprocessor, instruction system, assembly language programming, interrupt system, memory system, input/output and interface technology. The purpose of this course is to enable students to theoretically and practically master the basic composition of the microcomputer, the principle of operation and commonly used interface technology, the establishment of the overall concept of microcomputer systems, so that students have the microcomputer application system software and hardware development of the initial ability.
Course Target: Undergraduate students majoring in Computer Science and Technology
Database Principles
Database Principles
Nature of the Course: Compulsory courses for majors Semester Hours: 54 Credits: 3
Pre-requisite Courses: Data Structures, Programming
Course Content: The course is a major course for computer majors. This course is a major course in computer science and belongs to the main course. Database technology is an important branch of computer software discipline, which studies how to store, use and manage data, with strong theoretical and practical. The teaching purpose of the course is to enable students to understand the theory of database systems, database design and implementation technology, database management technology, and ultimately master the basic principles, methods and application of database technology, can effectively use the existing database management systems and software development tools, master the design of the database structure and the development of database application system.
Course Target: Undergraduate students majoring in Computer Science and Technology
Computer Graphics
Nature of the Course: Compulsory courses for majors Semester Hours: 54 Credits: 3
Pre-requisite Courses: Data Structures, Higher Mathematics
Content of the Course: The course is a compulsory course for Computer Science and Technology majors. This course is a major course for Computer Science and Technology majors. It mainly teaches two- and three-dimensional graphics computer drawing methods. Through the study of this course, students master the basic two- and three-dimensional graphics computer graphics methods, understand the basic algorithms of graphics, learn a variety of graphics program design, for the design of graphics algorithms, graphics software development to lay the foundation.
Course Target: undergraduate students majoring in Computer Science and Technology
Computer Network Technology
Computer Neorks
Course Nature: Compulsory courses for majors Semester Hours: 54 Credits: 3
Pre-requisite Courses: Principles of Computing, Operating Systems, Data Structures
Course Content: Computer network is a cross-disciplinary subject formed by the interpenetration and close integration of computer technology and communication technology. The main content includes: basic network concepts, physical layer, data link layer, network layer, transport layer, application layer and other network communication mechanisms. This course will analyze the most widely used important protocols, so that students can be realized from the specific protocols, to understand the basic working principles of the network and the design of the protocols, learn to deal with the most basic methods of network problems, to master the most basic principles of the network, and to enable the students to face the ever-changing technology, with the tracking, learning basis and ability.
Course Target: undergraduate students majoring in Computer Science and Technology
Software Engineering
Sofare Engineering
Nature of Course: compulsory course for majors Lecture Hours: 54 Credits: 3
Pre-requisite Courses: Programming, Data Structures, Development Tools
Course Content: Software engineering is the engineering and management science that guides software design, software implementation and software maintenance. The main content includes: structured and object-oriented analysis, design and development methods, and software development process management techniques. Its purpose is to enable students to comprehensively and systematically understand the basic principles and common tools of software engineering, to understand the software development process and the complexity of software project management, to learn to use engineering methods to develop and manage software projects, and to master the processes, guidelines, standards and specifications that should be followed in the development process; to master structured analysis and design techniques and object-oriented analysis and design techniques; to master the software project's basic The course is designed to provide students with a basic understanding of the management process of software projects, including planning, organization, implementation and quality assurance, and to develop students' practical skills in software development and project management.
Target Audience: undergraduate students majoring in Computer Science and Technology
Fundamentals of Compiling
Nature of the Course: Compulsory course Lecture Hours: 54 Credits: 3
Pre-requisite Courses: Data Structures, Discrete Mathematics
Course Content. This course is a theoretical foundation course for computer science and technology. It mainly teaches: lexical analysis, syntax analysis, optimization, target code generation and so on. Through the teaching of this course, make students understand the structure of the compilation program, familiar with the five stages of the compilation process, master the basic theory and method of compilation, the overall grasp of the compilation principle of the status of the entire computer theoretical system for the future more in-depth discussion of the theoretical aspects of the computer to lay a solid foundation.
Object of study: undergraduate students majoring in computer science and technology
System Analysis and Design
System Analysis and Design
Nature of the course: limited elective courses Lecture hours: 36 Credits: 2
Pre-requisite courses: Programming, Development Tools, Database Principles
The course content: This course is designed to provide students with a solid foundation in the theory of compilation. p> Course Content: This course is a limited elective course for Computer Science and Technology majors, which belongs to the main courses in the direction of Management Information System. This course is proposed to take financial management as the business content, mainly including system analysis, data modeling and analysis, process modeling, system design, application architecture and modeling, database design, etc., in order to cultivate the students' ability of system analysis and design, and introduce them to the development path of system analysts. The teaching objectives of the course are to provide students with a deep understanding of the basic contents, steps, and methods of financial management system design and development through this course. So that students initially have the ability to analyze and solve problems, develop a good style of systems analysis and design, and be able to manage the business and computer technology to better integrate.
Course object: computer science and technology undergraduate students
Five Wuhan Engineering University School of Computer Science and Engineering how
Not bad, computer science and technology is the earliest undergraduate program opened by Wuhan University of Engineering, is now Wuhan Engineering University brand professional capacity. This program is a four-year course of study, awarded the degree of Bachelor of Engineering.
The main courses offered in this program are: discrete structures, object-oriented programming, algorithms and data structures, digital logic, principles of computer composition, computer architecture, computer networks, operating systems, database principles and applications, algorithm design and analysis, digital image processing, software engineering, network security technology, information security technology, ARM embedded systems development, compilation, principles, microcontroller principles and applications. principles, microcontroller principles and applications, and information systems modeling.
The talents cultivated in this program have strong theoretical foundation in computer theory as well as innovative and practical abilities, and can be engaged in computer software and hardware development and application work in various enterprises and institutions. Especially in the embedded systems development, software development, database development, information systems integration and management have significant characteristics. (Computer science and technology registration online registration address: //whgcde/w *** m/)
Six Wuhan Engineering University computer science majors in which campus
Currently all the freshmen are in the new campus Liufang Campus, individual majors will be in the third and fourth year will be transferred to the old campus
Seven Shijiazhuang Tiedao University is better than the computer science majors of Wuhan Engineering University
The fourth time the Ministry of Education of the People's Republic of China (MOEC) has issued a report on the computer science program of Wuhan Engineering University. p>
The Ministry of Education's fourth disciplinary assessment, computer science and technology majors, Shijiazhuang Railway University is C, Wuhan Engineering is C-, the two schools do not have a computer doctoral degree, the level is about the same, compared to the Shijiazhuang Railway is slightly stronger, taking into account the geographical factors, recommended Wuhan Engineering! Good luck! I'm not sure if you're going to be able to get a good deal on this one!
Eight Wuhan Engineering University computer students out of the annual salary how much
This is not equal, it has to be based on your specific jobs and work experience to determine.
Nine Wuhan Engineering University computer science and technology majors how
This professional can be it two in the count is not bad, and graduate qualifications like to go to it Wuhan good school this can only say that the general
Ten if the study of computer science and technology majors, Wuhan University of Science and Technology and Wuhan University of Engineering, which is better, or to recommend a few better two universities, in more detail!
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I was originally from the Wuhan University of Science and Technology, purely from the school, then, the University of Science and Technology to be better, I do not know much about the computer program, I used to be a metal materials professional. You can get on a book on a book, because I think a lot of schools are similar to the computer profession, because after all, now this profession is rotten street, others look at the school, unlike those who are not so popular profession.