What is the most important thing in software engineering, and how do you manage your time in college

First and foremost, software engineering is the science of organizing teams and collaborating on large-scale software development. Notice the two words I'm emphasizing here, "collaborative" and "big." Many college students are prone to the bias that the course is "not practical" in the process of learning this course, but this is only because the things you are now exposed to have not reached the level that can be called "engineering".

Software engineering is the science of organizing teams and collaborating on large-scale software development.

Secondly, software engineering needs to learn basic concepts such as software crisis, software life cycle, modules, modularization, and software testing goals. Software development models, software development methods, structured design methods, various software testing methods; Software maintenance, software engineering plan management technology, software configuration management technology definition, characteristics and maintenance process. Object-Oriented Analysis, Object-Oriented Design, and UML.

Secondly, you need to study computer science and technology. The Computer Science & Technology major covers a wide range of knowledge and focuses on learning all the fundamentals related to computer science. As a result, studying this major can provide a holistic understanding of computer science that can be used for future in-depth study of any branch of computer science.

Lay the groundwork. A large number of ** will lead to a series of problems such as low quality of software products, difficult progress and cost of software product development, and difficult software maintenance.

To know that software is a collection, the programmer puts the data and instructions in the software in a specific order, which can also be considered as software = program data file. Software engineering is the study of how to develop and maintain software in a systematic, standardized, and quantifiable manner, as well as the techniques for managing software. Compared with computer science majors, software engineering majors place more emphasis on the engineering of software development.

On the basis of mastering the knowledge of computer science, students should also master the knowledge of software requirements analysis, software design, software testing, software maintenance, etc. Software engineers have a high starting point and are in two high (high-salary, high-status) positions in the enterprise.

Software engineering is an important course that mainly trains high-level software development developers; The main courses studied in software engineering include foreign languages, advanced mathematics, advanced algebra, fundamentals of electronic technology, introduction to computers, and data structures.

Software engineering is generally to learn some C language software engineering introduction and so on, which is relatively more complicated, but the future career prospects are still very good; His courses include Linear Algebra, Software Architecture, College Foreign Languages, Advanced Mathematics, Unified Modeling Languages, and Data Structures.

Software engineering is based on the invention of some software technology through computer hardware technology, which will involve high mathematics, electronic technology foundation, computer, data structure, etc., these majors are required to learn software engineering, at present, China's demand for software engineering talents is still relatively large, so if you apply for this major, there are more employment opportunities in the future, and the employment prospects are also very good.

Main disciplines: Marxist Theory, College Foreign Language, Advanced Mathematics, College Physics, Physics Experiment, Linear Algebra, Probability Theory and Mathematical Statistics, Programming Language, Data Structure, Discrete Mathematics, Operating System, Compilation Technology, Introduction to Software Engineering, Unified Modeling Language, Software Architecture, Software Requirements, Software Project Management.

In addition to the common basic courses, the major will also systematically study discrete mathematics, data structures, algorithm analysis, object-oriented programming, modern operating systems, database principles and implementation techniques, compilation principles, software engineering, software project management, computer security and other courses.

Practical links: Burner graduation internship, curriculum design, computer engineering practice, production internship, graduation project (**).

Order of study. Calculus - > probability statistics.

Linear Algebra – > Discrete Mathematics.

In fact, calculus, linear algebra, and discrete mathematics can all be studied directly.

When calculus speaks of multivariate calculus, it requires some determinant calculations in linear algebra.

The set theory and graph theory parts of discrete mathematics require some knowledge of matrices in linear algebra; The abstract algebra part is best studied with linear algebra, which is a practical example of abstract algebra fighting.

Analytic geometry is a practical example of linear algebra: after establishing a coordinate system, curves and surfaces can be represented by algebraic equations, and as a result, geometric problems are transformed into algebraic problems.

Number 1: 1. Advanced mathematics (calculus of functions, limits, continuous, unary functions, vector algebra and spatial analytic geometry, calculus of multivariate functions, infinite series, ordinary differential equations); 2. Linear algebra; 3. Probability theory and mathematical statistics.

Number 2: 1. Advanced Mathematics (Functions, Limits, Continuity, Unary Functions, Calculus, Differential Equations); 2. Linear algebra;

Number 3: 1. Advanced Mathematics (Functions, Limits, Continuous, Calculus of Unary Functions, Calculus of Multivariate Functions, Infinite Series, Ordinary Differential Equations and Difference Equations); 2. Linear algebra; 3. Probability theory and mathematical statistics.

Number 4: Grip 1, Advanced Mathematics (Functions, Silver Mill Limit, Continuous, Unary Calculus, Multivariate Calculus, Ordinary Differential Equations); 2. Linear algebra; 3. Probability theory.

Software engineering is generally oriented to application software development, in fact, it is okay not to study mathematics.

To make system software and study software algorithms, you must learn very advanced mathematics.

What courses do you need to learn for soft cavity stupid parts engineering:Main disciplines: Marxist Theory, College Foreign Language, Advanced Mathematics, College Physics, Physics Experiment, Linear Algebra, Probability Theory and Mathematical Statistics, Programming Language, Data Structure, Discrete Mathematics, Operating System, Compilation Technology, Introduction to Software Engineering, Unified Modeling Language, Software Architecture, Software Requirements, Software Project Management.

In addition to the common basic courses, the major will also systematically study discrete mathematics, data structures, algorithm analysis, object-oriented programming, modern operating systems, database principles and implementation techniques, compilation principles, software engineering, software project management, computer security and other courses.

Practical links: graduation internship, curriculum design, computer engineering practice, production internship, graduation project (**).