Software engineering is the application of engineering principles to the design, development and implementation of software. Software engineering is a field that is vitally important to computer technology as a whole. Without the software to run the computer hardware, that hardware is simply a clump of plastic, silicon and metal–perhaps useful as an overpriced paperweight.
Because software engineering is such as a unique, scientific and technically-driven field, special training and formal degrees are required. By getting a degree in software engineering, graduates can work in any number of fields creating video games, developing internet applications, running computer networks or implementing computer security measures for an organization.
It involves programming languages, databases, software development tools, system platforms, standards, design patterns etc.
In modern society, software is used in many ways. Typical software is email, embedded systems, human machine interfaces, office suites, operating systems, compilers, databases, games and more. At the same time, almost all industries have applications of computer software, such as industry, agriculture, banking, aviation, government departments. These applications promote economic and social development as well as work efficiency and efficiency.
Computer science vs software engineering
If you are a person interested in computer and software development and expect to be in the relevant industry in the future,you will be very concerned about the differences in computer science or software engineering. There is no doubt that knowing the differences between these two areas in advance is good for your future career choices. Accredited degrees in these two areas may prepare students for a variety of software-related roles.
The theoretical basis of computer science is physics, mathematics, microelectronics; the theoretical basis of software engineering is mathematics, computer science. The research and practice of software engineering involves the comprehensive management of manpower, technology, capital and schedule, and is the process of carrying out the optimization of production activities; software engineering must divide the boundaries of the system and give the system solutions. Therefore, related disciplines in software engineering include computer science, mathematics, computer engineering, management, systems engineering, and human engineering.
Computer science and software engineering involve different fields. Computer science is a comprehensive knowledge of computers, including computer principles, hardware, software, and trends. While software engineering is mainly the development of computer software and the preparation of programs.
Different career options
Computer science is a specialized knowledge of computer science. Computer science graduates have good scientific literacy and can systematically master theories and technologies related to computer science and technology, including basic theories, basic knowledge and basic skills of computer hardware, software and computer applications method. Computer science students can engage in computer teaching, scientific research and application in scientific research departments, educational institutions, enterprises, undertakings, technology and administrative departments.
Based on computer science, the software engineering emphasizes the engineering of software development. Software engineering students are proficient in software requirements analysis, software design, software testing, software maintenance and software project management on the basis of learning computer science knowledge and skills. The focus is on the development of students' professional knowledge and professional skills, and the development of senior professionals who can engage in software development, testing, maintenance and software project management
The main courses of computer science and technology are: computer application foundation, advanced mathematics, linear algebra, data structure (C++), discrete mathematics, assembly language programming, computer interface technology, database system principle, operating system, object-oriented programming, computer networks, professional English, software engineering, computer security technology, computer image processing, software development environment and tools.
The main courses of software engineering learning include university foreign language, advanced mathematics, university physics,physics experiment, linear algebra, probability theory and mathematical statistics, programming language, data structure, discrete mathematics, operating system, compilation technology, software engineering introduction, unified construction. Model language, software architecture discrete mathematics, data structure, algorithm analysis, object-oriented programming, modern operating system, database principle and implementation technology, compilation principle, software engineering, software project management, computer security,etc.
Computer science and software engineering do have some similarities, but they are not exactly the same. There are differences between the two majors in terms of curriculum and career choices. But, students with Computer science and software engineering degrees will have wide careers options in the world.
TOP 3 CAREERS
MOBILE APPLICATION DEVELOPER
QUALITY ASSURANCE ENGINEER
Modern operating system
Database principle and implementation technology
Software project management
Common skills gained from this degree
- Excellent working knowledge
- Problem solving ability
- Excellent interpersonal skills
- Good management skills
- Good manual dexterity