difference between software engineering and computer science:
First, it is good to understand how these two disciplines are similar. After all, they both care about computer software and almost everything. For example, people with IT or programming education may specialize in programming, system software, software architecture or programming. These two disciplines overlap because they both require close computer literacy, especially computer software and its various applications.
Of course, there are differences between these two paths, although no computer scientist explains this difference in the same way. One way to understand the difference is to look at two specific words in a given naming system; ie "engineer" and "science" (or "scientist"). Engineers are inherently tasked with developing solutions to problems or creating more efficient processes using existing tools. As an extension, software engineers often create new software using already-used languages or known practices. In contrast, scientists often deepen their knowledge in the field of research and development (and development) of their field. In this way, IT professionals can help create new algorithms or types of languages that will eventually be used to create software.
Many agree that the computer science degree better prepares students for abstract problem solving and research into the development of computer technology, while software engineering degrees provide students with an understanding of the software development process and its applications. as an engineer. Nevertheless, the two disciplines are really a circle located on the Venn diagram, where each really focuses on different areas of software development (one is practical, the other is theoretical) and has a common emphasis on acquiring in-depth knowledge of computers and code.
First, it is good to understand how these two disciplines are similar. After all, they both care about computer software and almost everything. For example, people with IT or programming education may specialize in programming, system software, software architecture or programming. These two disciplines overlap because they both require close computer literacy, especially computer software and its various applications.
Of course, there are differences between these two paths, although no computer scientist explains this difference in the same way. One way to understand the difference is to look at two specific words in a given naming system; ie "engineer" and "science" (or "scientist"). Engineers are inherently tasked with developing solutions to problems or creating more efficient processes using existing tools. As an extension, software engineers often create new software using already-used languages or known practices. In contrast, scientists often deepen their knowledge in the field of research and development (and development) of their field. In this way, IT professionals can help create new algorithms or types of languages that will eventually be used to create software.
Many agree that the computer science degree better prepares students for abstract problem solving and research into the development of computer technology, while software engineering degrees provide students with an understanding of the software development process and its applications. as an engineer. Nevertheless, the two disciplines are really a circle located on the Venn diagram, where each really focuses on different areas of software development (one is practical, the other is theoretical) and has a common emphasis on acquiring in-depth knowledge of computers and code.
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