Computer Engineering and Computer Science- Students are often confused when choosing a major between the two. Both sound still in the same field, but actually have quite basic differences. So, so that you don’t make the wrong choice, you should first consider the difference between the two, what they have learned, and their future work prospects. This article will give you an overview of these things.
Computer engineering is a study program that studies the design, development, and computer-based systems. In practice, this major combines electrical science and computer science. From a computer science perspective, assess these graduates as software architects who have a focus on the interaction between software and programs and their supporting hardware components to build a system.
Computer Science is generally defined as the study of both computing, hardware (hardware), and software (software). This major covers a wide range of topics related to computers, from abstract analysis of algorithms to more concrete subjects such as programming languages, and software, including hardware. Simply put, this major places more emphasis on computer programming, and software engineering, while computer engineering is more likely to have to do with things like computer hardware (hardware).
The difference between the two curriculums
Apart from the different objectives of the majors, the two majors have different curricula. We can see this from the lecture material, learning approach, and the ultimate goal of the learning process.
This department is under the Faculty of Engineering (FT). Many consider this major a place to learn to assemble computers and laptops. Although this assumption is not entirely wrong, because Computer Engineering students do study a little bit of Electrical Engineering (a major that handles the manufacture of computer or laptop machines) and a little Computer Science. In general, this department actually struggles more with the chips from the computer. The hardware that is handled is more likely to be related to the microcontroller and processor. In addition, Computer Engineering students will learn to learn programming and machine languages.
The education system usually adopts an engineering/applied approach (engineering) rather than scientific (science). That’s why called Computer Engineering. Because this major tend to be implementation rather than theory. The students’ theses often make chips or applications.
Unlike its twin, this department is under the Faculty of Informatics as FASILKOM. Pure computer majors study the principles of computer science and mathematical analysis and apply them to the design, development, testing, and evaluation of software, operating systems, and computing.
Graduates from this major can progress in the design and development of a wide range of applications and software, including games, business applications, operating systems, distribution networks, and compiler development. The compiler translates the program into machine language, which the computer can read and execute.
The courses include analyzing user needs and designing, testing, and developing software that meets those needs. For example, computer science learns more about the scientific theory from computers, because it will discuss algorithms, application concepts, network theory, and others.
Actually, these two majors are almost the same. However, their career goals and course weights differ, so their skills automatically strengthen for each different goal.
Computer science is expected to produce graduates with various skills, starting with mastery of theory (concepts) and software development. While Computer Engineering is designed to produce graduates who can design and implement integrated systems both software and hardware.
The difference between the two career prospects in the future
With the development of the Internet of Things era, creative ideas for using computers have become very interesting. Various startup companies both at home and abroad continue to compete to make unique devices. Of course, the level of making software and hardware is getting more difficult. Therefore, the job prospects of computer majors are very large.
Graduates can develop careers as Embedded System Engineers, Programmers, Computer Analysts, Robotic Engineers, Industrial Engineers, Network Administrators and Database Administrators. As a fresh graduate, with these career prospects you can already get a salary of around 5-8 million per month, you know!
While graduates of this department have very broad prospects. For example, they serve as software developers, analysts, consultants, network, and systems security experts, and are responsible for coordinating the development, maintenance, and expansion of computer systems within an organization. In addition, this department can work in organizations to develop and provide related technical directions, for example, ordering systems, inventory systems, billing systems, HR, and payroll systems. As a fresh graduate with a computer science degree, you can get a salary of around 4-6 million per month with these career prospects.