What are the Differences in Information Systems and Informatics Engineering

Rancakmedia.com – The following is an explanation of the differences in information systems and informatics techniques that you may not know the difference between. Let's see the article below.

Information Technology has shown exponential development in the last decades, leading to increasingly complex information systems.

Today's information technology has greatly improved the quality of life. Modern medicine gets the most out of information systems that are enhanced by leveraging the latest information technologies.

Humans have used information systems as decision-making tools in various forms for a long time.

However, with the introduction of information technology, information systems have grown to be complex, and their use is rapidly increasing in many aspects of life.

Information engineering has helped transform enormous volumes of data into meaningful and valuable information.

The subject of information systems is constantly evolving, and provides a wide variety of job options for people interested in pursuing technology-related professions. However, what is the difference between information systems and information technology?

People often use these names interchangeably, but the truth is that these are two very different majors that require very different skills and knowledge.

It is necessary to know both when someone wants to continue their education in that field. Even if you look the same in the technology and information fields, you will have a different line of work in the future.

Here are all the differences between the information systems and information technology approaches that you need to know about before you choose one of them:

Definition of Information Systems

Definition of Information Systems

It is helpful to understand the definition of each term before learning how to differentiate between information systems and information technology.

Information Systems is a general term that includes systems, people and procedures intended to generate, store, transform, distribute and disseminate information.

The information systems area links business and computer science. According to the Binus website, the main focus of the information systems department is on the IT business side. Since the word "information system" predates computers, it may refer to both computer-based and non-computer-based systems.

From an information perspective, management information systems use databases and other types of data to improve performance, generate reports and help people make decisions. It is the job of information systems graduates to act as translators or liaisons between IT and business.

Therefore, with the provision that has been received, an information systems graduate has a very large possibility to become an entrepreneur or start-up.

Students who want to study information systems can choose several specializations, such as Big Data, IT Governance, ERP and Database.

Systems analysts and IS managers/consultants from a variety of fields can serve as role models for students interested in careers such as business process analysis and information systems management/consulting.

These professionals include those with degrees such as business process analyst and information systems analyst, as well as systems designer and information systems analyst.

Definition of Informatics Engineering

Technical Information will study computer science and the principles of mathematical analysis and use them to design, test, develop and evaluate computer operating systems, software, and performance.

If you choose this major, you will likely work in programming, software development, and computer network technology.

As an undergraduate working towards a degree in informatics engineering, he takes many classes including:

  1. Algorithms and Data Structures
  2. Informatics Logic
  3. Algorithmic Strategy
  4. Operating system
  5. Probability and Statistics
  6. Object oriented programming
  7. Software
  8. Artificial Intelligence
  9. Fundamentals of Computer Programming
  10. Calculus
  11. Internet programming
  12. Computational Theory
  13. computer system
  14. Network System
  15. Data Mining
  16. Software Development Methods
  17. Database and Information System
  18. Cryptography
  19. Database
  20. Cyber ​​Ethics and Law

Informatics engineering graduates can have professions such as Application Programmer, System Programmer, Network and System Administrator, Database Administrator, and Mobile Computing.

Technical Information

Definition of Informatics Engineering

Capability: To design and implement various computer algorithms.

Variations in the name of the study program: Informatics Engineering, Computer Science, Computer Science, Informatics, Informatics, Computational Mathematics, and so on.

Curriculum: Sufficiently rich in information related to mathematical logic, computers, and algorithms, which in their applied models are explained in the development of computer programs.

Scope of knowledge: The spectrum is very diverse from very theoretical and algorithmic to very applied in nature such as the development of robotics and intelligent systems.

Field coverage: Includes programming, design and analysis of algorithms, computer architecture, operating systems, computer networks, computation theory, intelligent systems, software engineering, numerical analysis, etc.

Differences in Information Systems and Informatics Engineering

The difference between systems information and information engineering is that information systems include the technology, people and processes connected with information.

The field of informatics engineering deals with the development and implementation of information systems that store and retrieve information data.

Professional information systems, in contrast to information systems, are more focused on using technology and other systems to achieve company goals.

An informatics engineer, on the other hand, plays a major role in the overall operations of a company and is especially concerned with machines, hardware and software systems.

Designed to meet the needs of young skilled workers and professionals in Information Technology through the use of Computer Science, including the design and implementation of algorithms.

To develop quality software to update applications based on artificial intelligence, robotics, multimedia information processing, information and network security, and big data processing.

Learning Differences

It's not just about computers! In IS and IT majors, you will also find many other topics that can enhance your talents. Hard and soft skill requirements continue to be refined. What's the difference in learning?

Information Systems

The fields of study in IT and IS are different, as are the study programs you will take. Technically, SI will provide additional courses related to system development. When you start your studies in the IS major, you will encounter items such as:

  1. Business management
  2. Data communication
  3. Interaction System
  4. Information system management
  5. System analysis and design
  6. ERP Configuration
  7. Infrastructure management
  8. Enterprise application architecture and programming
  9. Security device

Technical Information

Almost all programming and logic courses are offered in IT. What you will find is:

  1. Algorithms and data structures
  2. Informatics logic
  3. Algorithm strategy
  4. Operating system
  5. Statistics and probability
  6. Object oriented programming
  7. Software engineering
  8. artificial intelligence
  9. Calculus
  10. Database
  11. Datamining
  12. Numerical computing
  13. Cryptography

Sometimes each campus has its own name for each subject, so don't be surprised if you don't find course A on campus A but you do find it on campus B.

Differences in Job Prospects

Technical Information

What kind of future does it and IS promise? How different are information systems and information technology in terms of future job opportunities?

Career options for graduates of the School of Information Science (SI) are very broad and interesting. The function of being a liaison between users and programmers is the expertise of IS graduates needed today. A job in one of the following fields may be for you:

  1. Become an application engineer
  2. IT Consultant
  3. Data scientist
  4. Lecturer
  5. Medical record specialist
  6. Research and Development (RnD)
  7. Quality Control
  8. Security and software analyst

Bachelor of informatics engineering doesn't only work as a hacker. If you are an IT graduate, you can have a career as:

  1. Programmer
  2. Administrator databases
  3. Mobile computing
  4. Consultant
  5. Software engineer
  6. Security systems and networks
  7. Lecturer
  8. Opening a software house business

What do you hope to achieve professionally as a result of your studies in these two fields? If that's the case, let's get to work!


Below we have summarized some frequently asked questions about information systems and informatics engineering, as follows:

In Information Systems What Must Be Smart?

Information systems and management will be related to mathematics, when studying in this department you will face statistics, algebra, calculus, and discrete mathematics.


Information Systems is a general term that includes systems, people and procedures intended to generate, store, transform, distribute and disseminate information.

Technical Information will study computer science and the principles of mathematical analysis and use them to design, test, develop and evaluate computer operating systems, software, and performance.

Thus the article about the differences in information systems and informatics techniques, I hope the information above can be useful and helpful for all of you.

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