Informatics Study in Georgia
The Bachelor of Science in Informatics (BSI) program provides a robust theoretical foundation in core IT fields and extensive practical learning in a range of industry-standard and emerging technologies. At the same time, students develop the project management, critical thinking and communication skills that are part of the portfolio qualifications of today’s well-rounded, versatile IT professional.
Many students wonder what is a Bachelor in Informatics? This subject is not commonly known, but informatics specialists learn how to use computers to create programs that store and analyze data. Students can study computer programming and interface creation, learning the skills required to develop these data storage systems. Students may take part in hands-on application of interfaces across many different professional fields and can focus their learning toward fields that most appeal to them.
Students who study informatics can expect to master many skills, including logical reasoning, computer programming, and communication. This prepares the student for success at work and at home.
Bachelors Degree Program cost
The cost of a bachelor’s degree program can vary from school to school. Some factors in costs include the length of the time the student takes to complete the program and the school providing the program.
Earning a Bachelor in Informatics provides students with a world of professional opportunities. As informatics professionals excel at creating data management systems, and nearly every industry has data that needs to be analyzed to improve performance, there are many options for students to pursue after school. They may find positions as project managers, information architects, web designers and developers, and usability engineers. From the music business to the medical industry, companies need informatics specialists to give them a leg up on the competition and ensure the success of the business.
Students looking to earn a Bachelor in Informatics may wish to seek out an online program. Online courses provide the same excellent instruction with the flexibility of learning from home. To get started, search for your program below and contact directly the admission office of the school of your choice by filling in the lead form.
About the Programme
Are you interested in programming? Do you want to develop software for the various areas? Do you like working in a team? Then you should like further information about a Bachelor of Science program in Informatics (BSI). The term “informatics” is the study and practice of storing, finding, creating, manipulating and sharing information. Informatics is the science of computer information systems. As an academic field, it involves the practice of information processing and the engineering of information systems. Everywhere Software can be found, either in the washing machine, the TV. To meet this challenge are complex software systems and people who can develop these needs (developers). Software solutions are to be reliable, fast and easy to operate.
The industry is always looking for capable people from computer science. The growing use of information systems increases the need for trained professionals. In the future, the demand will increase by computer scientists. Whether in research, development, consulting, in a company or self-employed, there are countless career opportunities for computer scientists in various fields: software development, System administration, and data management, Research and Teaching, and Advice and support.
In the bachelor’s program in Informatics, you’ll learn programming, software development, mobile applications development, algorithms and complexity, and theory, science, and math. Particularly, you learn about Java, C++, AngularJS, Scala, and MATLAB. You will have courses in data structures and analysis, computer systems and architecture, computer networks and communications, image processing, and more.
Through your courses, you will learn how to:
- Apply main principles to the design, development, and verification of secure, high-performance, and reliable computing systems
- Analyze, design, develop secure technical solutions for computing systems and networking infrastructure
- Plan, design, and optimize software applications, data, and systems
- Analyze, compare, and contrast algorithms, programming languages, compilers, and operating systems to select or develop solutions to problems
- Identify and respond to emerging technology, models, methodologies, systems, social networking, gaming, modeling, and simulation.