Specialty F3 at IASA — Distributed Computing

Why it is worth choosing Systems Design

The “Intelligent Service-Oriented Distributed Computing” program at the IASA faculty is a chance to try out practically every direction in IT and pick the one that genuinely excites you. The name of the program sounds complicated, but in practice it combines work on both the hardware and the software side: from studying the “iron” to building large-scale services. It is an excellent option for anyone who wants a broad base of knowledge before narrowing down to a specialisation later.

If you are ready to dive into a variety of IT technologies and are not afraid to experiment — this program is for you. There is less emphasis on mathematical training here than on the other IASA specialties, but more time goes into the practical side: programming, computer architecture and systems design.

What students study and which subjects get the emphasis

Studying begins with a solid foundation: linear algebra and analytic geometry, which help you master spatial models and vectors and are needed for the harder topics later. Discrete mathematics unlocks the “secret key” to understanding computer architecture and low-level algorithms. The first steps in programming are taken in C and C++, which immerses you in the world of data structures and algorithms. It is a kind of starting point for any IT specialist.

A student survey showed that object-oriented programming and the courses on algorithms and data structures stand out among all the subjects. They teach you to think logically and creatively rather than simply write code.

Over the course of their studies, students also have to go deep into computer architecture and find out why some programs race along like Formula 1 cars while others move like turtles on a beach. Such detailed knowledge may not come in handy for everyone, but for professions that work closely with the hardware as well as the software it is certainly indispensable.

Every semester is filled with both practical and theoretical courses, and the list of electives is updated regularly, so you can always go deeper into whichever area inspires you most at the time. The full list of subjects is given below. You can review the elective subjects here, in the ZU catalogue, and in the F catalogue.

Employment prospects

This program builds the foundation for a range of roles in the IT industry. Among the most popular positions:

Backend Developer. Develops and maintains the server side of web applications: databases and the other components a web service needs to run. They are also responsible for the application logic, making sure requests from the client side get the right response and the necessary data is sent back. This involves various languages and technologies such as .NET, Python, Java, Node.js, and a range of frameworks and libraries.

Game Developer. A specialist who creates and improves video games. The role covers gameplay mechanics, visual effects, animation and sound design, all of which add depth and realism. The other part of the job is optimising the product for different platforms: from computers to consoles and mobile devices.

Engine / Render Developer. A specialist who develops and optimises the technology behind graphics in computer games. The role covers building engines that handle physics, as well as rendering and special visual effects. They refine algorithms to optimise performance and graphics quality in games.

Software Developer. Develops programs and applications for various platforms (mobile, embedded systems). Successfully combines knowledge of algorithms, data structures and the object-oriented approach.

Frontend / Fullstack Developer. Builds web interfaces with HTML, CSS, JavaScript and frameworks (React, Angular) and can integrate server-side logic. A full development cycle opens up broad opportunities for specialists who want to work across every layer of the stack.

Fullstack Developer. A combination of Frontend and Backend Developer.

Project Manager. Responsible for running a project from start to finish. The PM sets the goals, draws up the plan of action, allocates the resources needed to deliver the work, and leads the team so that the job is finished to a high standard and on time.

Embedded Developer. Develops software for systems integrated into hardware. Their duties include requirements analysis, design, programming, testing and debugging of algorithms for specialised hardware platforms. They write code for microcontrollers, microprocessors and the like, using C, C++ or assembly language.

Machine Learning Engineer / Data Scientist. Builds machine-learning models and analyses big data to automate decisions and make forecasts. The combination of mathematical methods and programming lets these specialists solve complex business and scientific problems.

Employment statistics for our students are shown below.

Specialty F3 at IASA: the “Intelligent Service-Oriented Distributed Computing” Program

Why it is worth choosing Systems Design

What students study and which subjects get the emphasis

In this topic

Employment prospects

Conclusion

Competitive offer.

Applicants’ chat.

IT Careers Explained by IASA Students: Specialties, Salaries and Real Experience

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