One bachelor's programme does not mean one professional package.
A bachelor's degree at FIT will give you a solid technical foundation
and the freedom to profile yourself according to what you enjoy.
Thanks to a wide range of subjects, you will get acquainted with
various thematic paths at FIT and gradually find out which direction
is right for you. You do not have to choose one fixed specialization
- you can develop and connect individual directions.
Get a strong IT foundation and mix the rest yourself. What direction interests you?
You may be wondering why a future web developer needs to have a
background in electronics, while a data analyst needs to understand
operating systems. At FIT, we believe that the difference between
a “coder” and a true IT professional lies in the depth of understanding.
The world of IT is changing rapidly, but the principles we teach
you are timeless.
Our common foundation will provide you with four key pillars
for your future career:
Engineering and algorithmic thinking
Courses like Introduction to Programming Systems and Algorithms don't just
teach you the syntax of a language. They teach you how to break
down a complex problem into steps, write or generate efficient code,
and think about memory and performance. These are skills you'll use
in Python, JavaScript, and any language of the future.
Abstract reasoning and problem solving
Mathematical and logical subjects (Discrete Mathematics or
Introduction to Logic) train your brain to a high level of abstraction.
Thanks to them, you can solve complex architectural tasks for which
online tutorials or AI chatbots are not enough.
Technical overview
With courses like Electronics for IT, Digital Systems Design,
and Operating Systems, you'll understand what's going on inside
your computer's silicon. As a senior developer or manager, you'll
know exactly why your system is slow, where the bottlenecks are,
and how to communicate with hardware experts.
Ability to see a project through to completion
As part of the Semester Project and Bachelor's Thesis, you will
learn to work with deadlines, technical documentation, and defending
your own solution. These are milestones that will turn your studies
into a coherent story and form the basis of your professional
portfolio.
From recommendation algorithms to autonomous systems
AI is not magic or just using ready-made tools. You will learn
to understand how computers learn from data, how they make decisions,
and why they sometimes make mistakes. You will connect programming
with mathematics, statistics, and algorithms, and you will gain a
foundation on which to build even as the next generations of AI
technologies come.
Where can you apply:
AI/ML engineer · Data scientist · Data analyst · Computer vision specialist
Protect infrastructure, look for vulnerabilities, understand attack and defense
How to detect vulnerabilities before an attacker? How to secure
communication between devices or find out what is really happening
inside a compromised program? To secure a system, you need to
understand how it works – and where it can fail. You will learn to
think like an attacker and a defender, to look for weak points in
software and networks, and to understand what is happening under
the surface of applications down to the operating system and processor
level.
Operating Systems:
You can't secure a system if you don't know how memory and process management works.
Computer Communications and Networks:
To stop an attacker on a network, you need to understand protocols from the lowest layer up to application HTTP/DNS.
Formal Languages and Compilers:
Code analysis and finding security holes in syntax starts with the principles of languages.
Design systems that serve millions of users at once
Are you curious about what goes on behind the scenes of services
like Netflix, Spotify, or online banking? You'll learn how to design
systems that are fast, reliable, and ready to handle large numbers
of users and data. You'll understand how servers, databases, and
applications communicate with each other, and what needs to be done
to keep a service running even when its load increases dramatically.
Hardware-Software co-design (Edge & Internet of Things)
From smartwatches to car control units. When code controls the physical world
Are you curious about what happens between a line of code and a
real device? You will learn to understand how software interacts
with hardware, how processors, sensors and digital circuits work,
and how to design smart devices that must respond quickly and
reliably. We are one of the few schools that will teach you not
only to program hardware, but also to design and understand how it
works.
Where can you apply:
Embedded developer · Firmware engineer · IoT developer · FPGA engineer ·
Digital systems designer · Hardware accelerator developer
Key courses:
Digital Systems Design:
You will learn to design your own "processor" or accelerator in a field-programmable gate array (FPGA).
Optional: VHDL Seminar - practical acquisition of a professional language for describing hardware, which is the industry standard in the design, simulation and verification of modern digital chips and FPGA systems.
Modern Web, Software Engineering & Product Design)
From an idea to a working product that people want to use
Are you interested in how quality software is created from design
to deployment? You will learn to think about what the user really
needs, how to design a functional and clear interface, and how to
build the entire product so that it is well maintainable, testable,
and ready for further development. It's not just about writing code.
You will understand the entire development process - from analysis
and design to team collaboration to connecting frontend, backend,
and databases.
