Computer electronics combines electronics, computer science and automation. You will learn about microcontrollers, embedded systems, analogue and digital circuits, as well as the fundamentals of robotics and mechatronics. You will prepare for work in the IT sector and in technology-driven industrial sectors.
Key competences
Duration
7 semesters
Start of recruitment
1 May 2026
Mode of study
Full-time, part-time, online/hybrid
Why this specialisation?
This interdisciplinary pathway is for people who want to understand not only code, but also the electronics behind devices. It combines computer science, electronics, automation, robotics and mechatronics.
You will learn to program controllers and microcontrollers and integrate them with electronic circuits.
You will learn how systems are built in which software interacts directly with hardware.
You will gain the fundamentals of control, circuit testing and device automation.
You will prepare to work with machines, devices and systems used in industry.
Combine live online classes with selected on-campus sessions. Study flexibly without giving up work, projects or professional development.
Explore study modesBook a visit to the university. See the campus, meet lecturers and talk to us about your studies.
The programme takes you from electrical engineering and circuit theory through analogue and digital circuits to microcontrollers, embedded systems, automation, robotics and mechatronics.
Interdisciplinary programme
You will learn how electronic and automation components work and how they are built. You will learn to program, integrate, test and simulate circuits, and then apply this knowledge in robotics and mechatronics projects.
Core subject areas
Additional opportunities
If you work in IT, you may use the PEU/RPL process. It can allow selected courses or groups of courses to be credited on the basis of documented knowledge and skills gained through work, courses or training.
Knowledge and skills gained previously may be assessed before enrolment.
Recognition of part of the programme may make your further education more efficient.
The process can also recognise competences developed outside university studies.
Professional experience in IT may be used to confirm selected learning outcomes.
Specific technical competences in electronics, device programming and industrial systems.
Microcontroller programming
Developing control software and verifying its operation in a circuit.
Embedded system project
Integrating hardware and software according to project requirements.
Control circuit testing
Simulation, measurements and assessment of correct circuit operation.
Automation or robotics project
Integrating sensors, a controller and actuators.
You will prepare for work in the IT sector, research and development centres, and technology-driven industrial sectors.
You work on designing, testing and developing electronic and IT solutions.
You design software that works with microcontrollers and embedded systems.
You combine programming skills with knowledge of electronics, automation and industrial equipment.
You create and develop software used in industrial solutions.
You develop systems in which software directly controls an electronic device.
You design, implement and operate analogue, digital or mixed electronic systems.
Why WSTiE?
Classes are taught by professionals who understand IT projects, technologies and market expectations.
You create solutions you can show recruiters or use in further study.
You choose a specialisation aligned with your interests: software, web, databases, multimedia or electronics.
Explore the other pathways and choose a specialisation that fits your career plans.
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An individual meeting helps you match your specialisation, study mode and development plan to your strengths and career goals.
Talk to us about your studiesYou can study full-time, part-time or in a format that includes online learning. This makes it easier to combine education, professional development and internships.
Weekends — online *
Set aside 2 weekends per month: 1 weekend for online classes and 1 weekend for on-campus classes.
Classes via WEBEX / MS Teams in real time.
Online contact with lecturers and your study group.
E-learning materials available 24/7: course notes, presentations, videos and podcasts.
Weekends — on campus
Set aside 8 weekends in each semester and study in direct contact with lecturers.
Classes from Friday to Sunday, on average twice a month.
Friday 16:00–21:00, Saturday 8:00–19:00, Sunday 8:00–17:00.
An excellent opportunity to build lasting relationships and expand your network.
On campus
Classes are concentrated into 3 days per week. On the remaining days, you can pursue your interests, gain additional skills or work.
A traditional study format — time for discovering new opportunities.
Getting to know yourself and others while building genuine relationships.
Personal development, gaining experience, broadening your horizons and building professional connections.
The “Better Together” discount, “A Better Start” scholarship, “Equal Opportunities” scholarship and other recruitment promotions are available.
Promotions and scholarshipsNo pressure to enrol. We will help you choose a specialisation and study mode that fit your plans.
Recruitment 2026/2027
Recruitment for the Computer electronics specialisation is open. Reserve your place today.
It is a Computer Sciences specialisation that combines electronics, computer science and automation. The programme covers microcontrollers, embedded systems, analogue and digital circuits, robotics and mechatronics.
First-degree studies in Computer electronics last 7 semesters.
These are engineering studies in Computer Sciences.
Yes. WSTiE offers full-time, part-time and part-time online/hybrid study modes.
The programme starts with the fundamentals of electrical engineering and circuit theory before moving to more advanced topics. An interest in technology and a willingness to learn are what matter most.
You will learn to program controllers and microcontrollers, work with analogue and digital circuits and embedded systems, and gain fundamentals in automation, robotics, optoelectronics and mechatronics.
You can work in research and development centres, teams that build machines and equipment, industrial software development, and electronic systems design.
Yes. The programme includes the fundamentals of robotics, automation and mechatronics.
Potentially. The PEU/RPL process can confirm selected learning outcomes on the basis of your existing knowledge, courses, training and professional experience.
Recruitment for the 2026/2027 academic year starts on 1 May 2026.
Didn’t find the answer? Contact the Recruitment Office.
