Engineering in Robot Systems
Interested in robotics, automation, programming and AI – and in making technology work in the real world?
The Bachelor of Engineering in Robot Systems at University College Absalon is an English-taught engineering degree that prepares you for a career in robotics, automation and intelligent industrial production.
You will learn how robots, software, sensors, control systems, data and AI work together as part of larger production systems. You will work with different types of robotics – from physical robots and drones to software-based and digital robots.
The focus is not simply on designing a robot. It is on understanding, integrating and improving the complete system around it – and making sure the technology works safely, reliably and effectively in practice.
As part of the Bachelor of Engineering in Robot Systems, you will complete a full-time engineering internship worth 30 ECTS during your fifth semester.
What is Robot Systems Engineering?
Robots rarely work alone.
In modern industry, a robot may need to communicate with sensors, production equipment, software, control systems and databases. It may use production data to improve performance, computer vision to understand its surroundings, autonomous functions to move and make decisions, or AI to adapt to its environment and perform specific tasks.
Robot Systems Engineering is about understanding these connections and bringing different technologies together to create reliable, efficient and intelligent robotics and automation solutions.
As a Robot Systems engineer, you will work not only with robots, but with the complete systems around them. You will learn how robotics, automation, programming, mechanical systems, sensors, data and industrial control technologies interact – and how they can be integrated into real production environments.
Robot and automation systems can also contribute to more sustainable production. Intelligent automation can help companies reduce material consumption, optimise production time and processes, minimise waste and improve the use of resources.
Wypis godzin oraz ocen – bardzo ważne jest załączenie wypisu. Szczegółowe informacje na temat sposobu wypełniania tego dokumentu oraz termin jego przesłania znajdziesz tutaj.*
Świadectwo dojrzałości wraz ze świadectwem ukończenia liceum - jeśli posiadasz już te dokumenty, koniecznie załącz je do swojego formularza aplikacyjnego Kastu. Jeśli jesteś w ostatniej klasie szkoly średniej, doślesz je wtedy, kiedy je otrzymasz.
Znajomość języka angielskiego można potwierdzić w następujący sposób (wystarczy spełnienie jednego z poniższych wymagań):
- Liczba godzin z języka angielskiego w ciągu 3 ostatnich lat szkoły średniej musi wynosić co najmniej 210 godzin zegarowych, ocena wymagana na koniec szkoły średniej to min. 3
- IELTS - 6.5
- TOEFL - 4.5
- Matematyka. Całkowity czas nauki matematyki w szkole średniej powinien wynosić co najmniej 375 godzin (zegarowych).
- Język angielski. Całkowity czas nauki języka angielskiego w szkole średniej powinien wynosić co najmniej 210 godzin (zegarowych).
- Fizyka. Całkowity czas nauki fizyki w szkole średniej powinien wynosić co najmniej 200 godzin (zegarowych).
Admission interview or a short video. As part of the assessment process, applicants may also be asked to take part in an admission interview or submit a short video.
CV and supporting documents. You may also submit a CV if you have relevant experience or qualifications that you would like to include in your application, such as:
Work experience – must be supported by a completed Employer’s Declaration.
Relevant courses – must be supported by official documentation or certificates.
Other relevant documented qualifications or activities, such as elite sports, volunteer work, etc. – must also be supported by relevant documentation.
Please note that submitting a CV is optional. However, any experience, courses, qualifications, or activities included in your CV must be supported by official documentation.
Job Opportunities
- Robot Systems Engineer
- Automation Engineer
- Industrial Robotics Engineer
- PLC Programmer / Control Systems Engineer
- Systems Integration Engineer
- IoT and Industry 4.0 Engineer
- Autonomous Systems Engineer
- AI and Intelligent Automation Specialist
- Predictive Maintenance Engineer
- Cybersecurity and Operational Technology (OT) Engineer
- Production Optimization Engineer
- Technical Project Engineer
- Automation Consultant
- Research and Development (R&D) Engineer
- Technical Sales Engineer for Robotics and Automation Solutions
Graduates can pursue careers in manufacturing, robotics, automation, automotive, logistics, pharmaceuticals, food production, and Industry 4.0 technology companies.
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