Description
Mechatronics is a programme for those interested in the design and development of modern technologies and intelligent systems. It combines mechanics, electronics, computer science, automation, and robotics. As a result, it provides interdisciplinary and practical preparation for work in industry.
During your studies, you will gain theoretical knowledge and practical skills. You will learn to:
- design and build machines and devices,
- program control systems,
- work with robots and use computer tools to design mechatronic systems.
The curriculum places a strong emphasis on laboratory work and team projects.
The programme prepares students for work with modern technologies used, for example, in the automotive and mechanical engineering industries, the energy sector, the aviation industry, and in companies developing innovative technical solutions. It is a good choice for creative individuals who wish to combine technical knowledge and practical skills and have a real impact on technological development.
Mechatronics – 2nd cycle studies
The 2nd cycle studies in Mechatronics are an option for people who want to deepen their technical knowledge and work with modern technologies. The programme combines mechanics, electronics, robotics, automation, engineering materials, and teaches the design and analysis of mechatronic machines and systems.
During your studies you will learn to:
- program robots and CNC machine tools,
- design mechatronic systems,
- analyse technical systems,
- manage production processes.
Practical classes will give you experience working with real machines and equipment.
After graduation, you can become an engineer, designer, or a constructor in manufacturing plants, technology companies and research and development centres. You can also work as a CNC programmer, service technician, and diagnostic specialist. Completing the 2nd cycle studies also offers you the opportunity to continue your studies at the Doctoral School.
Rekrutacja rozpoczyna się 2 czerwca
Curriculum
Link to the programme and curriculum
Duration of studies: 7 semesters
Number of ECTS points: 210
Selected courses in Mechatronics:
- Physics
- Mathematics
- Technical mechanic
- Programming languages
- SCADA systems
- Automation and robotics with the theory of control
- Computer design of machine parts and assemblies
Forms of classes:
- lectures,
- practicals,
- tutorials – classes based on group discussions,
- laboratory classes,
- foreign language classes,
- internships,
- seminars.
Mechatronics – 2nd cycle studies
Link to the programme and curriculum
Duration of studies: 3 semesters
Number of ECTS points: 90
Selected courses in Mechatronics:
- Business economics and fundamentals of business law
- Computer-aided design and numerical analysis of machine parts
- Materials and material technology
- CNC machine programming
- Electronic circuits in mechatronics
- Production, service, and personnel management
- Construction and programming of robots
Forms of classes:
- lectures,
- tutorials – classes based on group discussions,
- laboratory classes,
- seminars.
Majors
In the 1st cycle studies in Mechatronics, you have a choice of three majors:
- Computer-Aided Design and Operation of Machinery,
- Micromechatronics,
- Control Systems in Environmentally-Friendly Applications.
Computer-Aided Design and Operation of Machinery is a major for people who enjoy designing and creating modern technical solutions. You will learn 2D and 3D design, how to work in CAD/CAM/CAE programmes and how to analyse how machines and equipment work. The knowledge you gain will enable you to work in the design, production and service of modern mechatronic systems – in design offices, technology companies, as well as research and development teams.
Micromechatronics is the major for you if you are interested in modern, precision technologies of the future. You will focus on very small but extremely accurate devices that can perform micro movements, for example, thanks to piezoelectric phenomena or shape memory. You will learn how to design such components, how to control them and how to use them in advanced technical systems. After graduation, you can work on innovative solutions used in modern industry and precision technology.
Control Systems in Environmentally-Friendly Applications is a major for those who want to work with future technologies and have a real impact on environmental protection. You will learn how to obtain energy from renewable and recovered sources such as solar, wind, heat, vibration, and noise. You will learn about intelligent energy management systems for homes and industry and how to optimise energy consumption. After graduation, you can work in the design of modern buildings, wind and photovoltaic power stations, smart home systems and innovative energy solutions.
Mechatronics – 2nd cycle studies
We run two majors in the 2nd cycle studies:
- Mechatronic Design – this major combines mechanics, electronics, computer science and automation, and robotics. You will learn to design machine parts and mechatronic systems, develop manufacturing processes, and diagnose and adjust mechanical and electrical components. After graduation, you can work in the design, production and service of state-of-the-art mechatronic systems, including in the automotive, engineering, and electrical machinery and white goods industries.
- Mechatronic Systems – in this major you will learn to design and control small, precise devices. You will learn about circuit modelling, working with microcontrollers and controllers and designing materials for modern machines. After completing your studies, you will know how to diagnose, repair, and adjust mechanical and electrical parts and manage assemblies. You will be able to find employment in the engineering, automotive, electrical machinery and white goods industries, among others.
Graduation requirements
Mechatronics – 1st cycle studies
To take the final examination, you must:
- pass all the learning outcomes specified in the curriculum,
- confirm the required knowledge of a foreign language,
- obtain a positive grade for your thesis.
Your studies end when you pass the diploma examination. After completing your studies, you will receive a higher education diploma confirming your qualifications.
Detailed information on the rules for awarding diplomas and the requirements for the diploma thesis can be found in the Rules and Regulations of Studies at the University of Silesia and the Diploma Award Regulations.
Admission
Admission to studies at the University of Silesia is conducted via the Online Application System (IRK): irk.us.edu.pl.
In IRK, you can enrol for studies and check all the necessary information, including what the admission process looks like, what the deadlines are, how much the admission fee is and what documents you need to submit.
Questions? Send an email to the International Admissions Office or visit rekrutacja.us.edu.pl and irk.us.edu.pl.
Admission requirements
Admission to the programme is determined by your Matura exam result. We take the written examination in the selected subjects.
We take into account the following results:
- mathematics – weighting 60%,
- one elective subject: biology, chemistry, mathematics, physics/physics and astronomy, geography, computer science, mathematics – weighting 30%,
- modern foreign language – weighting 10%.
Limit of slots: 50
Mechatronics – 2nd cycle studies
Those who have obtained a university degree (Engineer’s, Master’s) or a foreign diploma (entitling them to further study in the country), preferably in a subject related to materials or biomedical engineering, may apply for the 2nd cycle studies.
Eligibility is based on diploma grades. Your place on the ranking list depends on your score, which is calculated using the following formula:
WK = 3 × D + 2 × K + O
- D – grade in courses in materials or biomedical engineering
- K – grade in related subjects, e.g. automation, electronics, electrical engineering, chemistry, pharmacy, medical and physical sciences
- O – grade in other courses
Admission is for the summer semester.
Limit: 25
Point thresholds
At the University of Silesia, we do not set minimum point thresholds for any field of study.
Committees create ranking lists during the admission process. Admission thresholds change every year, as they depend on the number of candidates, their high school graduation exam results, and the applicable qualification rules.
Additional criteria
To begin studying this programme, you must provide a certificate from your doctor. The doctor confirms that you are able to study this programme and that there are no health contraindications.
Internships and work experience
After your third year, you will complete 80 hours of internships. You can choose a company yourself or make use of our database of partner companies, such as Johnson Electric, Magnetti Marelli and Bitron. Additionally, you can take part in internships organised as part of university projects.
Your internship supervisor or the USil Career Office will help you choose a company that is right for you.
Cooperation with the community
More information will be made available soon.
Contact
More information will be made available soon.
Co nas wyróżnia
01.
Elastyczność
Tworzysz własną ścieżkę dzięki różnym formom dydaktycznym oraz świadomemu wyborowi zajęć, opiekunów naukowych i specjalizacji.
02.
Praktyka
Stawiamy na praktykę: staże w firmach, warsztaty oraz zajęcia z ekspertami. Poznasz realia rynku pracy i zasady komercjalizacji badań.
03.
Rozwój
Realizujesz własne projekty badawcze pod okiem mentorów. Wspieramy koła naukowe oraz wyjazdy na wymiany w programach ERASMUS+ i MOST.
04.
JAKOŚĆ
Kształcimy na najwyższym poziomie, co potwierdza akredytacja PKA. Zajęcia prowadzi kadra o wysokich kwalifikacjach i uznanym dorobku naukowym.
Graduate zone
Career paths
What career awaits you after studying mechatronics?
After graduation, you can work as:
- automation engineer,
- designer,
- process engineer,
- technologist,
- IT specialist,
- service technician,
- automation programmer,
- QA-tester,
- technical support engineer.
With a degree in Mechatronics, you can find work in modern industrial plants and design offices, such as: Johnson Electric, Mazak, QT SWISS Engineering, Partner Serwis Spółka z.o.o., ING Tech Poland, Amister, APA Group, BMW Key Account, Rockwell Automation, RW Swiss Automation, DTR VMS POLAND, and Allcomp Polska.
You can also set up your own business or pursue a career in research by continuing your studies at the Doctoral School.
Graduate knowledge
Mechatronics – 1st cycle studies
- Upon completion of your studies, you will have advanced knowledge of mathematics and be able to solve problems related to the design and operation of mechatronic machines and systems.
- You understand the physics underlying the operation of mechatronic systems.
- You have the chemical knowledge required for the manufacture of components and the operation of mechatronic devices.
- You understand how chemical reactions work and how they affect the properties of engineering materials.
- You can apply your knowledge of mechanics and thermodynamics to the design, construction and operation of mechatronic devices.
- You have the foundations for creating technical and scientific visualisations.
- You are familiar with the latest trends and directions in the development of mechatronics.
- You are familiar with the principles of industrial property protection and copyright law, and can make use of patent information.
- You know how to develop your own business using your knowledge of mechatronics.
Mechatronics – 1nd cycle studies
- Upon completion of your studies, you have an extensive knowledge of mathematics, enabling you to design, analyse and operate mechatronic devices, systems and processes.
- You have a detailed understanding of engineering materials and know how to apply them in mechatronics.
- You are able to operate computer systems, networks, operating systems and network applications, as well as control devices, robots and industrial automation.
- You have knowledge of mechanics, machine design and operation, enabling you to solve technical problems in the design and use of mechatronic devices.
- You know how to programme and control microcontrollers, controllers, robots and manipulators, taking into account modern industrial trends.
- You understand the principles of conducting scientific research and are knowledgeable about quality management, health and safety, running your own business, and the protection of industrial property and copyright.
Graduate skills
Mechatronics – 1st cycle studies
- Upon graduation, you understand that learning never ends, and you know how to develop your skills – for example, through 2nd cycle studies and doctoral programmes, courses, and training sessions.
- You are able to search for information in books, databases and other sources, combine it, analyse it and draw conclusions.
- You are able to work independently and as part of a team, plan your working time and complete tasks on time.
- You produce documentation in Polish and a foreign language and prepare reports on the completion of engineering tasks.
- You can prepare and deliver an oral presentation in Polish and a foreign language, showcasing the results of your work.
- You use computer tools for presenting and visualising projects.
- You communicate in a foreign language within the field of technical knowledge.
- You are able to learn independently and develop your skills.
- You are able to describe phenomena mathematically, create models and solve them.
- You carry out physical measurements, analyse phenomena and apply the laws of physics in engineering.
- You understand chemical reactions and their significance in industrial processes.
- You are able to use information and communication technologies in the design, production and operation of mechatronic devices.
- You are able to work in an industrial environment in accordance with safety regulations.
- You are able to design and construct a simple mechatronic device, system or circuit using appropriate methods and tools.
- You can communicate clearly in a foreign language at the B2 level, using specialist terminology.
Mechatronics – 2nd cycle studies
- After completing your studies, you are able to search for information from various sources and prepare topics in mechatronics, including in English. You know how to plan and conduct experiments, draw conclusions, and design, build and commission mechatronic systems.
- You are able to lead discussions and communicate in a foreign language at an advanced level. You can read complex scientific texts and prepare written papers and oral presentations in Polish and a foreign language.
- You know how to assess the suitability of new solutions in mechatronics and carry out an economic analysis of engineering activities.
- You can identify what you still need to learn and independently improve your skills using books, databases and online resources.
- You can prepare and compile technical documentation in Polish and a foreign language and present it.
Social skills
Mechatronics – 1st cycle studies
- You understand the importance of behaving professionally, adhering to ethical principles, and respecting different views and cultures.
- You take responsibility for your work, are able to work in a team and take responsibility for joint projects. You know how to set priorities so that tasks are completed on time.
- You understand your role as a graduate of a technical university and know how to communicate information about the achievements of mechatronics to the public in a clear and understandable way.
Mechatronics – 2nd cycle studies
- You know what you know and what you can do; you understand the consequences of your work and the responsibility for the decisions you make, and you know that learning never ends.
- You are able to act entrepreneurially and understand your role in society – you know how to pass on knowledge of mechatronics to others.
- You know how to fulfil your professional role responsibly, adhere to ethical principles and respect diversity of views and cultures.
