During your studies you will gain the knowledge and practical skills needed to work with cutting-edge technologies. If you enjoy challenges and want to create the technologies of tomorrow – Mechatronics is waiting for you.

The programme combines knowledge from mechanics, electronics, computer science, and robotics, making it one of the most dynamically developing fields of engineering. Our students acquire the skills and experience that prepare them to work with advanced systems and technologies. 

Why Study Mechatronics at UKW?

  • Diversity

Mechatronics combines multiple scientific disciplines, giving students broad, interdisciplinary knowledge. The programme is delivered by practitioners and continuously updated to reflect the latest trends – so you always know what the current market requires.

  • Innovation

This field is developing very rapidly and offers the opportunity to create new, breakthrough technological solutions. Our programme places a strong emphasis on modern technologies, including artificial intelligence, IoT, and the principles of Industry 4.0.

  • Hands-on Learning

Our students regularly take part in projects, industrial placements, and internships, gaining real-world team-working experience. We have modern laboratories where you can work with advanced equipment and technologies.

  • Excellent Career Prospects

Our graduates are in demand across many industries: automotive, aerospace, robotics, electronics, medical technology, and new tech. According to the Manpower Poland Talent Shortage Report, 81% of Polish employers report difficulties filling positions – production engineers and IT/automation specialists are among the hardest roles to fill.

  • Student Life

Studies at UKW are more than just learning. We place great importance on personal development and student activity. Our research clubs and student organisations offer many opportunities beyond the classroom. Fancy winter sports? Join our ski course. Prefer intellectual challenges? Play chess with the Dean. Like sailing? Join the sailing club. Whatever your interests, you will find something for you here.

  • What Will You Be Able to Do?

The graduate possesses fundamental knowledge in the fields of mechanics, machine design and operation, electronics, computer science, automation and robotics, and control systems. They have the skills to integrate this knowledge in the design, manufacturing, and operation of products, and to analyse those products within their environment.

Graduates are prepared to participate in interdisciplinary teams addressing problems related to the design, manufacturing, sales, operation, servicing, and diagnostics of mechatronic systems, and the machines and devices in which they are applied. They are proficient in specialist language within the field of study

Where Can You Work After Graduating?

  • Electromechanical industry
  • Automotive sector
  • Aerospace and aviation industry
  • Robotics and automation
  • Machine tool and machinery sector
  • Manufacturing and production systems
  • Software and IT development
  • Household appliances industry
  • Energy and power systems
  • Medical technology

Graduates may also continue their education in second-cycle (Master’s) programmes at Kazimierz Wielki University or other universities.

Kandydaci z „nową maturą”, kandydaci z dyplomem matury międzynarodowej oraz kandydaci
ze „starą maturą”:

Przyjęcie kandydatów na I rok studiów odbywać się będzie na podstawie rankingu średniej ocen (punktów) uzyskanej z części pisemnej na egzaminie maturalnym („nowa matura”, matura międzynarodowa) lub na egzaminie dojrzałości („stara matura”). Ocenom ze świadectwa dojrzałości uwzględnianym w procesie kwalifikacji przyznaje się liczbę punktów wg § 3 Uchwały.

Jeżeli kandydat na egzaminie maturalnym lub na egzaminie dojrzałości zdawał matematykę, fizykę (fizykę i astronomię) lub informatykę* to liczbę przyznanych punktów za wymienione przedmioty podwyższa się o 20%.

*kandydatom zdającym egzamin maturalny od roku 2010, liczbę przyznanych punktów za matematykę, fizykę lub informatykę podwyższa się o 20% wyłącznie w przypadku matematyki, fizyki lub informatyki zdawanej na poziomie rozszerzonym.

Kierunek zostanie uruchomiony pod warunkiem utworzenia grupy liczącej co najmniej 16 osób.

Absolwent uzyskuje tytuł inżyniera.

Applicants holding the “new matura”, International Baccalaureate diploma, or the “old matura”:

Admission to the first year of studies is based on a ranking list calculated from the average score obtained in the written part of the matura examination (“new matura”, International Baccalaureate) or the secondary school leaving examination (“old matura”).

Grades from the secondary school leaving certificate taken into account in the admission process are converted into points in accordance with §3 of the Resolution**.

If the applicant has taken **mathematics, physics (physics and astronomy) or computer science in the matura or secondary school leaving examination, the number of points awarded for these subjects is **increased by 20%.

* For candidates who took the matura examination from 2010 onwards, the number of points awarded for mathematics is increased by 20% only if the subject was taken at the advanced level.

Graduates obtain the professional title of Engineer (BSc Eng.).

• Mathematics I

• Metrology and Computer-Aided Measurement

• Mathematics II

• Manufacturing Processes and Additive Technologies

• Introduction to Mechatronics

• Fundamentals of Machine Design

• Engineering Materials

• Fluid Mechanics

• Engineering Drawing + CAD

• Hydraulics and Pneumatics

• Programming

• Microprocessor Systems

• Mechanics I

• Computer Networks and IoT Technologies

• Fundamentals of Robotics

• Embedded Systems and IoT

• Electrical Engineering and Electronics

• Programmable Logic Controllers

• Artificial Intelligence in Mechatronics

• Technological Process Design

• Fundamentals of Automation

• Design and Control of Robotic Systems

• Fundamentals of Enterprise Management in ERP

• CNC Machines and CAM

• Fundamentals of Numerical Methods and FEM

• Operation of Mechatronic Systems

• Mechanics II

• Law and Intellectual Property Protection

• Strength of Materials

• Diploma Seminar

• Control Theory

• Foreign Language

• Theory of Machines and Mechanisms

• Physical Education

Elective Modules – Specialisation Tracks

Students choose one of two specialisation tracks:

Track A: Unmanned Systems Engineering

•  Mobile Platform Programming

•  Computer-Aided Design (CAD)

•  Monographic Lecture: Characteristics and Operation of Unmanned Systems

•  Aerodynamics and Flight Mechanics

•  Fundamentals of Digital Signal and Image Processing

•  Drives and Control of Unmanned Systems

•  3D Printing in Prototyping

•  Design of Unmanned Platforms

•  Mechatronic Team Project

•  Mechatronic Sensory Systems

•  Specialisation Diploma Workshop

Track B: Mechatronics of Production Systems

•  Computer-Aided Engineering

•  Monographic Lecture: Modern Production Systems

•  Automation of Production Processes

•  Design of Mechatronic Systems

•  Control of Automated Production Systems

•  Sales, Distribution and Production in ERP Systems

•  Digital Signal and Image Processing in Production Engineering

•  Sensor and Measurement Systems in Mechatronics

•  Mechatronic Team Project

•  Specialisation Diploma Workshop