Automation and Robotization of Industrial Processes

What will your studies look like?

1. 

   First year

   You'll lay the foundations of mechatronics

   • You'll discover the fundamentals of mathematics, physics, and materials science
   • You'll understand the principles of mechanics and electrical engineering
   • You'll improve your technical design skills
   • You'll practice the basics of electronics and mechatronics
2. 

   Second year

   You'll combine mechanics, electronics, and automation

   • You'll learn how to design mechatronic devices
   • You'll explore the fundamentals of automation and robotics
   • You'll use CAD/CAM tools in your designs
   • You'll improve your measurement and diagnostic skills
3. 

   Third year

   You'll get into industrial automation and robotics

   • You'll program PLCs and microcontrollers
   • You'll explore sensors, actuators, and digital circuits
   • You'll learn how to control drives and robots
   • You'll set up industrial computer networks
4. 

   7th semester

   You'll complete your studies with an engineering project

   • You will combine your knowledge of mechanics, electronics, and automation
   • You will apply the technologies you have learned to an engineering project
   • You will prepare your thesis
   • You will enter the job market with practical technical training
5. 

   Internships

   960 hours of work experience

   • Three stages, each lasting 320 hours, allow students to apply their knowledge of automation, robotics, and control systems in industrial settings.