Slovenian 
English With the subject Mechatronics systems in logistics, students are acquainted with knowledge from the field of mechatronic and electromechanical systems and the application of gained knowledge in the analysis of these systems.
Understanding mechatronic and electromechanical systems from the field of: – Statics and strength (force models, active and passive forces, moment of a force couple, force reduction, centres of gravity of bodies, friction on flat surface and discs, beams, trusses, mixed systems, stresses and deformations, Hook’s Law). – Kinematics and kinetics (velocity and acceleration, relative motion, D’Alemebrt’s principle, theorem on motion of mass centre, motion and rotation quantity and mechanical energy, impulsive motion and collision, dynamics of bodies with changeable mass). – Mechanics of liquid (Euler equation for motion of an ideal liquid, rotating vessel, laminar and turbulent flow and different types of waste). – Oscillations (meaning and creations of mechanical oscillations, basic elements of the oscillating systems, harmonic oscillation, forced oscillation of damped systems, resonance). – Electrical engineering (electric tension and electrical potentials, capacitor, capacitance, Ohm’s Law, Kirchhoff’s Laws, Joule’s Law, magnetic field of a linear conductor, Faraday’s Law of electromagnetic induction, single- and multi-phase systems, electrical measurements, electrical engines and transformers, electrical equipment and devices). – Electronics (semiconductors, semiconductor diodes, transistor, digital systems, microprocessors, sensors and actuators, bar code and RFID).
will allow students to solve practical problems of the profession in the areas of mechatronics systems. Students will upgrade their knowledge gained from lectures with tutorials exercises and laboratory work. With the help of analytical expressions and derivations they will solve mechatronic and electromechanical systems in logistics.