Supervisor: P. Olejnik | ||
Station |
Materials |
|
Measurements and processing of electrical signals in mechatronic systems |
||
Liquid level control in a system of two connected tanks filled with water |
||
Speed control of DC motors using a width modulated square wave signal |
||
Observation of self-excited vibrations and measurement of kinetic coefficient of friction characteristics |
||
A. Selection of PID controller parameters in the system of two-axis stabilization of the camera attached to the gimbal driven by BLDC motors. |
||
A model of a street intersection based on the Finite State Machine |
photo | |
Model of a freight elevator |
youtube | |
Automation of the ion exchange mass transfer system for regeneration |
||
Mechatronic positioning mechanism: A. RS232 interface programming”; B. Selection of parameters of the PID regulator for the glazing bead feeder |
||
Automatic for packaging of ball tie rods |
||
Combinational and sequential logic circuits |
||
Item selector based on a conveyor belt system |
||
Recording and analysis of time trajectories of mechanical vibrations of a friction pendulum in response to a quasi-sinusoidal excitation |
youtube | |
HMI |
||
Model of the paint chamber |
Supervisor: G. Wasilewski | ||
Station |
Materials |
|
A single workstation with a computer, measurement card, controlled power supply, |
||
Physical pendulum |
Supervisors: D. Witkowski, G. Kudra | ||||
Station |
Materials |
|||
1 |
|
|||
2 |
|
|||
3 |
|
|||
3A |
|
|||
3B |
|
|
||
3C |
|
|||
3D |
|
|||
3E |
|
|||
4 |
|
|||
5 |
|
|||
6 |
|
|||
7 |
|
|||
8 |
|
|||
9 |
|
|||
10 |
|
|||
11 |
|
youtube | ||
12 |
|
|||
13 |
|
|
||
14 |
|
|||
15 |
|
|||
16 |
|
|||
17 |
|
|||
18 |
|
Supervisor: K. Polczyński | ||
Station |
Materials |
|
Study of basic automation elements |
||
Two-position oven temperature control |
||
Selsyn position tracking system |
||
Testing transistor amplifiers |
||
A. Testing the PID electronic controller |
||
Drive system with controlled friction clutch |
Supervisor: B. Zagrodny | ||
Station |
Materials |
|
Heart ECG, recording of electrical signals from the human body |
||
Air and bone conduction, speech audiometry |
||
Cardiopulmonary resuscitation CPR |
|
|
Measurement and diagnosis of venous and arterial blood pressure |
||
Auscultation of the lungs, first and second heart sounds, pulse examination, lung sounds |
||
Thermal imaging camera |
||
Ground reactions during walking, running, analysis of postural stability |
||
Optoelectronic system for analysis and recording of movement (Motion capture) |
||
Pneumatic control, solenoid valves, control system |
||
Simulation of impact on the chest model |
||
Study of the characteristics of pneumatic (feathered) muscles |
||
Surface electromyography: Functioning of the muscular system, cooperation of single- and multi-joint muscles, compensation and stabilization of movement |
||
Determining the center of gravity of the human body |
||
Application of the algorithm to the movements of a winding snake |
||
Study of the walking mechanism on different substrates |
||
Gait programming |
||
Examination of the range of limb movement and workspace using the SFTR method |
||
Spirometer |
||
Testing the strength of the skull orbit |
Supervisor: M. Ludwicki
Supervisors: P. Olejnik, G. Wasilewski
Supervisors: A. Wijata, M. Kaźmierczak
Supervisors: A. Wijata, M. Kaźmierczak
Supervisors: A. Wijata, M. Kaźmierczak
Supervisor: M. Kaźmierczak