The course is divided into following areas:
1. Theory and practice of combinatorial and sequential circuits
2. Implementation of logic circuits, PLC
3. Laplace transform, solution of differential equations
4. Description of static and dynamic properties of systems
5. Stability control systems, stability criteria
6. Assessment of the quality control
7. Synthesis of controllers (the method based on experiment and the analytic solution)
8. Controllers - electronic, hydraulic, pneumatic and mechanical
9. Actuators - electric motors, hydraulic and pneumatic
10. Sensors for temperature, position, pressure, force and flow
1. Theory and practice of combinatorial and sequential circuits
2. Implementation of logic circuits, PLC
3. Laplace transform, solution of differential equations
4. Description of static and dynamic properties of systems
5. Stability control systems, stability criteria
6. Assessment of the quality control
7. Synthesis of controllers (the method based on experiment and the analytic solution)
8. Controllers - electronic, hydraulic, pneumatic and mechanical
9. Actuators - electric motors, hydraulic and pneumatic
10. Sensors for temperature, position, pressure, force and flow