The course is divided into following areas:
1. The system of measurement and control, measuring circuit, the static properties of members of measuring circuits
2. Static characteristics - accuracy, sensitivity, and measurement errors - types, properties, calculation, crews examples.
3. The dynamic properties of the members of measuring and control circuits, dynamic errors. Sensors and sensors (structure, properties, distribution).
4. Physical principles of sensors - passive dream. (resistive, inductive, capacitive, photoelectric, ionization, magnetic, polarizing, Hall, etc.)
5. Active Sensors - classification, properties, examples (thermoelectric, photoelectric, piezoelectric, inductive, ...).
6. Temperature measurement (principles, characteristics, contact and contactless sensors, wiring, design, examples of applications)
7. Pressure, flow and liquid gas, liquid level and bulk solids, feeding the media. Other physical and technical factors.
8. Methodology of measuring chain and measuring system (use standard ISO 180060, computer aided design, ...).
9. A new principles in sensor and sensor technology (fiber optic sensors, laser measuring systems, microelectronic sensors, smart sensors).
10. Measuring computer systems (hardware and software solutions, and implementation examples ...)
11. Computer Integrated Management Systems - CAD / CAM / CAT, CAQ
12. Examples of proposals and implementation of measurement and control systems
1. The system of measurement and control, measuring circuit, the static properties of members of measuring circuits
2. Static characteristics - accuracy, sensitivity, and measurement errors - types, properties, calculation, crews examples.
3. The dynamic properties of the members of measuring and control circuits, dynamic errors. Sensors and sensors (structure, properties, distribution).
4. Physical principles of sensors - passive dream. (resistive, inductive, capacitive, photoelectric, ionization, magnetic, polarizing, Hall, etc.)
5. Active Sensors - classification, properties, examples (thermoelectric, photoelectric, piezoelectric, inductive, ...).
6. Temperature measurement (principles, characteristics, contact and contactless sensors, wiring, design, examples of applications)
7. Pressure, flow and liquid gas, liquid level and bulk solids, feeding the media. Other physical and technical factors.
8. Methodology of measuring chain and measuring system (use standard ISO 180060, computer aided design, ...).
9. A new principles in sensor and sensor technology (fiber optic sensors, laser measuring systems, microelectronic sensors, smart sensors).
10. Measuring computer systems (hardware and software solutions, and implementation examples ...)
11. Computer Integrated Management Systems - CAD / CAM / CAT, CAQ
12. Examples of proposals and implementation of measurement and control systems