CTU FEE Moodle
Fundamentals of Electrotechnical Engineering
B232 - Summer 23/24
This is a grouped Moodle course. It consists of several separate courses that share learning materials, assignments, tests etc. Below you can see information about the individual courses that make up this Moodle course.
Fundamentals of Electrotechnical Engineering - B1B14ZEL1
Main course
| Credits | 4 |
| Semesters | Winter |
| Completion | Graded Assessment |
| Language of teaching | Czech |
| Extent of teaching | 2P+2C |
Annotation
The course extends necessary knowledge of creating technical documentation, including oral and written presentation of technical information. The second half of the semester is focused on explaining and practicing the basic parts of electrical engineering, so that the students' initial knowledge is increased to the level needed in the following semesters.
Study targets
No data.
Course outlines
1. Technical drawing
2. Dimensioning and tolerances
3. Schemes and diagrams in electrical engineering
4. Basic wiring
5. Basic types of electrical signals in electrical engineering
6. Basic concepts of electrical engineering
7. Principles of connecting elements in electrical engineering
8. Basic principles of electromagnetic field
9. Principles of oral presentation
10. Nonverbal communication
11. Semiconductor components
12. Intelligent relay
13. Principles of writing technical reports
14. Reserve
2. Dimensioning and tolerances
3. Schemes and diagrams in electrical engineering
4. Basic wiring
5. Basic types of electrical signals in electrical engineering
6. Basic concepts of electrical engineering
7. Principles of connecting elements in electrical engineering
8. Basic principles of electromagnetic field
9. Principles of oral presentation
10. Nonverbal communication
11. Semiconductor components
12. Intelligent relay
13. Principles of writing technical reports
14. Reserve
Exercises outlines
1. Introduction to electronic information resources at the faculty
2. Technical drawing - imaging
3. Technical drawing -dimensioning
4. Graphical processing of measured data
5. Wiring in TN-C-S network
6. Getting to know the oscilloscope and RC2000 circuit
7. Measurement on RC circuit - parameters of signals
8. Measurement on RC circuit - passive RLC elements
9. Rhetoric exercises and presentation
10. Short presentations of students
11. Solved examples - connecting of passive elements
12.Written test, measurement with semiconductor elements
13. Contactor combinations
14. Intelligent relay, assessment
2. Technical drawing - imaging
3. Technical drawing -dimensioning
4. Graphical processing of measured data
5. Wiring in TN-C-S network
6. Getting to know the oscilloscope and RC2000 circuit
7. Measurement on RC circuit - parameters of signals
8. Measurement on RC circuit - passive RLC elements
9. Rhetoric exercises and presentation
10. Short presentations of students
11. Solved examples - connecting of passive elements
12.Written test, measurement with semiconductor elements
13. Contactor combinations
14. Intelligent relay, assessment
Literature
No data.
Requirements
No data.
Fundamentals of Electrotechnical Engineering - B1B14ZEL
| Credits | 3 |
| Semesters | Winter |
| Completion | Graded Assessment |
| Language of teaching | Czech |
| Extent of teaching | 2P+2C |
Annotation
The course extends necessary knowledge of the technical documentation, technical text and its presentation. The second half of the semester isfocused on an explanation and practicing of basics electrotechnics so that knowledge of students are increased to the level needed in the next semesters.
Study targets
No data.
Course outlines
1. The technical documentation in electrical engineering.
2. Technical drawing.
3. Dimensioning and tolerances.
4. Principles of writing technical reports.
5. Principles of presentation.
6. Principles of presentation.
7. Basic types of electrical signals in electrical engineering.
8. Basic concepts of electrical engineering.
9. Principles of connecting elements in electrical engineering.
10. Basic wiring.
11. Basic of electric field.
12. Basic of magnetic field.
13. Semiconductor components.
14. Reserve.
2. Technical drawing.
3. Dimensioning and tolerances.
4. Principles of writing technical reports.
5. Principles of presentation.
6. Principles of presentation.
7. Basic types of electrical signals in electrical engineering.
8. Basic concepts of electrical engineering.
9. Principles of connecting elements in electrical engineering.
10. Basic wiring.
11. Basic of electric field.
12. Basic of magnetic field.
13. Semiconductor components.
14. Reserve.
Exercises outlines
1. Introduction to electronic information resources at the faculty.
2. Technical drawing - electrical scheme.
3. Technical drawing - perspective, imaging.
4. Graphical processing of measured data.
5. Principles of presentation.
6. Principles of presentation.
7. Getting to know the oscilloscope and RC circuit.
8. Measurement on RC circuit.
9. Measurement on RC circuit - passive elements.
10. Numerical examples - passive elements, sorting.
11. Measurement on RC circuit - passive elements, sorting.
12. Circuit wiring.
13. Electrical circuit connection, soldering.
14. Reserve.
2. Technical drawing - electrical scheme.
3. Technical drawing - perspective, imaging.
4. Graphical processing of measured data.
5. Principles of presentation.
6. Principles of presentation.
7. Getting to know the oscilloscope and RC circuit.
8. Measurement on RC circuit.
9. Measurement on RC circuit - passive elements.
10. Numerical examples - passive elements, sorting.
11. Measurement on RC circuit - passive elements, sorting.
12. Circuit wiring.
13. Electrical circuit connection, soldering.
14. Reserve.
Literature
No data.
Requirements
No data.