Laboratory Practical
The work placements integrated into the course of studies at the Institute of Electrical Engineering and Information Technology bridge the gap between the theoretical content of the lectures and practical applications. Thus, in the second to fourth semester, the basics of Electrical Engineering are covered in small groups by means of practical experiments.
In the 2nd study section, the subject matter of the compulsory and selected optional courses is intensified through the practical use of measuring equipment, software tools and design tools in small groups.
To get a better overview of the laboratory internships and their experiments, you will find an overview below.
Laboratory internship for Bachelor Electrical Engineering & LA BK ET
The laboratory practical A consists of the experiments from the courses "Fundamentals of Electrical Engineering A" and General Electrical Engineering:
- Direct current circuits
- Electric and magnetic fields
- Flow fields
- Induction processes
- Fuel cells
- Photovoltaics
The following nine experiments from the courses "Digital Technology" and "Fundamentals of Electrical Engineering B" are carried out in Laboratory Practical B:
- Basic digital gates
- Memory circuits
- Arithmetic units
- Digital control units
- Programming of microcontrollers
- Equalisation processes
- Transient behaviour of linear and non-linear circuits
- Alternating current circuits
- Electrical power
Laboratory practical C includes the following six experiments from the courses "Semiconductor components" and "Measurement technology":
- Carrier frequency measuring bridge
- Digital measurement data acquisition
- Signal analysis in the amplitude, time, frequency and shift time range
- Characteristic curves of passive and active components
- Transfer characteristics of emitter, collector and base circuit, source follower
- Analogue basic circuits
- Measurements on circuits with operational amplifiers
ATTENTION:
The order of attempts has changed from winter semester 2019/20. In order to enable the "old" modules to be completed, the old sequence will still be offered once in WiSe2019/20 and SoSe2020. It is advisable to complete the "old" modules as soon as possible. The transitional regulation will then end and there will only be the "new" sequence in the module!
The laboratory practical A consists of the experiments from the courses "Fundamentals of Electrical Engineering A" and "Fundamentals of Electrical Engineering B":
- Direct current circuits
- Electric and magnetic fields
- Flow fields
- Induction processes
- Equalisation processes
- Transient behaviour of linear and non-linear circuits
- Alternating current circuits
- Electrical power
Laboratory practical B is made up of the experiments from the courses "Digital Technology" and "Semiconductor Components":
- Basic digital gates
- Memory circuits
- Arithmetic units
- Digital control units
- Programming of microcontrollers
- Characteristic curves of passive and active components
- Transfer characteristics of emitter, collector and base circuits, source follower
- Analogue basic circuits
- Measurements on circuits with operational amplifiers
Laboratory practical course A is made up of the experiments from the "Measurement technology" and "Energy technology" courses:
- Fuel cell
- Electrical energy supply
- Photovoltaics
- Carrier frequency measuring bridge
- Digital measurement data acquisition
- Signal analysis in amplitude, time, frequency and displacement time domain
Laboratory internship for Bachelor of Industrial Engineering Electrical Engineering
The laboratory practical A consists of the experiments from the courses "Fundamentals of Electrical Engineering A" and General Electrical Engineering:
- Direct current circuits
- Electric and magnetic fields
- Flow fields
- Induction processes
- Fuel cells
- Photovoltaics
The following nine experiments from the courses "Digital Technology" and "Fundamentals of Electrical Engineering B" are carried out in Laboratory Practical B:
- Basic digital gates
- Memory circuits
- Arithmetic units
- Digital control units
- Programming of microcontrollers
- Equalisation processes
- Transient behaviour of linear and non-linear circuits
- Alternating current circuits
- Electrical power
Laboratory practical C includes the following six experiments from the courses "Semiconductor components" and "Measurement technology":
- Carrier frequency measuring bridge
- Digital measurement data acquisition
- Signal analysis in the amplitude, time, frequency and shift time range
- Characteristic curves of passive and active components
- Transfer characteristics of emitter, collector and base circuit, source follower
- Analogue basic circuits
- Measurements on circuits with operational amplifiers
ATTENTION:
The order of attempts has changed from winter semester 2019/20. In order to enable the "old" modules to be completed, the old sequence will still be offered once in WiSe2019/20 and SoSe2020. It is advisable to complete the "old" modules as soon as possible. The transitional regulation will then end and there will only be the "new" sequence in the module!
The laboratory practical A consists of the experiments from the courses "Fundamentals of Electrical Engineering A" and "Fundamentals of Electrical Engineering B":
- Direct current circuits
- Electric and magnetic fields
- Flow fields
- Induction processes
- Equalisation processes
- Transient behaviour of linear and non-linear circuits
- Alternating current circuits
- Electrical power
Laboratory practical B is made up of the experiments from the courses "Digital Technology" and "Semiconductor Components":
- Basic digital gates
- Memory circuits
- Arithmetic units
- Digital control units
- Programming of microcontrollers
- Characteristic curves of passive and active components
- Transfer characteristics of emitter, collector and base circuits, source follower
- Analogue basic circuits
- Measurements on circuits with operational amplifiers
Laboratory practical course A is made up of the experiments from the "Measurement technology" and "Energy technology" courses:
- Fuel cell
- Electrical energy supply
- Photovoltaics
- Carrier frequency measuring bridge
- Digital measurement data acquisition
- Signal analysis in amplitude, time, frequency and shift time domain
In the third semester, you should choose the module "Laboratory internship" according to the study plan. Please be aware that the "Laboratory practical B" takes place in the winter semester and the "Laboratory practicals A & C" in the summer semester. Please plan your choice well in advance. Due to the fact that the catalogue of compulsory technical subjects has been restructured as of this examination regulations, the recommendations for attending the laboratory practicals and the later "compulsory technical elective modules" have changed. Please inform yourself about favourable options in the module handbook from winter semester 2019/20(http://ei.uni-paderborn.de/studium/formalitaeten/ordnungen/) or visit us during the consultation hours of the Electrical Engineering Student Advisory Service.
Please note:
VHDL is a prerequisite for the "Laboratory Practical B" for the experimental area of the FG Data Technology!
In the second semester, you have the option of choosing a technical foundation course for the first time. Your study plan includes three technical foundation modules, each consisting of two subject areas. You can choose from the five modules with the subject areas
- Components (materials and semiconductor components)
- Fundamentals of Electrical Engineering II (energy technology and measurement technology)
- Signal and system theory (signal theory and system theory)
- Theory of Electrical Engineering (field theory and electromagnetic waves)
- Computer Engineering for Electrical Engineers (Digital Technology and Computer Architecture)
In addition, in the second semester, students not only have to choose a technical foundation course, but may also have to choose a practical laboratory course.
The choice of technical foundation courses also influences your options in the laboratory practical course and in the later specialisation programme. The laboratory practicals build on the respective technical foundation subjects. Your study plan specifies that you must choose two of the three laboratory practicals. The choice of laboratory practicals should be made dependent on the chosen technical foundation courses so that the preparation and realisation of the experiments is more successful.
With the module combination Components, Fundamentals of Electrical Engineering II and Signal and System Theory, laboratory practicals A and C would be a suitable choice. These modules facilitate the specialisation in automation technology.
The module combination Fundamentals of Electrical Engineering II, Signal and System Theory and Computer Engineering for Electrical Engineers is also a suitable choice for laboratory practicals A and B, although these make the subject areas from the Information Technology specialisation easier.
A module combination of Components, Fundamentals of Electrical Engineering II and Theory of Electrical Engineering is a suitable basis for the Microsystems Engineering specialisation, as well as for laboratory practicals A and C.
With the module combination of Components, Signal and System Theory and Computer Engineering for Electrical Engineering, all three laboratory practicals would be a suitable choice. The Information Technology specialisation can be facilitated by this decision.
To get a better overview of the technical foundation courses, laboratory practicals and courses in the specialisations, you can find the current module handbook here: http: //ei.uni-paderborn.de/studium/formalitaeten/ordnungen/.
ATTENTION:
The order of attempts has changed from winter semester 2019/20. In order to enable the "old" modules to be completed, the old sequence will still be offered once in WiSe2019/20 and SoSe2020. It is advisable to complete the "old" modules as soon as possible. The transitional regulation will then end and there will only be the "new" sequence in the module!
In the second semester, you have the option of choosing a technical foundation course for the first time. Your study plan includes three technical foundation modules, each consisting of two subject areas. You can choose from the five modules with the subject areas:
- Components (materials and semiconductor components)
- Fundamentals of Electrical Engineering II (energy technology and measurement technology)
- Signal and system theory (signal theory and system theory)
- Theory of Electrical Engineering (field theory and electromagnetic waves)
- Computer Engineering for Electrical Engineers (Fundamentals of Computer Engineering and Fundamentals of Computer Architecture)
In addition, in the second semester, students not only have to choose a technical foundation course, but may also have to choose a practical laboratory course.
The choice of technical foundation courses also influences your options in the laboratory practical and in the later specialisation programme. The laboratory practicals build on the respective technical foundation subjects. Your study plan specifies that you must choose two of the three laboratory practicals. The choice of laboratory practicals should be made dependent on the chosen technical foundation courses so that the preparation and realisation of the experiments is more successful.
With the module combination Components, Fundamentals of Electrical Engineering II and Signal and System Theory, laboratory practicals A and C would be a suitable choice. These modules facilitate the specialisation in automation technology.
The module combination Fundamentals of Electrical Engineering II, Signal and System Theory and Computer Engineering for Electrical Engineers is also a suitable choice for the laboratory practicals A and C, but these make the subject areas from the Information Technology specialisation easier.
A module combination of Components, Fundamentals of Electrical Engineering II and Theory of Electrical Engineering is a suitable basis for the Microsystems Engineering specialisation, as well as for laboratory practicals A and C.
The module combination of Components, Signal and System Theory and Computer Engineering for Electrical Engineering would be a suitable choice for the laboratory practicals A and B. The Information Technology specialisation can be facilitated by this decision.
To get a better overview of the technical foundation courses, laboratory practicals and courses in the specialisations, you can find the current module handbook here: http: //ei.uni-paderborn.de/studium/formalitaeten/ordnungen/.