Classes
Photonic Devices (PhDev)
| Lecturer: |
Prof. Dr. Peter Haring Bolívar, Prof. Dr. Mario Agio |
| Lecture: |
Winter term (digital, also see Moodle) |
| Tutorial: |
Winter term (digital, also see Moodle) |
The documents for lectures and exercises as well as the sample exams can be found in the Moodle course.
Grundlagen Hochfrequenztechnik (GHF)
| Lecturer: |
Prof. Dr. Peter Haring Bolívar (Dr.-Ing. Daniel Stock) |
| Lecture: |
Summer term |
| Tutorial: |
Summer term |
Documents in the Moodle course:
The documents for lectures and exercises as well as the sample exams can be found in the Moodle course.
Grundlagen der Halbleiterphysik (GHP)
| Lecturer: |
Dr.-Ing. Anna Wigger |
| Lecture: |
Summer term |
|
Tutorial: |
Summer term |
Documents in the Moodle course:
The documents for lectures and exercises as well as the sample exams can be found in the Moodle course.
Exam note:
The following materials are permitted for the exam:
- Writing and drawing utensils
- technical-scientific calculators (also programmable)
- handwritten formula collection of any length (no copies)
not allowed:
- Question catalogues
- transcripts
- copies
The exam takes place within the context of HST as a 3-hour block exam:
- 1.5 h GHP
- 1.5 h Components
High Frequency Engineering (HFE) former Hochfrequenztechnik (HF)
| Lecturer: |
Prof. Dr. Peter Haring Bolívar (Dr.-Ing. Daniel Stock) |
| Lecture: |
Thursday 8 - 10 am |
| Tutorial: |
Wednesday 10 - 12 am |
Documents in the Moodle course:
The documents for lectures and exercises as well as the sample exams can be found in the Moodle course.
Grundlagen Optische Nachrichtentechnik (GONT)
Compulsory course: Bachelor degree Communication Technology
| Lecturer: | Prof. Dr. Peter Haring Bolívar, Prof. Dr. Elmar Griese |
| Lecture: |
Summer term |
| Tutorial: |
Summer term |
Documents in the Moodle course:
The documents for lectures and exercises as well as the sample exams can be found in the Moodle course.
Notes:
GONT is a compulsory course for the Bachelor degree in Communication Technology
Lectures and excersises are held by Prof. Dr.-Ing. Haring Bolívar and Prof. Dr.-Ing. Griese (Chair of Theoretical Electrical Engineering and Photonics, LTP).
Exam notes:
The following materials are admitted to the exam:
- Writing and drawing utensils
- technical-scientific calculators (also programmable)
- handwritten formula collection of any length (no copies)
not allowed:
- Question catalogues
- transcripts
- copies
Optoelectronics (OE) former Photonik II (PHO2)
Compulsory course: Master programme Microsystems Technology and Master programme Communication Technology
| Lecturer: |
Prof. Dr. Peter Haring Bolívar |
| Lecture: |
Monday 8 am - 10 am |
| Tutorial: |
Monday 10 am - 12 pm |
Documents in the Moodle course:
The documents for lectures and exercises as well as the sample exams can be found in the Moodle course.
Note:
PHO2 is a compulsory course for the Master degree Microsystems Technology and the Master degree Communication Technology
Exam notes:
The following materials are admitted to the exam:
- Writing and drawing utensils
- technical-scientific calculators (also programmable)
- handwritten formula collection of any length (no copies)
not allowed:
- Question catalogues
- transcripts
- copies
Digital 2D/3D Image Sensing
Elective: Bachelor's degree in Electrical Engineering, Diploma degree in Electrical Engineering, Master's degree in Microsystems Engineering and Bachelor's/Master's degree in Communication Technology
| Lecturer: |
Prof. Dr. Bernd Buxbaum |
| Lecture: |
Digital 2D/3D Imaging General information: www.pmdtec.com |
| Office hours: |
on appointment via b.buxbaum@pmdtec.com |
| Requirements: |
No special previous knowledge is necessary. Interest and motivation are enough. |
| course assessment: | Oral examination (4KP / LP) |
Blockseminar:
The block seminar "Digital 2D/3D Imaging" deals with the conception and manufacturing methods of modern microsystems for two- and three-dimensional image acquisition. The components of an "all-solid-state" camera system are presented and the influences of the respective components on the system performance are derived. Such a camera microsystem is understood to be the combination of sensor technology, illumination, optics and signal processing. Current examples and applications are presented.
Important note on the block seminar:
Block seminar 2D/3D Imaging is held via Teams or at the SUMMIT - Martinshardt 19, 57074 Siegen!