Space Electronics for Sensor Systems
| Lecturer (assistant) | |
|---|---|
| Type | Lecture |
| Term | Sommersemester 2023 |
| Dates | See TUMonline |
Description
During the participation in the module the student receives a deeper
understanding and knowledge in the following areas:
- Basic elements of a space mission (Mission Subject, Launch-, Space-, Orbit-, Operations-, Ground Segment, Command/Control/Communication Architecture)
- Characterisation of environmental conditions such as cosmic radiation, micro gravity, vacuum and mechanical shock/vibration loads for space systems
- Interaction of cosmic radiation with electronical, optical and optoelectronical parts, counter measures
- Design, development and qualification of space equipment, reliability and redundancy of systems, quality assurance
- Development phases of missions, instruments and systems using the example of current projects, technology readiness levels
- Project management and system engineering in space related development projects, conducting meetings and reviews
Links
Lecture with Project Work
Fri., 15:45 - 17:15, N0507
Dr.-Ing. Sabine Ott
Further information and all materials are provided on the TUM elearning system.
Content of the Lecture:
During the participation in the module the student receives a deeper understanding and knowledge
in the following areas:
- Basic elements of a space mission (Mission Subject, Launch-, Space-, Orbit-, Operations-, Ground Segment, Command/Control/Communication Architecture)
- Characterisation of environmental conditions such as cosmic radiation, micro gravity, temperature variations, vacuum and mechanical shock/vibration loads for instruments and sensor systems
- Interaction of cosmic radiation with electronical, optical and optoelectronical parts
- Design, development and qualification of space mechanisms/mechatronic systems
- Development phases of missions, instruments and sensor systems for remote sensing, exploration
and basic research with the aid of current projects