Thesis topics offered by Karl Storz: Difference between revisions
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==X-ray visibility of plastic parts== | ==X-ray visibility of plastic parts== | ||
• choice of additives and their effect on X-ray visibility | • choice of additives and their effect on X-ray visibility | ||
• effects on mechanical properties | • effects on mechanical properties | ||
• abrasiveness and effects on equipment | • abrasiveness and effects on equipment | ||
==High-frequency compatibility of video images in endoscopy== | ==High-frequency compatibility of video images in endoscopy== | ||
• necessity and possibilities of analogue signal shielding | • necessity and possibilities of analogue signal shielding | ||
• the possibilities of using a sensor with digital output | • the possibilities of using a sensor with digital output | ||
• optical video signal and its advantages/disadvantages | • optical video signal and its advantages/disadvantages | ||
==Fabry-Perot pressure sensor manufacturability at Karl Storz== | ==Fabry-Perot pressure sensor manufacturability at Karl Storz== | ||
• sensor design and manufacturing steps | • sensor design and manufacturing steps | ||
• initial signal processing | • initial signal processing | ||
• testing and analysis of results | • testing and analysis of results | ||
==Fabry-Perot pressure sensor signal processing and integration with Karl Storz equipment== | ==Fabry-Perot pressure sensor signal processing and integration with Karl Storz equipment== | ||
• signal processing solution taking into account KS standards | • signal processing solution taking into account KS standards | ||
• integration with software and hardware | • integration with software and hardware | ||
==Design of a polymer lens for a single instrument== | ==Design of a polymer lens for a single instrument== | ||
• choice of plastics | • choice of plastics | ||
• manufacturing technology | • manufacturing technology | ||
==Collecting and analysing production data from a semi-automated production lines to improve the quality of large-scale production== | ==Collecting and analysing production data from a semi-automated production lines to improve the quality of large-scale production== | ||
• defining the data to be collected and methods | • defining the data to be collected and methods | ||
• data flow analysis methods and definition of patterns | • data flow analysis methods and definition of patterns | ||
==Application of a collaborative robot for precision bonding on a production line in a manual workplace== | ==Application of a collaborative robot for precision bonding on a production line in a manual workplace== | ||
Revision as of 18:32, 12 January 2024
Thesis topics offered by Karl Storz
X-ray visibility of plastic parts
• choice of additives and their effect on X-ray visibility
• effects on mechanical properties
• abrasiveness and effects on equipment
High-frequency compatibility of video images in endoscopy
• necessity and possibilities of analogue signal shielding
• the possibilities of using a sensor with digital output
• optical video signal and its advantages/disadvantages
Fabry-Perot pressure sensor manufacturability at Karl Storz
• sensor design and manufacturing steps
• initial signal processing
• testing and analysis of results
Fabry-Perot pressure sensor signal processing and integration with Karl Storz equipment
• signal processing solution taking into account KS standards
• integration with software and hardware
Design of a polymer lens for a single instrument
• choice of plastics
• manufacturing technology
Collecting and analysing production data from a semi-automated production lines to improve the quality of large-scale production
• defining the data to be collected and methods
• data flow analysis methods and definition of patterns
Application of a collaborative robot for precision bonding on a production line in a manual workplace
File:20240112 KSVEE ResearchDevelopment.pdf
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