17.09.2026 aktualisiert
100 % verfügbar
Physicist - Optical Metrology & Interferometric Imaging
Brandenburg an der Havel, Deutschland
Weltweit
PhD in PhysicsSkills
COMSOL MultiphysicsPythonLabVIEWLatexMATLAB
Optical Instrumentation & Measurement
Expertise in laser interferometry, digital holographic microscopy, fluorescence and confocal microscopy, high-speed imaging, optical inspection, optical alignment, calibration and validation, as well as precision optical measurement at micrometer and sub-micrometer resolution.
Data Analysis & Software
Proficiency in MATLAB, Python, COMSOL Multiphysics, Excel, and LabVIEW for quantitative data analysis, image processing, and numerical flow modeling.
Experimental & Laboratory Skills
Strong background in optical characterization, measurement uncertainty and repeatability, experimental validation, laboratory test procedures, quantitative image analysis, and technical documentation.
Laser Interferometry
Design, assembly, alignment, and optimization of high-precision laser interferometry-based optical measurement systems for quantitative studies of dynamic physical processes.
Digital Holographic Microscopy
Application of digital holographic microscopy techniques for quantitative characterization and imaging-based inspections in research environments.
Image Processing Algorithms
Development of image-processing algorithms for quantitative analysis of interference fringe patterns and experimental datasets.
COMSOL Multiphysics
Use of COMSOL Multiphysics for numerical flow modeling and quantitative evaluation of experimental data.
LabVIEW-based System Control
Development of experimental setups for controlled oscillatory substrate motion using LabVIEW-based system control.
Fluorescence & Confocal Microscopy
Design and optimization of fluorescence and confocal microscopy systems for quantitative characterization of microfluidic devices and microscale fluid dynamics.
Measurement Uncertainty & Repeatability
Ensuring measurement accuracy, repeatability, and rigorous assessment of measurement uncertainty in precision optical measurement systems.
Expertise in laser interferometry, digital holographic microscopy, fluorescence and confocal microscopy, high-speed imaging, optical inspection, optical alignment, calibration and validation, as well as precision optical measurement at micrometer and sub-micrometer resolution.
Data Analysis & Software
Proficiency in MATLAB, Python, COMSOL Multiphysics, Excel, and LabVIEW for quantitative data analysis, image processing, and numerical flow modeling.
Experimental & Laboratory Skills
Strong background in optical characterization, measurement uncertainty and repeatability, experimental validation, laboratory test procedures, quantitative image analysis, and technical documentation.
Laser Interferometry
Design, assembly, alignment, and optimization of high-precision laser interferometry-based optical measurement systems for quantitative studies of dynamic physical processes.
Digital Holographic Microscopy
Application of digital holographic microscopy techniques for quantitative characterization and imaging-based inspections in research environments.
Image Processing Algorithms
Development of image-processing algorithms for quantitative analysis of interference fringe patterns and experimental datasets.
COMSOL Multiphysics
Use of COMSOL Multiphysics for numerical flow modeling and quantitative evaluation of experimental data.
LabVIEW-based System Control
Development of experimental setups for controlled oscillatory substrate motion using LabVIEW-based system control.
Fluorescence & Confocal Microscopy
Design and optimization of fluorescence and confocal microscopy systems for quantitative characterization of microfluidic devices and microscale fluid dynamics.
Measurement Uncertainty & Repeatability
Ensuring measurement accuracy, repeatability, and rigorous assessment of measurement uncertainty in precision optical measurement systems.
Erfahrung
Berufserfahrung5 - 10 Jahre
Freelancer seit2026
Sprachen
DeutschGrundkenntnisseEnglischverhandlungssicher
Projekthistorie
Designed, assembled, aligned, and optimized high-precision optical measurement systems based on laser interferometry and high-speed imaging for quantitative studies of thin air films during droplet impact. Performed precision optical measurements with micrometer and sub-micrometer resolution. Developed image-processing algorithms for quantitative analysis of interference fringe patterns. Conducted optical alignment, calibration, and validation of experimental measurement systems to ensure measurement accuracy and repeatability.
Designed and optimized fluorescence and confocal microscopy systems for quantitative characterization of microfluidic devices. Conducted precision optical measurements and quantitative image analysis of microscale fluid dynamics. Developed experimental setups for controlled oscillatory substrate motion using LabVIEW-based system control. Performed image analysis, numerical flow modeling using COMSOL Multiphysics, and quantitative evaluation of experimental data.