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Institute of Applied Optics
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versity of Stuttgart
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Research
3D-Surface Metrology
High Resolution Metrology and Simulation
Interferometry and Diffractive Elements
Coherent Measurement Techniques
3D-printed Microoptics and Simulation
3D Endoscopic Microfabrication
3D-Surface Metrology
Understanding 3D Sensors
New sensor concepts
Engineering
3D-printed Microoptics and Simulation
Research Focus
Current Projects
Finished Projects
Finished Projects
New Optical Materials for Additive Manufacturing of Complex Micro-optics
Soft 3D Fiberoptical Actuation
Multiplexing of Volume-dispersing Optics by Additive Manufacturing
Pixel-multiplying 3D-printed Endoscope
Current Projects
3D-printed Micro-optics for Efficient Coupling of Quantum Components
Endoscopic Bio-3D Printing on the Microscale
High Precision Additive Manufacturing of Micro-optics
Illumination Systems for Biomedical Applications
Intraoperative Multisensory Tissue Differentiation in Oncology
Research Focus
BaKaRoS
Complex Surfaces in Optical System Design
Design and Manufacturing of 3D-printed Micro-optics
Phase Space Methods in Optical Design and Simulation
High Resolution Metrology and Simulation
Research Focus
Current Projects
Finished Projects
Software
Current Projects
Single Pixel Camera
Speckle Simulator
ClearView 3D
Extension of Scatterometry
Tissue Differentiation Using IR Spectroscopy
Finished Projects
OPTIM
Metamaterials
Research Focus
Defectoscopy
Modelling and Simulation
Optical Metamaterials
Scatterometry
Software
MicroSim
Interferometry and Diffractive Elements
Testing of Aspheric and Freeform Surfaces
Design of Diffractive Optics
Fabrication of Diffractive Optical Elements
Coherent Measurement Techniques
Quantitative phase imaging
Non-destructive testing of technical objects and artworks
Medical imaging
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English version
Institute
Team
Dawar, Anila
Anila Dawar
M.Sc.
Contact
+49 711 685 69854
Email
Pfaffenwaldring 9
70569
Stuttgart
Room: 1.220
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