| Fundamentals |
Fundamental of Imaging Optics |
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Elettromagnetic Optics |
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Fundamentals of Scalar Diffraction Theory |
| Optical design |
Optical CAD Instrument Modelling and Analysis I |
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Optical CAD Instrument Modelling and Analysis II |
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Lens Design & Optical Systems |
| Optical design |
Radiometric Modelling |
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Opto-Mechanical Design |
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Thermal Analysis and Design |
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Coatings and Filters design |
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Stray Light Analysis and Minimization |
| Optoelectronics |
Adaptive Optics |
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Photodetectors |
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Basics of Front-end Electronics |
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Fundamentals of LASERs |
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LIDAR |
| Manufacturing and Assembly |
Lens and Mirror Manufacturing |
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Optics Alignment and Mounting |
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Verification process in space and Testing |
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Hyperspectral Optical Instruments and Calibration |
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Cleanliness and Contamination Control (for Space Applications) |
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Reliability |
| Hands-on Activities |
Hands-on Session I Spectrometer Design |
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Hands-on Session II Telecentric Lens |
| Remote Sensing |
Satellites, Drones and Optical Instruments for Earth Observation |
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Satellites and Optical Instruments for Astronomy |
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Fundamentals of Image Processing for Remote Sensing |
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Fundamentals of Geographic Information Science |
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Numerical Methods for Inverse Problems |
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Remote sensing for land management |
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Sartups, Spinoffs and Incubators |
