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Photonics Lab Course
The NTUEE Photonics Lab course is composed of four modules of Wave-, Fourier-, Micro-Optics and Photonic Devices upon which we develop platforms to allow the students participating in the computer design, automatic printing/fabrication, assembling, characterization, and analyzing of the designated experiments.

The plate forms for each experimental module include: (a) Michelson interferometer, home-made conoscope interferometer, 3D lenticular lens array printing facility, and mini-LED display for the Wave-optics module, (b) spatial light modulators and transmit /reflective hologram set-ups with lasers for the Fourier–optics module, (c) microscope parts such as tube, lens, CCD, polarizer, Abbe beam condensers for the Micro-optics module, and (d) 3D metal/semiconductor printing facility, probe station, source meter, home-built semiconductor parameter characterization set-up, optical chopper, energy/power meter, flux meter, home-made photo-luminescence set-up for the Photonic device module.

The following photos illustrate the NTUEE student activity during the Photonics Lab course. We also host visiting students from science classes of high schools as a means to inspire their interest in pursuing STEM study at NTU.

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