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the device. The work combines advanced nanofabrication methods, such as electron-beam lithography and OLED fabrication via evaporation and solution-processing with sophisticated characterization
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-beam and optical lithography, atomic layer deposition, reactive-ion etching, focused ion beam, and a new 700-square-meter cleanroom. Measuring: dilution refrigerators down to millikelvin, low
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highly beneficial Experience in one or more of the following areas is advantageous: Micro- and nanofabrication, lithography, etching, thin-film processing, or cleanroom work Integrated photonics
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Performance Ceramics of Empa is equipped with all necessary facilities (workstations and simulation software, chemical labs, DLP and 2 Photon Lithography 3D printing, Raman spectroscopy, electron microscopy
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, or a related field. Experience with 2D materials, nanofabrication, optical spectroscopy, deterministic transfer, electron-beam lithography, or cleanroom fabrication is an advantage. You must have a two
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Engineering, Chemistry, or a related field, plus 3-5 years of semiconductor-related work experience, is desirable. Cleanroom fabrication experience, especially in lithography is highly desirable. Thin film
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nanoparticles embedded within the device. The work combines advanced nanofabrication methods, such as electron-beam lithography and OLED fabrication via evaporation and solution-processing with
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laboratory and its research programs. Basic Qualifications: Applicants should have: Hands-on experience in micro/nanofabrication, preferably including lithography, thin-film deposition, dry/wet etching
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active, and/or magnetic materials). Experience with cryogenic characterization of optoelectronic or magnetic properties. Familiarity with cleanroom fabrication processes (lithography, etching
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lithography and OLED fabrication via evaporation and solution-processing with sophisticated characterization methods such as Fourier plane imaging. The project has a concurrent goal to commercialize the