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PhD scholarships (2) on Theory, Fabrication, and Optical Characterization of Subdiffraction Photonic Cavities – DTU Electro

DTU Electro are looking for two bright and motivated PhD students within subdiffraction cavities based on silicon bowties with the overarching goal of exploring new regimes of light-matter interaction.

The first position includes a strong element of nanofabrication but numerical design, theory, and optical measurements are important as well. The second position will be focused mainly on design, theory, and optical measurements.

Nanofabrication Engineer - DTU Electro

We are looking for a highly experienced engineer to optimize our nanofabrication process of thin-film lithium niobate photonics platform.

Optimization of the nanofabrication process of thin-film lithium niobate photonics platform, which is one of the key platforms for future quantum photonics computing technologies. The goal of the job is to obtain the ultra-low loss and high-speed thin film lithium niobate photonics platform, and to fabricate the quantum photonic devices designed by the team members based on the optimized nanofabrication process.

SALGSINGENIØR – tekniske løsninger til køl og ventilation

Har du en teknisk baggrund og kommerciel forståelse? Ønsker du at arbejde med salg til eksisterende kunder?

Du får en spændende stilling i en virksomhed i udvikling, hvor vi har fokus på arbejdsglæde, trivsel og gode kolleger.

Det er en fuldtidsstilling med mulighed for personlig udvikling og en fleksibel hverdag samt gode løn- og ansættelsesvilkår.

PhD scholarship in integrated blue optical phased array on thin-film lithium niobate platform for underwater optical communication - DTU Electro

We are seeking a candidate for a PhD position to research integrated blue optical phased array (OPA) on thin-film lithium niobate (TFLN) platform, which can enable solid-state optical beam steering and will be used for the next-generation photonic chip-based UOWC system.

This PhD project aims at developing an integrated OPA on TFLN platform at blue light (~450 nm) wavelength band for UOWC systems. You will first design an OPA on TFLN platform at blue-light wavelength. The designed blue OPA will then be fabricated using our advanced cleanroom facilities at DTU Nanolabs and characterized using our state-of-the-art lab facilities.