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: Collaborative Localization and Sensor Integration This PhD position will focus on developing and integrating methods for collaborative localization and sensor fusion in the ABBA USV system. The goal is to enable
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the project partners throughout the project and validated in offshore conditions. PhD Focus Area: Collaborative Localization and Sensor Integration This PhD position will focus on developing and integrating
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characterization of a cold optical filter bench inside a dilution refrigerator, and the evaluation of its performance when coupled to a transition edge sensor (TES) or superconducting nanowire single-photon detector
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the installation and characterization of a cold optical filter bench inside a dilution refrigerator, and the evaluation of its performance when coupled to a transition edge sensor (TES) or superconducting nanowire
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interdisciplinary research community of more than 50 members working on micro‑ and nanoscale sensors, detection systems, drug‑delivery devices, and advanced energy materials. Responsibilities and qualifications Your
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translational potential. Key tasks and responsibilities Design and fabricate microneedle-based transdermal delivery systems Develop and characterize electrochemical sensors for L-DOPA detection Engineer and test
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for the position. DTU Electro has more than 300 employees engaged in research on nanophotonics, semiconductor technology, lasers, quantum photonics, optical sensors, LEDs, photovoltaics, ultra-high speed optical
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development of the multimodal neuromonitoring system. Tasks will include: Integrating a discrete impedance measurement prototype into an existing in-ear earpiece equipped with an EEG sensor. Conducting clinical
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, sensor-driven prognosis, and complementary supervision. These secondments form an integral part of your training and will contribute significantly to the interdisciplinary and intersectoral nature of your
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centers on developing a framework for controlling a robotic arm equipped with a cardiac ultrasound probe and complementary sensors. The goal is to enable autonomous placement of the probe on predefined