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, controllability, and scalability. The PhD project “Development of superconducting circuits for quantum sensing” will focus on the development of superconducting quantum circuits, which will be designed and
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that combine high performance with minimal environmental impact. This PhD project aims to design and develop innovative sustainable, biodegradable membranes tailored for next-generation flexible electronic and
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research will focus on developing Bayesian Optimization of Experimental Design (BOED) algorithms. These algorithms aim to cost-effectively accelerate reliability tests for TM-GSES components, maximizing
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. Expected Work: The selected candidate will conduct research at the intersection of wireless communications, signal processing, and control theory, aiming to develop cutting-edge algorithms for joint
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respectively, we seek highly motivated candidates to develop innovative methodologies for radar sounder data processing, with a strong emphasis on artificial intelligence and deep learning. The research activity
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) techniques are well-established for this purpose, enabling hierarchical decomposition of requirements (Horkoff et al. 2019). GM and visual programming help developers work at higher abstraction levels
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activity with a shared research goal. The Mechanical WorkShop (MWS) facility (coordinated by Alberto Parmiggiani) supports the research carried out at IIT by providing support in the design, development, and
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machine translation, and emerging agentic and interactive multimodal NLP systems involving human-AI collaboration present frontier evaluation challenges. The ultimate goal is to develop evaluation
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of foundation models in open-world robotics. This doctoral project aims to investigate the factors that restrict VLA generalization and develop strategies to improve their adaptability. The research will explore
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be reduced to mere access to information: it requires mechanisms that foster understanding, sustained motivation, and progressive skill development across heterogeneous populations with different