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. Objectives: This PhD project aims to design and develop advanced nanoarchitectured surface coatings for bioelectronic cutaneous interfaces (BCHIs), minimizing skin irritation and infection risks. The candidate
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are looking for an individual who can develop a PhD research project in alignment with the overarching objective of PARTY (investigating how (participatory) evaluation and learning processes can promote more
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, optical, and anti-corrosion performance. Our investigations span nanoparticles, nanowires, lithographically patterned micro- and nano-objects, mesoporous and nanoporous structures, electrodeposited thin
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of research staff (contract type: fixed-term contract; job category: pre-doctoral researcher) to collaborate with the project “Development of an advanced system for early detection and monitoring of pests using
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research units participated by companies and research organisations: 1 point per month worked, up to a maximum of 20 points. Experience in previous positions related to the object of the contract: 1 point
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student will be mainly involved in developing the activities to achieve specific objectives of the project: To develop and optimize respiratory organoids derived from relevant host/reservoir animal species
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. Conduct fieldwork to measure physiological and biophysical variables in vineyards. Gain experience with crop models, with the main objective to predict yield. Implement computer vision techniques
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, collaborative teamwork and independence. These key characteristics make EIPP a role model, which has inspired similar programmes at research institutions throughout Europe and the World. Find out more about the
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) to ultimately discover novel therapeutic avenues to implement precision medicine in this field. In order to achieve this our group is engaged in multiple projects covering an array of techniques at both in vitro
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understanding of the role of forests in the water cycle. Objectives of the research: Study temporal patterns of climate and water-source related processes using stable water isotope chronologies from tree rings