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to explore the use of low-cost, sustainable materials such as biochar and agricultural by-products, including the valorisation of agricultural waste streams through dry fractionation, as carrier matrices
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our lab. Potential applications of interest include artificial extracellular matrices for regenerative medicine, breadboards for localized molecular computing, and nanophotonic devices. Present
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discipline. A proven track record in characterisation of the structure or mechanical properties of solid-state materials. Experience with the analysis of either mechanical testing data (e.g. compression tests
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fabricating functional tubular structures and creating perfusion systems for vascularized models of three-layered skin constructs, integrating fibrous MEW structures with gel-based matrices populated by various
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of the codes’ parity-check matrices, as well as the structures found in the obtained syndrome, in order to reduce decoding latency. Scientific Area: Wireless Technologies Group: Radio Systems – Lx Work
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, confidential employee assistance programme (Medicash) access to a wellbeing app flexible working options including hybrid working, flexible working patterns such as part-time, compressed hours, and more
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Experience in extraction of natural compounds (bioactives, pigments, proteins) from plant matrices; Experience in analytical methodologies including liquid and gas chromatography (HPLC, GC); Experience in
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based on biocompatible superalloys and their validation for biomedical applications. The main objectives are divided into four phases: Design of hybrid filaments with polymeric matrices and metallic
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constituents present in the developed food matrices. Applicable Legislation: Law nº.40/2004, 18th August (Research Fellow Statute) amended and republished by Decreto-Lei n.º 123/2019, 28th August; FCT Regulation
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and numerical methods for analyzing stochastic transport equations, which are critical for understanding how random fluctuations affect dynamic systems such as turbulence, water waves, and compressible