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” strategies for extraction, fractionation, and enzymatic functionalization of lignin. Bio-assembly – synthesizing new biobased polyesters from lignocellulosic feedstocks. Re-assembly – polymerizing
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” strategies for extraction, fractionation, and enzymatic functionalization of lignin. Bio-assembly – synthesizing new biobased polyesters from lignocellulosic feedstocks. Re-assembly – polymerizing
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(including tribology and pyrotechnic devices), materials (including related manufacturing and assembly processes, space environmental effects, cleanliness and contamination control) and associated
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– polymerizing the resulting biobased monomers into fully biobased polyesters. Job description: The research group “Development of Processes and Products of low Environmental Impact (BIAPYP ) at UCM is looking
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for sustainable and energy-efficient manufacturing Bio/polymeric materials synthesis, modeling, and characterization Computational modeling, AI/ML & data sciences for advanced materials discovery and process
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for sustainable and energy-efficient manufacturing Bio/polymeric materials synthesis, modeling, and characterization Computational modeling, AI/ML & data sciences for advanced materials discovery and process
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for sustainable and energy-efficient manufacturing Bio/polymeric materials synthesis, modeling, and characterization Computational modeling, AI/ML & data sciences for advanced materials discovery and process
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such as imprinting, and controlled surface-polymerization to produce complex surfaces which provide multivariate insight into the kinetics and thermodynamics of surface chemistry, phase ordering, mechanical