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We are seeking motivated professionals or students to join a high-level doctoral research project focused on Adaptive Covalent Networks in Crosslinked Cellular Polymers.
This project aims to deepen our understanding of the molecular mechanisms that govern the dynamic properties of these materials, enabling advanced functionalities such as self-healing and recyclability.
Candidate Profile We encourage applications from individuals with training and/or interest in the following areas:
Polymer Chemistry: Knowledge in polymer synthesis, functionalization, and characterization.Materials Physics: Experience in studying the mechanical properties of complex molecular systems.Advanced Experimental Techniques: Proficiency in spectroscopy, chromatography, electron microscopy, calorimetry, and other state-of-the-art analytical methods.Computational Simulation and Modeling: Skills in molecular dynamics tools, mathematical modeling, and data analysis.Interdisciplinary Approach: Interest in integrating knowledge from chemistry, physics, and engineering to address complex challenges.Preferred Qualifications Bachelor's and/or Master's degree in Chemistry, Physics, Materials Science, Chemical Engineering, or related fields.Research experience in academia or applied projects (prior involvement in scientific publications will be highly valued).Strong teamwork abilities, effective communication, and academic writing skills.Strong sense of scientific curiosity, a passion for experimental work in the laboratory, and the ability to propose creative solutions to the challenges posed by the project.Proficiency in English, both written and spoken, to collaborate in an international environment.What We Offer Participation in a doctoral research project with guaranteed funding and supervision by field experts.Access to state-of-the-art scientific infrastructure, including advanced laboratories and equipment.Development of technical, analytical, and academic skills in an innovative and interdisciplinary environment.Funding for dissemination of results through indexed journals and presentations at international conferences.Opportunities to build academic and professional networks at both national and international levels, including predoctoral research stay at a prestigious institution.Collaboration with a dynamic and multidisciplinary team, comprising early-career researchers (pre- and postdoctoral), supported by laboratory technicians and faculty, fostering a strong sense of synergy and community.Direct linkage to industry, enabling the doctoral student to apply research findings in real-world industrial contexts and gain valuable practical experience.Application Process Interested candidates should submit an email including:
An updated curriculum vitae.A motivation letter detailing their interest in the project and relevant experience.Contact information for at least one academic or professional reference.Please send your applications or inquiries to: ****** and/or ****** Join us in this exciting scientific journey to advance the field of polymer science and intelligent materials!
Seniority levelInternshipEmployment typeFull-timeJob functionEducation and TrainingIndustries: Research Services
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