PRR Project

Summary

Position: Associate Professor in Materials Science with emphasis on Nuclear Magnetic Resonance (NMR) characterization methodologies for the development of Energy materials and Biomaterials. Job Description: We are seeking a highly qualified motivated Associate Professor in the field of Material Science with an emphasis on the development of NMR methodologies, specifically within the realm of the synthesis and production of polymeric systems for Energy materials and Biomaterials applications. The successful candidate will play a pivotal role in advancing our institution´s research and academic mission. Key responsibilities include:Establish and lead an independent research program addressing key questions in the Energy and Biomaterials fields, with an emphasis on the synthesis and production of polymeric systems and NMR characterization methodologies.Design and teach undergraduate and graduate courses in Polymeric materials and Biomaterials, with a focus on applications in Energy and Biomedical fields.Supervise graduate students and mentor undergraduate researchers in research projects related to the Development of polymeric materials for Energy and Biomedical Applications.Contribute to the academic community through the publication of research findings in reputable scientific journals.Collaborate with interdisciplinary research teams within the institution and foster external collaborations. Scientific Profile: The ideal candidate will possess the following qualifications and attributes:Ph.D. in Materials Science or related field, with a strong focus on Synthetic methodologies.Proven expertise in designing and conducting research projects related to the development of polymeric materials and the use of NMR methodologies, with a clear application to the Energy and Biomedical field.Experience in both mentoring students and providing advanced training, as well as teaching undergraduate and graduate courses in NMR Characterization Techniques and the development of Polymeric Materials for Energy and Biomedical Applications, with a commitment to innovative and effective pedagogical approaches.Demonstrated ability to secure external research funding and a strong publication record in reputable scientific journals.Strong leadership and communication skills, with the ability to collaborate effectively within interdisciplinary teams. Rationale: The recruitment of an Associate Professor in Materials Science with expertise in NMR methodologies for the advancement of polymeric systems resonates with NOVA FCT strategic goals in advancing research and education in Materials Science. The emphasis on NMR methodologies for polymeric systems aligns with this vision, by addressing the burgeoning need for breakthroughs in new polymeric materials design and synthesis, particularly in the domains of sustainability, biomaterials, and hybrid materials for Energy and Biomedical applications. The development of polymeric systems for Energy and Biomedical Applications fits perfectly within the thematic lines of Associate Laboratory i3N, focusing on Nanomaterials Engineering and Functional Interfaces, Green and Clean Energy Systems, and Biomedical devices and Systems. This strategic alignment underscores our commitment to fostering innovation in critical areas of research. Polymeric materials constitute a cornerstone of Materials Science, and NMR stands out as a powerful analytical technique fundamental for investigating properties across all states of matter. The integration of this expertise into our faculty will significantly enhance our research capabilities and academic offerings in this vital field. The successful candidate will focus on sustainable consumption and production using non-fossil fuel-based polymers (SD12), addressing industry, innovation, and infrastructure challenges (SD9). The high expertise ensures top-level education (SD4) and contributes to scientific knowledge and innovative solutions, enhancing our institution´s reputation for research and education excellence. The expertise brought by the successful candidate will drive the advancement of scientific knowledge and the development of innovative solutions in Energy and Biomedical applications. This will elevate our institution´s reputation for excellence in research and education, positioning us as leaders in cutting-edge methodologies for materials development. The candidate´s role will extend beyond academia to foster collaborations with industry partners and other external stakeholders. This collaborative approach is crucial for translating research into real-world applications and maximizing the impact of our endeavors. This hiring reflects our commitment to maintaining our position at the forefront of scientific discovery and leadership. By investing in specialized talent, we are poised to make significant contributions to the fields of Energy and Biomaterials, further solidifying our status as a hub of scientific excellence.