PRR Project

Summary

Position: Principal Researcher on Sustainable low-dimensional materials for opto-bio-electronic applicationsJob Description: We are seeking a visionary and experienced Principal Researcher in the development and exploration of sustainable low-dimensional materials for opto-bio-electronic applications to join our dynamic team at NOVA FCT / CENIMAT|i3N. The researcher will be responsible for leading cutting-edge research aimed at synthesizing low-dimensional materials, such as quantum-dots (0D), nanowires (1D) and two-dimensional (2D) layers, for applications in optoelectronics, biotechnology, and emerging electronic devices.Key Responsibilities:Lead and manage research projects focused on the chemical synthesis and characterization of low-dimensional materials, including 0D (e.g., lead-free perovskite quantum dots), 1D (e.g., multicomponent oxide semiconductors) and 2D (e.g., MXenes, transition metal dichalcogenides) structures toward application in opto-bio-electronic devices.Explore heterostructures (e.g. core/shell structures) for improving the efficiency and stability of the synthesized materials.Develop novel strategies for the sustainable synthesis and deposition of low-dimensional materials, with an emphasis on eco-friendly and scalable fabrication techniques (e.g., printing).Collaborate with CENIMAT|i3N team members to synergistically spread knowledge to and from low-dimensional materials development for a global benefit of the sustainable advanced materials strategy of the research center.Tailor material synthesis and (post-)deposition processes to reach performance and stability suitable to the needs of optoelectronic, bioelectronic and electronic devices under development in the research group (e.g., solar cells, biosensors, memristors).Interact with multiple players relevant in low-dimensional materials and its applications, including industry partners, government agencies, and academic institutions to establish further collaborative research initiatives and secure additional funding to develop the area at CENIMAT|i3N.Lead the publication of research findings in reputable scientific journals and interact with innovation office to analyze intellectual property valorization arising from the developed work.Mentor junior researchers, postdoctoral fellows, and graduate students working on mechanical energy harvesting-related research projects.Scientific Profile: The ideal candidate will possess the following qualifications and attributes:Ph.D. in Materials Science, Nanotechnology and Nanosciences, Chemistry, or related fields, with a strong focus on chemical synthesis of low-dimensional materials.Extensive experience in the synthesis, deposition and characterization of low-dimensional materials.Experience in integration of such materials into either optoelectronic, bioelectronic or electronic devices.Proficiency in advanced characterization techniques such as AFM, TEM and optical spectroscopy.Proven leadership ability, with a track record of successfully leading research teams and collaborative projects.Strong publication record in reputable scientific journals, demonstrating the ability to lead development of novel insights to the field.Excellent communication and collaboration skills, with the ability to work effectively within interdisciplinary teams.Rationale:Low-dimensional materials bring a unique set of properties not found in bulk materials. By being able to i) control/understand all these properties and ii) create such materials using low-cost and environmentally sustainable chemical routes, these materials can be the basis of an expanding range of applications. As such, CENIMAT|i3N needs to consolidate an expert position to lead research on sustainable low-dimensional materials, specifically targeting the needs of future optoelectronic, bioelectronic and electronic devices.This position is integrated within the Materials for Electronics, Optoelectronics and Processes (MEON) group at CENIMAT|i3N, organized in three research areas (RA): RA#1 – Flexible and sustainable electronics; RA#2 – Energy harvesting, conversion and storage; RA#3 – Bioelectronic and biomedical devices. These are transversally supported by three Satellite RA (SRA): SRA#1 – Nanomaterials synthesis and deposition; SRA#2 – Micro and nanopatterning; SRA#3 – Advanced characterization. This position perfectly fits the purpose of satellite research areas, particularly SRA#1, directly supporting internal developments within RA#1-3, by directing sustainable low-dimensional materials for multiple applications. The impact of the knowledge generated in this position is also expected to extend to all other groups at the Associated Laboratory CENIMAT|i3N, contributing to promote further synergies among the two hubs of i3N.