PRR Project

Summary

The prospective auxiliary researcher will integrate complementary analytical techniques and modelling tools, in order to assess air quality in urban areas and to provide solid scientific information to support decision makers, industries, companies, authorities and citizens. The main objective of the work is to contribute to improve the air quality and reduce the associated environmental and health impacts. The research activities should be developed in the scope of national and international research projects and carried out by a multidisciplinary team with scientific, industrial and business partners, non-governmental organizations and authorities.The key tasks assigned to the researcher encompass:Characterization of air pollutants in urban areas, with a specific focus on emerging pollutants (e.g. ultrafine particles, black carbon, micro-plastics).Optimization of monitoring techniques based on real-time measuring approaches.Source apportionment to identify and understand the sources of air pollutants.Quantification of the health impacts associated with air pollutants.Definition and evaluation of mitigation actions to address and alleviate air quality impacts.By undertaking these tasks, the researcher will produce vital insights into the understanding of air quality dynamics, ultimately working towards sustainable solutions for improved environmental and public health outcomes.The scientific profile for this position should align seamlessly with the designated tasks, necessitating a highly motivated candidate possessing a strong scientific background in the field of air quality. Key qualifications include: i) A profound understanding of air quality monitoring with expertise in the chemical analysis of air pollutants. Additionally, proficiency in employing modeling techniques for source apportionment and dosimetry is essential; ii) Demonstrated prior experience in conducting experimental research focused on air quality, showcasing the ability to design, execute, and interpret experiments in this specialized domain; iii) A track record of active participation in international projects, indicating a capacity to collaborate across diverse teams and contribute to research initiatives on a global scale. In summary, the sought-after candidate should possess a comprehensive skill set encompassing theoretical knowledge, practical experimentation capabilities, and a proven history of international collaboration in the specific realms of air quality research.The decision to hire an employee in this field is driven by several crucial considerations that hold significance for both C2TN and DECN. Firstly, it aligns with the prioritized research areas of air quality, source apportionment, and health impact assessment as recognized by esteemed international bodies such as the European Union, World Health Organization, and United Nations. Consequently, the outcomes of this research are anticipated to yield substantial impacts on the environment, economy, and public health. Furthermore, this strategic hiring is integral to ensuring that IST maintains its position at the forefront of scientific exploration in the air quality assessment field. By fostering cutting-edge research initiatives, the institution can actively contribute to advancing knowledge and addressing contemporary challenges related to air quality. Beyond its impact on research excellence, the employment of an expert in this field will also enhance the quality of education provided to DECN students. The emphasis on active learning, informed by the latest research findings, will not only enrich the academic experience but also equip students with practical insights and skills relevant to real-world scenarios. In essence, this hiring decision reflects a commitment to excellence, responsiveness to global priorities, and a holistic approach to advancing both research and education within the realms of air quality and exposure assessment.