PhD Candidate for the project “identification of predictors for high atmospheric pollution episodes.”

Job title:

PhD Candidate for the project “identification of predictors for high atmospheric pollution episodes.”

Company:

Job description

Offer DescriptionProject leader: dr Artur Szkop
Research Gate:
Project: NCN SONATA 19 project no. 2023/51/D/ST10/01793, titled: Meteorological and geophysical predictors for high and extreme atmospheric
pollution episodes.Description: Atmospheric aerosols consist of solid and liquid particles suspended in the air. They play a crucial role in shaping weather and climate on Earth and also impact human health and quality of life. The World Health Organization (WHO) estimates that air pollution causes approximately seven million premature deaths worldwide each year. Various techniques have been developed to measure atmospheric aerosols, which can be divided into two main categories: in situ (direct) and remote sensing. The in situ measurements are typically conducted at ground level or near the surface (such as on measurement masts) to obtain continuous data. Measurements in higher atmospheric layers, using airborne platforms, generally rely on single flight passes (soundings) and cannot provide continuous data across various altitudes. Remote sensing techniques utilize electromagnetic radiation with wavelengths comparable to aerosol particle sizes-such as visible light-to measure optical aerosol parameters. Depending on the light source, these properties can be averaged across an air column (e.g., solar photometers or passive satellite sensors measuring sunlight) or obtained using laser-emitting LIDAR (Light Detection And Ranging), which provides vertical profiles of aerosol optical properties. LIDAR systems vary in design, but most commonly used models are unable to measure aerosols in the lowest few hundred meters of the atmosphere. Thus, obtaining continuous and detailed aerosol data in the lower troposphere presents a complex challenge, leading to a shortage of consistent information on near-surface pollution transport. This deficiency hinders reliable modelling and forecasting of aerosol concentrations.Contact e-mail:Where to apply E-mailpolarknow@us.edu.plRequirementsResearch Field Geosciences Education Level Master Degree or equivalentSkills/QualificationsRequirements:

• MSc degree in physics, geophysics, physical geography, or a related field
• Experience in script writing (Python, MATLAB)
• Proficiency in using mathematical tools
• Fluent spoken and written English
• Ability to work independently and in a team
• Creativity and ability to think critically and analytically
• Willingness to build and develop a research network

Specific RequirementsThe following will be considered as additional strengths of the candidate:

• Confirmation of the acquired knowledge in geosciences (diplomas, theses, scientific publications, conference presentations, participation in research projects)
• Experience in fieldwork or recreational activities related to operating unmanned aerial vehicles
• Experience in numerical modelling, remote sensing and/or statistical analysis

Discipline: Earth and related environmental sciencesLanguages ENGLISH Level ExcellentInternal Application form(s) neededLIST_OF_SCIENTIFIC_ACHIEVEMENTS_1.pdfEnglish(173.82 KB – PDF)Additional InformationBenefitsThe amount of the doctoral scholarship within the project will be PLN 5000gross per month for the first 30 months. The last 18 months of scholarship (in the amount of PLN 5340,90 gross) will be financed from the funds of the International Environmental Doctoral School in accordance with the Act of 20 July 2018. – Law on higher education and science (Journal of Laws of 2023, item 742).The PhD student will work on the research projects with a research team of scientists from the Institute of Geophysics of the Polish Academy of Sciences – dr hab. Aleksander Pietraszczuk and dr Artur Szkop.The PhD project is planned for a 4-year period (with possibility extend for 2 years. NOTE: during extension the PhD candidate do not receive the doctoral scholarship).Description of the tasks:

• Searching for and analysing existing meteorological and geophysical data sets
• Processing data from measurements conducted at ground stations of IGF PAN
• Operating unmanned aerial vehicles (UAVs) during measurement campaigns
• Participating in the design/improvement of instrument payload for UAVs
• Contributing to the development of advanced statistical data analysis methods within the project
• Preparing scientific articles and promotional materials
• Presenting research results at national and international conferences
• Expanding knowledge in the field of research through literature studies, workshops, summer schools, etc.
• Actively participating in scientific collaboration at national and international levels

Assisting with daily tasks at the Department of Atmospheric PhysicsEligibility criteria

• Confirmation of the acquired knowledge in geosciences (diplomas, theses, scientific publications, conference presentations, participation in research projects)
• Experience in fieldwork or recreational activities related to operating unmanned aerial vehicles
• Experience in numerical modelling, remote sensing and/or statistical analysis

Candidate must submit the following documents to :
– cover letter
– list of scientific achievements
– documents confirming the scientific achievementsCandidate must submit the following documents via IRK system :
– CV
– personal questionnaire
– a copy of the master’s degree diploma together with a supplement (if the diploma was issued in language other than Polish or English, the certified translation needs to be uploaded as well).Selection processSTAGE I – preliminary evaluation of candidates
The assessment of the candidate’s academic achievements and the cover letter by the Admission Committee.STAGE II – interviews with candidates
Recruitment interview assesses (i) the general qualifications and knowledge of the candidates in the discipline in which the doctoral dissertation will be completed, (ii) English proficiency, and (iii) motivation and aptitude to conduct scientific work. During the interviews, the candidates will be required to give a 10 minute presentation about their achievements to date and their strengths in the context of the PhD project.The results will be announced on the website of International Environmental Doctoral School by 30 September 2025.Admission Committee

• dr Artur Szkop, IGF PAS (Chairman of Admission Committee/ Reserch Project Leader)
• dr hab. Aleksander Pietruczuk, IGF PAS
• dr hab. Janusz Jarosławski, IGF PAS
• prof. dr hab. Krzysztof Markowicz, University of Warsaw
• Dr hab. Danutę Smołkę-Danielowską, prof UŚ, University of Silesia in Katowice
• Magdalena Makola (Secretary of Admission Committee appointed by the IEDS Dean)

Website for additional job detailsWork Location(s)Number of offers available 1 Company/Institute International Environmental Doctoral School Country Poland State/Province Silesia City Sosnowiec Postal Code 41-200 Street Bedzinska 60Contact State/ProvinceSilesia CityKatowice WebsiteStreetBankowa 12 Postal Code40-007 E-Mailkatarzyna.wiecek-jakubek@us.edu.plSTATUS: EXPIREDShare this page

Expected salary

Location

Sosnowiec, śląskie

Job date

Fri, 15 Aug 2025 07:01:32 GMT

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