• Current, University of Warsaw, Warsaw, Poland, PhD Candidate at the Faculty of Physics. Institute of Geophysics.
• 2019-2020, AGH University of Science and Technology, Krakow, Poland, Master of Physics at the Faculty of Physics and Applied Computer Science. Master Thesis: Analysis of atmospheric aerosol conversion and dispersion processes using data from the optical particle counter.
• 2015-2019, AGH University of Science and Technology, Krakow, Poland, Bachelor of Engineering at the Faculty of Physics and Applied Computer Science. Engineering Thesis: Measurement and modelling of natural gas leaks from transmission installations in the Podkarpackie voivodeship.

Current, University of Warsaw, Warsaw, Poland

Researcher/Team member in the Radiation Transfer Laboratory, Institute of Geophysics

● Tasks:
- Improved/expanded existing radiation transfer numerical models in MATLAB/Fortran
- Assisted in maintenance of remote weather stations collecting data in Warsaw. Prepared a GUI for a database, enabling easier data visualization
- Analyzed measurement data

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Oct 2023 - Feb 2024. NASA Jet Propulsion Lab, Pasadena, California

Intern (JVSRP) in Aerosols and Clouds (329J) research group.

● Tasks:
- Improve NASA JPL's PBL model employing the Eddy-Diffusivity/Mass-Flux (EDMF) framework
- Debug and test modules in MATLAB and Fortran
- Supply the EDMF model with the dynamic radiation transfer module
- Improve speed and accuracy of the model output
- Verify the model with measurement data

● PI: Marcin Witek, Ph.D.

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Jul-Aug 2023, Government-funded project, Warsaw, Poland

Investigator in the project: 'SCARAT' (Scale-resolving airborne temperature fluctuation measurements in subtropical marine boundary layer).

● Additional projects:
- MAGPIE (Moisture and Aerosol Gradients/Physics of Inversion Evolution)
- SHIMMER

● Tasks:
- Maintenance and technical assistance regarding the Ultra Fast Thermometer (UFT)
- Data quality assurance
- Assistance with connected on-site projects: MAGPIE (US Office of Naval Research) and SHIMMER (Naval Postgraduate School)

● PI: prof. dr hab. Szymon Malinowski

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2020-2023, Government-funded project, Warsaw, Poland

Investigator in the project: 'Aerosol impact on microphysical, optical and radiation properties of fog'.

● Tasks:
- Determined that the used sensor is considerably influenced by rapid changes in humidity
- Proposed two versions of the drying unit
- Designed and carried out experiments comparing the AE-51 output with and without the drying unit
- Written codes for data analysis

● PI: prof. dr hab. Krzysztof Markowicz

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2022 - 2023, Government-funded project, Warsaw, Poland

Investigator in the project: 'Stably-Stratified Atmospheric Boundary Layer: Beyond the standard Monin and Obukhov Approach'.

● Tasks:
- Analysis of measurement data from SHEBA project
- Assistance and proofreading of publication manuscript
- Broadening the knowledge regarding the Monin-Obukhov Similarity Theory

● PI: dr inż. Marta Wacławczyk

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2021 - 2022, POLNOR-LEADER, Warsaw, Poland

Investigator in the project: 'Long-Endurance UAV for assessing atmospheric pollution profiles'. Funding: Norwegian Financial Mechanisms.

● Tasks:
- Experiment design and tests regarding low-cost sensors performance in low-pressure conditions
- Estimation of aerosol particle losses due to inertia and impact while sampling at high velocities
- Design of a conical diffuser intended to lower the particle losses
- Development of CFD simulation of the flow through the diffuser using the OpenFOAM environment

● PI: prof. dr hab. Krzysztof Markowicz

Oct-Dec 2023, Naval Postgraduate School, Monterey, California

- Development of the 2D Monte-Carlo radiation transfer model in MATLAB, feasible for teaching purposes
- Development of GUI in MATLAB AppDesigner

● PI: Qing Wang, Ph.D.

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2018 - 2020, AGH University of Science and Technology, Krakow, Poland

Research trainee in the Environmental Physics Group

 ● Tasks:
- Measurements of atmospheric aerosol concentration using a commercial helium balloon
- On-site sensor maintenance
- Assistance with measurements of methane emissions originating from wetlands, landfills and peat-bogs using the eddy covariance method

● PI:
- dr inż. Jarosław Nęcki
- dr inż. Jakub Bartyzel

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2019, Joint Surveys of Urban Natural Gas associated CH₄, Krakow, Poland

Research trainee in the Environmental Physics Group

 ● Tasks:
- Measurements of GHG concentration in Silesia voivodeship using the ’OA-ICOS’ and ’CRDS’
techniques
- Calibration and maintenance of measurement devices

● PI: dr inż. Jarosław Nęcki

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June 2018, Carbon Dioxide and Methane observation mission, Silesia region, Poland

Research trainee in the Environmental Physics Group

● Tasks:
- Measurements and calibration of apparatuses employing ’FTIR’, ’CRDS’, ’OA-ICOS’ techniques
- Collected horizontal profiles of GHG in Silesia voivodeship using the ’OA-ICOS’ and ’CRDS’ techniques
- Measurements of surroundings of Silesian coal mines’ ventilation shafts in order to asses methane emission rates

● PI: dr inż. Jarosław Nęcki

Schools:

Jul 2023, International High Performance Computing Summer School, Atlanta, Georgia
The IHPC summer school will familiarize the best students in computational sciences with major state-of-the-art aspects of HPC and Big Data Analytics for a variety of scientific disciplines, catalyze the formation of networks, provide advanced mentoring, facilitate international exchange and open up further career options.

1. Dec 2023, AGU, San Francisco, California
• Florczyk, G. M. et al. How does the novel EDMF-AERO model help to study Aerosol-PBL Interactions? - Initial testing and results
  
2. July 2022, International Radiation Symposium, Thessaloniki, Greece
• Florczyk, G. M. et al. Modelling of the Diurnal Cycle of the Aerosol-filled PBL with the Eddy Diffusivity/Mass Flux Model Coupled with the Radiative Transfer Model
3. May 2022, EGU General Assembly, Vienna, Austria
• Florczyk, G. M. et al. The silica gel dryer or the electrical heating. Which one is better to ameliorate humidity-related anomalies using the MicroAeth AE-51?
4. May 2021, ACTRIS Summer School, University of Helsinki, Atmospheric observations of aerosols, clouds and reactive trace gases
5. Apr 2021, EGU General Assembly, Virtual
• Florczyk, G. M. et al. Should black carbon concentration from aethalometer measurements onboard UAVs be additionally corrected? - What is the impact of rapid relative humidity changes on our measurements?
• Nurowska, K. et al. Determination of hygroscopic aerosol growth based on the OPC-N3 counter
• Jagoda, P. et al. The extent of methane emission associated with the natural gas industry in southeastern Poland
6. Dec 2020, PolandAOD Conference, Virtual
• Florczyk G. M. et al. Impact of rapid changes of relative humidity on eBC levels in portable aethalometer AE-51
7. Apr 2019, EGU General Assembly, Vienna, Austria,
• Nęcki, J. et al. Why are Silesian cities breathing with methane? - results of JSUN-CH4 project