Summary

Atmospheric scientist with expertise in extratropical dynamics, blocking, and climate hazards. Experienced in analyzing high-impact weather events and assessing climate risk using large ensemble datasets and high-resolution simulations. Strong programming background (Python, Fortran) and high-performance computing skills. Passionate about applying science to real-world risk challenges.

Education

• Ph.D. in Meteorology

  2022
  Freie Universität Berlin
• M.Sc. in Earth Science

  2018
  UNAM
• B.Sc. in Atmospheric Sciences

  2014
  University of Veracruz

Work Experience

• Postdoctoral Researcher in Atmospheric Processes

  2025 -
  Project: Dynamical constraints for the predictability of heat waves in current and future climates (HEATforecast)

  • Analysed role of large-scale circulation in shaping the frequency and duration of heatwaves
  • Utilized diagnostic tools in Python and leveraged high-performance computing (e.g., ALPS)
• Postdoctoral Researcher in Climate Impacts

  2023 - 2025
  Project: Representation and Impacts of Atmospheric Blocking in the nextGEMS

  • Assessed biases in blocking frequency, duration, and dynamics in high-resolution climate simulations (e.g., ICON, IFS)
  • Evaluated large-scale circulation patterns influencing renewable energy variability and extreme weather in Europe
  • Utilized diagnostic tools in Python and leveraged high-performance computing (DKRZ, Levante)
  • Engaged in interdisciplinary collaborations and workshops focused on climate hazard impacts
• Ph.D. Researcher

  2018 - 2022
  Project: Extratropical Cyclone Dynamics in CESM Large Ensemble

  • Investigated shifts in cyclone tracks and changes in wind and precipitation extremes with direct implications for climate risk
  • Developed diagnostic, statistical, and visualization tools using Python and Fortran
  • Contributed to publications and presented findings at international conferences

Skills

Languages

• English

  fluent
• Spanish

  native
• German

  intermediate