Senior Atmospheric Scientist

ISHE; Tallahassee (FL); Hybrid; USD 90,000 - 130,000; Full time

Job summary

ISHE is seeking a PhD-level Atmospheric Scientist or Meteorologist focused on severe convective storms and tornado dynamics to advance prediction through modeling, analysis, and machine learning.

You will work in a high-impact research environment collaborating with national programs and forecasting offices to improve warning lead times and storm-scale understanding.

Qualifications

• Ph.D. in Atmospheric Science, Meteorology, or related field.
• Experience with severe convective storms or tornado dynamics.
• Strong background in radar meteorology or storm-scale processes.
• Experience with Python or similar languages.
• U.S. citizen.

Responsibilities

• Conduct advanced research on severe convective storms, mesocyclones, and tornado intensity prediction.
• Analyze radar, satellite, and in-situ atmospheric datasets to investigate storm-scale dynamics.
• Develop and apply machine learning and statistical models to anticipate severe weather hazards.
• Perform analysis using numerical weather prediction models and storm-resolving simulations.
• Collaborate with forecast offices, national weather programs, and research institutions.
• Publish findings in peer-reviewed scientific journals.
• Present research at national and international conferences.
• Develop reproducible analysis tools using Python and modern scientific computing environments.
• Participate in field campaigns and observational research projects.

Skills

Python

Radar meteorology

Atmospheric dynamics

Independent research

Communication skills

Education

Ph.D. in Atmospheric Science, Meteorology

Tools

WRF

GR2Analyst

GEMPAK

BUFKIT

ArcGIS

Job description

About the Role

We are seeking an exceptional PhD-level Atmospheric Scientist or Meteorologist with expertise in severe convective storms and tornado dynamics to join our research team. This position focuses on advancing the prediction and understanding of severe weather through cutting-edge analysis, numerical modeling, and machine learning approaches.

The successful candidate will work in a high-impact research environment focused on improving severe weather forecasting, warning lead time, and understanding of storm-scale processes. The role offers opportunities to collaborate with operational forecasting offices, national research programs, and interdisciplinary teams working at the forefront of meteorological science.

This position is ideal for researchers passionate about bridging the gap between academic research and operational forecasting.

Key Responsibilities

• Conduct advanced research on severe convective storms, mesocyclones, and tornado intensity prediction
• Analyze radar, satellite, and in-situ atmospheric datasets to investigate storm-scale dynamics
• Develop and apply machine learning and statistical models to anticipate severe weather hazards
• Perform analysis using numerical weather prediction models and storm-resolving simulations
• Collaborate with forecast offices, national weather programs, and research institutions
• Publish findings in peer-reviewed scientific journals
• Present research at national and international conferences
• Develop reproducible analysis tools using Python and modern scientific computing environments
• Participate in field campaigns and observational research projects

Required Qualifications

• Ph.D. in Atmospheric Science, Meteorology, or a closely related discipline
• Demonstrated research experience in severe convective storms or tornado dynamics
• Strong background in radar meteorology, atmospheric dynamics, or storm-scale processes
• Experience with Python or other scientific programming languages
• Proven ability to conduct independent research and publish results
• Excellent written and verbal communication skills
• U.S. Citizen

Preferred Qualifications

• Experience applying machine learning or artificial intelligence to meteorological problems
• Familiarity with convection-allowing models and numerical simulations
• Experience with tools such as WRF, GR2Analyst, GEMPAK, BUFKIT, or ArcGIS
• Experience working with operational meteorology teams or forecasting centers
• Participation in field campaigns or observational meteorology projects