INTERNSHIP DETAILS

Radar Intern

CompanyRainmaker Technology Corporation
LocationNorman
Work ModeOn Site
PostedMay 6, 2026
Internship Information
Core Responsibilities
The intern will use machine learning to identify and track microscale features in winter weather systems using radar data. Responsibilities include processing datasets, visualizing model results with Python, and documenting research findings.
Internship Type
seasonal (summer)
Company Size
100
Visa Sponsorship
No
Language
English
Working Hours
40 hours
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About The Company
Rainmaker is ending water scarcity with next-generation cloud seeding.
About the Role

Position: Summer Research Intern: Weather & Machine Learning

Duration: 10–12 weeks

Level: Undergraduate or Graduate

Overview: We are seeking a motivated student with coursework in meteorology and hands-on experience with machine learning to join our research team for the summer. The intern will contribute to a project focused on using machine learning to better understand and track microscale features within winter weather systems using radar data.

Responsibilities

  • Work with radar datasets to identify and organize cases of microscale features
  • Assist in preparing and processing data for use in machine learning models
  • Help evaluate and visualize model results using Python-based tools
  • Contribute to team meetings and discussions about storm behavior and model performance
  • Document progress and assist in preparing summaries of findings

Qualifications

  • Currently enrolled in an undergraduate or graduate program in meteorology, atmospheric science, or a related field
  • Basic familiarity with radar products through coursework or experience
  • Prior coursework or project experience in machine learning or data science
  • Proficiency in Python for data analysis

Preferred

  • Coursework or experience in radar meteorology
  • Experience with or understanding of cloud seeding atmospheric effects
  • Familiarity with deep learning frameworks such as PyTorch or TensorFlow
  • Experience with data analysis tools such as Py-ART, MetPy, xarray, or similar
  • Prior research experience of any kind (REU, class projects, lab work)

What You Will Gain

  • Hands-on experience applying machine learning to real operational radar data
  • Mentorship from researchers across meteorology and data science
  • A meaningful research contribution suitable for graduate school applications
  • Collaborative work environment bridging atmospheric science and modern data science methods

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Key Skills
MeteorologyMachine LearningPythonRadar Data AnalysisData SciencePyTorchTensorFlowPy-ARTMetPyXarrayDeep LearningAtmospheric Science
Categories
Science & ResearchData & AnalyticsEngineeringEnvironmental & Sustainability