Jasmine Trevino

Jasmine Trevino

Atmospheric Science Researcher & Data Analyst

I am an undergraduate Atmospheric Science researcher at Texas A&M University–Corpus Christi, focusing on precipitation physics, radar meteorology, and machine-learning-based rainfall retrievals. My work combines MRR-Pro, disdrometer, and gauge observations to improve rain-rate estimation across varied precipitation regimes. I welcome collaboration, research inquiries, and professional opportunities.

Professional Experience

Feb 2024 - April 2024

Broadcast Meteorologist Intern

Produced daily forecasts for KIII Corpus Christi News and monitored developing severe weather events.

June 2024 - Present

Student Researcher

Conducting precipitation research focused on improving satellite-based rainfall retrieval algorithms using Micro Rain Radar (MRR-Pro) and Parsivel Disdrometer data funded by NASA IPMSI and NSF.

January 2025

AMS Annual Meeting Presenter

Presented research findings on Z-R relationships and drop size distributions at the 105th American Meteorological Society (AMS) Annual Meeting.

June 2025

TAMUCC Radiosonde Workshop Participant

Collaborated with faculty and students to design and launch custom radiosondes equipped with BME280 sensors and GPS. Programmed Raspberry Pi Pico microcontrollers to transmit atmospheric profiles and analyzed real-time telemetry data.

Education

Texas A&M University - Corpus Christi

Exp. Fall 2026

B.S. Atmospheric Science | Minor: Applied Mathematics

Awards:
  • Rising Scholar Award
  • Ruth A Campbell Scholarship
  • LSAMP Scholar
  • McNair Scholar

Coastal Bend Community College

May 2022

Associate of Science

Awards: Dean's List

Technical Skills

Programming & Data
Python MATLAB R Machine Learning
Tools & Systems
ArcGIS Linux MS Excel MS PowerPoint 3D Printing

Key Research

Rain Rate Retrieval with AI

Machine Learning

Improving Micro Rain Radar Rain Rate Retrieval in Different Precipitation Regimes Using AI Methods.

📄 View Poster (PDF)

Z-R Relationships

Data Analysis

Z-R Relationships Inferred from Rain Drop Size Distributions in Different Types of Rain Systems over Gulf of Mexico Coast.

📄 View Poster (PDF)