Research Assistant

The Louisiana State Mesonet within the School of Sciences at the University of Louisiana Monroe (ULM) is seeking applications for a research assistant with experience in geospatial data visualization weather and water impacts communication and web-based dashboard development. The researcher will assist the mesonet program in developing and maintaining an operational impacts-based geospatial dashboard that integrates real-time observations from Louisiana State Mesonet (LSM) stations data from planned network expansion stations and output from the LSM regional weather model. The primary goal of this position is to translate weather and water data into actionable decision-relevant information for end users partners and stakeholders across the Lower Mississippi River basin region. The researcher may be tasked with implementing specific dashboard features and products to support project objectives and partner/stakeholder requests. This is a full-time 12-month position currently funded for 1-year at a competitive salary with a full benefits package. Employment extension beyond the first year is possible based on funding availability and a favorable formal review.

Design develop and maintain a weather and water impacts geospatial dashboard that integrates real-time LSM station observations expansion station data and regional model output

Implement water-focused dashboard components highlighting current and forecasted drought conditions soil moisture saturation levels and short- and long-term flood risk areas across the Lower Mississippi River basin region

Incorporate regional model forecast output into the dashboard to provide short- and medium-term outlooks on evolving drought or flooding threats

Develop and integrate severe and hazardous weather impact layers into the dashboard using regional model output identifying when and where significant weather threats may occur in the short- and medium-term forecast periods

Collaborate with the LSM team to build and maintain the backend infrastructure linking the dashboard to geospatial data streams from LSM stations and regional model output ensuring reliable near-real-time data ingestion and display

Develop and maintain a dedicated project webpage to host the impacts dashboard and associated documentation

Collaborate with the mesonet team partners and stakeholders to refine dashboard products based on end-user needs ensuring that impacts-based information supports timely and appropriate decision-making

Any other duties as needed at the request of the Mesonet Executive Director

Masters or Doctoral degree in Meteorology Atmospheric Science Geography Environmental Science Computer Science or a related technical discipline

Experience developing geospatial or data-driven web applications including interactive mapping or dashboard tools (e.g. Leaflet Mapbox ArcGIS Online or similar frameworks)

Demonstrated ability to work with and visualize large environmental datasets including weather observations gridded model output and soil or hydrological data

Familiarity with weather and water impacts communication including experience interpreting or presenting data in the context of drought flooding or other high-impact weather events

Experience with backend web development and data pipeline construction including linking live data feeds to front-end visualization tools

Strong problem-solving skills ability to work in a collaborative environment and a desire to learn new technologies are a must

Excellent oral and written communication skills including the ability to convey complex weather and water information to non-expert audiences

A record of high-quality peer-reviewed publications

Proficiency in the computer programming necessary for data processing geospatial analysis and dashboard development (e.g. Python JavaScript or equivalent)

Ability to work a flexible schedule

To apply please submit a cover letter CV/resume and a completed ULM application for employment.

Interested candidates are encouraged to reach out to Dr. Todd Murphy at before submitting a full application