Katelyn Wallace
PhD Student
About Me
I’m currently a PhD student in Geology at the University of Houston, where my research focuses on advancing exploration methods for Rare Earth Elements (REEs) using hyperspectral imaging and geochemical analysis. These elements are critical for many of today’s technologies, from renewable energy systems to electronics, yet they’re notoriously challenging to locate and extract. My work aims to address this challenge by developing innovative, non-invasive techniques to make REE exploration more efficient and sustainable.
Education
PhD in Geology
University of Houston
Expected Graduation: May 2028
MS in Geoscience
Texas A&M University
MBA
Texas A&M University -Corpus Christi
BS in Geology
Texas A&M University – Kingsville
Core Skills and Expertise
Remote Sensing and GIS
Utilizing remote sensing techniques, including hyperspectral imaging and GIS, to accurately map and analyze geological features and mineral resources.
XRF Analysis
Proficient in X-ray fluorescence analysis, allowing for accurate elemental identification of geological samples in lab settings.
Data Management and Processing
Experienced in handling large geospatial and spectrometric datasets, ensuring data integrity and extracting meaningful insights.
Field Sampling and Lab Techniques
Well-versed in preparing geological samples with precision, ensuring high-quality data for subsequent laboratory analysis and imaging techniques.
Technical Writing and Research Documentation
Adept at producing clear, well-organized research reports and technical documents to effectively communicate complex findings.
Analytical Problem-Solving
Skilled in identifying challenges within exploration processes and applying systematic, data-driven approaches to resolve them effectively.
Research Highlights
Hyperspectral Imaging for REE Detection
Hyperspectral Imaging for REE Detection
Utilized hyperspectral imaging to precisely map Rare Earth Element (REE) distributions, improving exploration efficiency and supporting sustainable resource management.
Geospatial Database for Oil Exploration
Geospatial Database for Oil Exploration
Developed a Google Earth-integrated database for oil well data, providing mudloggers with real-time access to well information, enhancing field decision-making.
Environmental Impact of Sand Dune Migration
Environmental Impact of Sand Dune Migration
Mapped sand dune movement to assess potential risks to local infrastructure, aiding community planning and environmental management.
Get in Touch
Feel free to reach out if you’d like to learn more about my research, discuss collaboration opportunities, or just connect!
Email: moscukw@gmail.com
Office Location
University of Houston
SR1 236