Currently serving as an Undergraduate Research Assistant at the University of New Mexico, with a focus on numerical modeling of advanced nuclear systems, particularly in reactor design and nuclear waste management technologies. The work involves applying computational methods to simulate the performance and behavior of nuclear reactors, contributing to the development of safer, more efficient nuclear energy solutions, while also evaluating sustainable nuclear waste management techniques, such as vitrification using borosilicate glass.Responsibilities include conducting thermodynamic and heat transfer analyses within nuclear power cycles, specifically modeling the Open-air Brayton cycle for nuclear power conversion systems. This entails analyzing system optimization, performing efficiency calculations, and utilizing numerical tools such as MATLAB and Python to simulate reactor operations. The modeling also addresses the thermal, mechanical, and fluid dynamics properties essential for ensuring system safety and performance.Involves conducting comprehensive literature reviews on current nuclear technologies to incorporate the latest insights into ongoing research projects.This role has led to the development of strong skills in numerical modeling, data analysis, and scientific communication, with regular contributions to reports as well as presentations. The position supports efforts aimed at enhancing the sustainability and efficiency of nuclear energy systems, with a focus on advancing the safety and viability of future nuclear technologies.

Currently focused on the environmental and health impacts of uranium mining.Conducting in-depth analysis of environmental contamination caused by uranium mining and milling operations, with an emphasis on radioactive waste management and groundwater contamination.Investigating advanced remediation technologies, including engineered barriers, in-situ leaching, and long-term containment strategies.Evaluating the health risks associated with exposure to radioactive residues.Collaborating with faculty to research aimed at improving the long-term environmental stewardship of uranium production sites, ensuring sustainability and regulatory compliance.Preparing technical reports and literature reviews on the developments in uranium mine remediation and environmental monitoring practices.This role supports the broader mission of advancing safe and sustainable nuclear practices by addressing the critical challenges posed by legacy uranium production facilities.

Employed within the Engineering Division.Participating in the Savannah River Environmental Field Station (SRESFS) program, affiliated with the Savannah River National Laboratory (SRNL) and the Savannah River Ecology Laboratory (SREL). Acquiring specific expertise in robotics, instrumentation, and engineering research methods. Collaborating with fellow interns throughout the summer to develop presentations showcasing the knowledge gained from our mentors and instructors.

Creating artworks that amplify and celebrate diversity and inclusivity within Albuquerque's International District. Collaborating with community leaders in public schools, community centers, and public health coalitions to address social issues.