Instructed an interactive course section, conducted office hours, and assisted general course preparation for the Compute Science and Engineering (CSE) major and non-major Data Visualization Courses (CSE 412, SP23 & WIN24 and CSE 442, AUT23)

-Assessed the impacts of urban microclimates and future climate changes on urban building energy systems in Seattle, WA. - Explored the relationship between outdoor and indoor environmental quality (IEQ) metrics under changing weather extremes within different spatial and temporal states. Gathered subjective and objective IEQ data. Recognized timestamps for which indoor temperatures did not meet ASHRAE heating and cooling standards. -Investigated the modeling of full-scale wind… Show more -Assessed the impacts of urban microclimates and future climate changes on urban building energy systems in Seattle, WA. - Explored the relationship between outdoor and indoor environmental quality (IEQ) metrics under changing weather extremes within different spatial and temporal states. Gathered subjective and objective IEQ data. Recognized timestamps for which indoor temperatures did not meet ASHRAE heating and cooling standards. -Investigated the modeling of full-scale wind pressure loadings on rooftop photovoltaic (PV) arrays, both in a laboratory setting at the FIU Wall of Wind and in the field at a CWU Campus building. Streamlined project data organization, visualization, and statistical analysis. -Analyzed the impacts of environmental conditions, traffic revisions, and community events on bike traffic in Seattle. Identified city-wide initiatives that increase bike ridership. Show less

Comprehensively analyzed the influence of outdoor climate on Norwegian swimming hall final annual energy consumption and identified improved building methods for optimizing energy performance.

-Assisted students with theoretical and computational statistics questions, with an emphasis on linear regression, multiple linear regression, confidence intervals, and understanding the statistical analysis platform, R.

-Conducted office hours, general course preparation, and grading for Statistical Methods in R (APPM 4570, Spring 2019, Spring 2020) and Statics and Structures (MCEN 2021, Fall 2018)

Used low-cost air quality sensors to investigate the spatial resolution of air contaminates in complex rural and urban environments.

- Examined water quality data for seeps and springs adjacent to a uranium mill- Gathered evidence for contaminated springs and identified focus areas for remediation-Contributed to meetings covering topics including but not limited to: Groundwater Contamination, Produced Water, and Deep Well Injections