• Investigated and tested options for automating the calculation of historical shoreline change rates with open-source Python software, ArcGIS ModelBuilder, and R scripts• Reviewed and prepared data, maps, graphs, and charts for publication and presentation at professional conferences• Provided technical GIS and spatial statistics support for a coastal science lab working group with ESRI’s ArcGIS Pro and Arc Desktop software

• Increased the efficiency of aquatic field data collection of project partners by 50% through restructuring and upgrading predictive modeling workflows in ArcGIS Pro• Maximized workflow efficiency using ArcGIS ModelBuilder, R, and Python to build custom geoprocessing tools and scripts• Designed and led a GNSS based GPS field data collection project across seven field sites• Performed QA/QC to validate new field data and updated existing datasets

• Served as the GTA for a section of GEO 206 (Physical Geography) with around 200 enrolled students• Developed original assessment materials which improved the instructor's ability to measure critical thinking skills and content comprehension• Supported the instructor of record by responding to student emails, holding regular office hours, and grading weekly quizzes and larger exams administered throughout the semester

• Led the implementation of a new Python-based geospatial software toolkit which increased field work efficiency and the accuracy of aquatic habitat maps• Drafted SOPs to document workflows and produced FGDC-compliant metadata • Designed and delivered training to other GIS users on integrating new GIS tools and technologies into their workflows

• Developed online web apps using ESRI’s Web App Builder to enable project stakeholders to access geospatial data and create their own custom maps for offline use• Created an ArcGIS Collector web app to streamline and standardize field data collection• Updated and expanded a library of Python scripts to automate data processing tasks• Proposed and implemented a data management plan for 8TB of geospatial data which significantly improved internal data accessibility and security• Responded to requests for technical GIS assistance and produced hard-copy, digital, and web maps to support water resource management actions within national parks

• While employed through Colorado State University, worked as a GIS Intern for the Water Resources Division of the National Park Service and conducted benthic habitat mapping analysis for national parks in the Great Lakes region • Constructed detailed map layouts, brief methodology reports, and web maps to support operations• Conducted advanced spatial analysis, interpreted data, and applied projection corrections to field data• Worked with a diverse team to problem-solve, outline project deliverables, and troubleshoot technical GIS issues• Researched and conducted a complex pilot project to develop a standard GIS analysis methodology for benthic habitat mapping • Saved employer time by automating GIS workflows using Python and Model Builder• Developed an ArcGIS Collector app to facilitate GPS field data collection

• Supervised the execution of daily goals to complete professional-grade painting projects• Addressed customer questions and needs with professionalism and personal concern• Helped build a cohesive team of trained professionals to meet or surpass client’s expectations

• Used ArcGIS Desktop to build a dataset, conduct spatial analysis, and design professional map layouts• Aided in developing a custom online GIS application to track changes in riparian vegetation and stream channel structure with Google Earth Engine• Helped author a technical report, presentation, poster, and video to communicate project results• Performed a landcover model accuracy assessment case study• Took the lead on creating, editing, and documenting a GIS dataset using ArcGIS• Worked directly with project partners at the National Park Service and the Upper Colorado River Endangered Fish Recovery ProgramNASA DEVELOP Program:DEVELOP is a 10-week dual capacity building program which addresses environmental and public policy issues through interdisciplinary research projects that apply the lens of NASA Earth observations to community concerns around the globe. Bridging the gap between NASA Earth Science and society, DEVELOP builds capacity in both participants and partner organizations to better prepare them to address the challenges that face our society and future generations.