1. Co-Creator of She Surfs OBX Non-Profit2. Focused on breaking down barriers and getting women in the ocean!

Teaching 6-8th grade science covering introductory scientific methods, concepts, and a little bit of every type of science

-Developing and executing a comprehensive business development strategy for the imagery and remote sensing practice.-Identifying and evaluating new business opportunities, markets, and partnerships to drive revenue growth.-Focused on building and maintaining strong relationships with clients, industry stakeholders, and partners.-Collaborating with cross-functional teams including sales, marketing, product development, and technical teams to align business objectives and strategies.

• Served as Data Lead for NASA’s Earth Information Center Website, supporting decision makers in developing tools needed to mitigate, adapt, and respond to climate change• Acted as Proposal Lead and Technical Lead on multiple Esri business development efforts including proposals and RFIs (requests for information)• Designed, developed, and delivered multidimensional imagery workflows for federal customers including NASA, NOAA, FEMA, and the US military (ArcGIS Suite, Python)• Built 3D data (e.g., bathymetry, sediment cores) pipelines to create value-added products for state and international government customers (ArcGIS Suite)• Represented Esri as a remote sensing scientist on The Weather Channel’s Pattrn Channel as well as Esri’s Podcast, TikTok, and LinkedIn Live Initiatives

TEA&S is a family owned tea company focused on selling the most delicious teas in a transparent way. Most teas are harvested abroad and subsequently passed through multiple hands before making it to the consumer. Additionally, a majority of tea sold at/through tea shops is white-labeled meaning the seller rebrands the tea as their own. TEA&S focuses on selling tea in a transparent and sustainable way, highlighting the farmers and distributors, evoking the journey of tea through each sip.

• Licensed real estate agent (DC) associated with Keller Williams • Responsible for the management of residential properties in Washington, DC. Specifically involved in determining rental rates based on comparable homes, marketing and advertising vacancies, handling tenant relations, and overseeing maintenance.

• Taught four (two on-level and two advanced) sections of Algebra II & Trigonometry covering exponential, quadratic, rational, polynomial, and trigonometric functions to freshman and sophomore upper school students• Advised 8 sophomore upper school students by providing direction toward the student's career and educational goals and by acting as a sounding board when students experienced educational pitfalls

• Designed and developed a data collection and storage pipeline for analysts to visually rate and compare the resolution of point cloud data from LiDAR and passive EO imagers (MATLAB)• Tested and calibrated a Phoenix LiDAR system, validating functionality and reliability of sensor hardware and software in preparation for data acquisition (LiDAR)• Created a tool to reform customer satellite performance data for ingestion into internal image chain analysis and simulation software (Python)

• Performed dance routines on the sidelines, during half-time shows, and other special events.• Participated in community outreach events and appearances designed to promote relationships between the Baltimore Ravens and fans/local residents• Maintained a positive attitude and enthusiastic demeanor at all times to represent the team and organization in a positive light.• Voted by coaches as Most Valuable Cheerleader for the Pre-Season 2021 game against the New Orleans Saints.• Voted by teammates as Most Spirited Female Cheerleader for the 2021-2022 season.

• Related micro crystallinity of volcanic products to eruption environment with Professor Erika Rader (VNIR, LIBS, XRF)• Developed a searchable database, allowing users to query rock sample information, associated spectral data, and morphologic information (Python, SQL)• Currently developing a visual database of field data named the Volcanic Imaging Spectral Catalog of Surfaces of the above technical database for publication (Adobe Illustrator)

• Identified and collected 865 meteorites in the Transantarctic Mountains to be classified and curated by NASA Johnson Space Center and the Smithsonian National Museum of Natural History• Led inventory efforts including secure storage, cataloging, and transportation of all meteorites in the deep field• Selected as one of eight field team members from the planetary science community for the 2018–2019 season

• Hiring sponsored by the Oak Ridge Institute for Science And Education (ORISE)• Managed the website renovation of the Mars Reconnaissance Orbiter’s Compact Reconnaissance Imaging Spectrometer for Mars’s website (www.crism.jhuapl.edu)• Produced featured images highlighting scientific findings from the Mars Reconnaissance Orbiter’s Compact Reconnaissance Imaging Spectrometer for Mars instrument for public consumption• Created a geospectral map of Huygens Crater, Mars to investigate the geologic history of the region (ESRI ArcGIS, IDL/ENVI); in preparation for publication• Conducted statistical analysis of geologic knobs using photoclinometry results to investigate the relationships between geologic units surrounding the Caloris basis on Mercury (ESRI ArcGIS, Python); published in the peer-reviewed journal Earth and Planetary Science Letters

• Designed and built a transitional polarization rotator to be used in astronomical polarimetry systems and CubeSats; published in the peer-reviewed journal Applied Optics • Conducted electromagnetic modeling and testing of millimeter-wave detectors for land-based astrophysical systems