Mary Windsor Email and Phone Number

• Assisted in the development and execution of human factor research studies that aim to advance vehicle technology and simulation science, and improve driver performance• Interacted with human subject participants and aimed to develop a rapport with them• Familiarized human subject participants with the driving simulator and provided driving instructions per research study requirements• Recorded personal interactions with human subject participants and key information pertaining to their interactions with driving in the simulator in Research Electronic Data Capture (REDCap)• Communicated, and coordinated with other research assistants about data collection procedures and plans• Trained new research assistants on data collection procedures which involved working with human subjects, recording data, and working in the driving simulator• Annotated video data that was collected in previous driving studies

• Designed and implemented GIS web applications (I.e. Experience Builder & Story Maps) for internal and external users that fostered communication, supporting critical project management operations• Planned, developed, implemented, and maintained relational databases• Collected, processed, analyzed, visualized, maintained, shared, and documented spatial data• Developed Python and R scripts for the automation of the mining, creation, processing, analysis, and visualization of geographic data• Developed ArcGIS Online Story Maps that depict information and maps about the USACE Sustainable Rivers Program (SRP)• Worked effectively with GIS staff and other departments to understand their operation needs and developed technical recommendation and solutions

• Assisted in the development, processing, analysis, visualization, maintenance, sharing and documentation of spatial data• Created maps and performed spatial analyses using ArcGIS software• Developed Python and R scripts for the automation of the creation, processing, analysis, and visualization of spatial data• Communicated and worked with USACE GIS staff to develop workflows and GIS solutions• Provided GIS and data visualization solutions to support and communicate data insights to clients and staff

• Designed GIS-based user interfaces for a collaborative watershed management approach• Identified user requirements and developed mock-ups as an implementation strategy• Provided guidance to a development team for the implementation of the interface design• Created user-testing platforms for the GIS-based prototype and analyzed user feedback

• Performed GIS related tasks such as data acquisition, data conversion, data management, and spatial analysis• Researched different markets within industries for the potential development of GIS products• Conceptualized and planned for the development of a GIS political campaign targeting application• Developed partnerships with data providers• Consulted with current and potential clients about GIS solutions• Arranged and provided remote desktop demonstrations of GIS software products with clients• Improved the UX/UI design of GIS software products through user testing for malfunctions and intuitiveness. Provided feedback for mandatory improvements and optional enhancements• Composed, critiqued, and clarified GIS software user manuals• Developed the company webpage. marketing content, and email campaigns

• Co-developed a web-based spatial-temporal business analyst tool for insight into patient data patterns across service regions with geo-visual analytics• Conceptualized, planned, and developed an information visualization dashboard widget within the business analyst tool to support stakeholder decision-making• Acquired, parsed, filtered, and geocoded geospatial data• Performed spatial analysis tasks for business development

Geography 551: Principles of Remote Sensing (two semesters)• Instructed students laboratory assignments which provided them with a hands-on learning experience to remote sensing software and applications• Guided students through example problems to demonstrate software functions and their location within the interface• Taught students to how to effectively interpret image results• Prepared weekly lab lecture materials, data, and assignments• Updated and formatted lab assignments that were provided and used in previous years• Created new lab assignments• Graded students weekly lab assignments• Provided one-on-one assistance to students to support and develop their understanding of the class and lab concepts

• Assisted in the development towards a web-based spatial and temporal business analyst tool using patient data. • Collected, geocoded, analyzed, managed, and visualized spatial data

Assisted students with laboratory assignments for the Department of Geography in the listed courses:• Geography 250: Fundamentals of Cartography• Geography 345: Remote Sensing the Environment• Geography 385: Introduction to Geographic Information Systems• Geography 445: Advanced Remote Sensing• Geography 485: Advanced Geographic Information Systems

Research: Measuring the Effectiveness of Different Map Rhetorical Styles for Persuasive Geocommunication. Conducted research on different rhetorical persuasive map styles and their impact on geocommunication.

• Scanned and geo-rectified aerial photos of the Upper Mississippi River from the 1940’s• Digitized geo-rectified data by assigning classed polygons using seven different land cover classes• Performed land cover analysis and quality control checks for any overlaps or gaps on the digitized datasets. • Directed the composition for two series of historical land cover classification maps that compared land cover change from the 1940’s to 2010/2011 datasets of the Upper Mississippi River

• Analyzed levels of nickel, chromium, lead, and cadmium in foreign soils sampled from industrial sites in Elbasan, Albania. • Heated samples for sterilization and operated a Malvern Mastersizer 2000 particle size analyzer.