Ethan
Doan

Building patient-facing and operational software across scheduling workflows, portal experiences, and treatment navigation systems.

• Develop end-to-end enterprise applications of Gallup's Survey Platforms using C#, .NET, and React.
• Deploy responsive front end web features using TypeScript, JavaScript, and React based on provided wireframes, business needs, and stakeholder feedback.
• Leverage Test-Driven Development methodologies to drive the functionality and reliability of web platforms and REST APIs, resulting in improved code quality and accelerated development cycles.
• Design and integrate scalable APIs and background workers to streamline proprietary subscription management and improve user experience using .NET.
• Upheld and implemented web accessibility standards across Gallup's Survey Platforms, enhancing user experiences for individuals with disabilities through accessible navigation, keyboard-friendly controls, and screenreader compatibility.
• Optimize development efficiency through Agile practices including pair programming, code review, unit/integration testing, and load/stress testing.

• Organized, initiated, and created fully functional front and back end features, effectively streamlining actuary and underwriter workload.
• Incorporated 100% coverage unit tests and integration tests to ensure correct population of data models and execution of persistence logic, leading to a 15% reduction of bugs in production code.
• Created, documented, and tested REST APIs to facilitate quality assurance, implement features, and assist client decision making with Swagger and Spring.
• Addressed regular production bugs and improvements in existing Groovy services using CI/CD pipelines to rapidly iterate.

• Developed machine learning algorithms with Python to forecast the commodities market.
• Applied economic research conducted through Bloomberg Terminal to improve vector autoregression forecasting accuracy and identify optimal buying strategies for commodities.
• Used descriptive and predictive statistics to strategize methods to minimize cash conversion cycle length for the irrigation industry.
• Built and presented financial models to predict potential irrigation industry revenues using Power BI to support management level decision making.

• Performed ad-hoc data analysis through Tableau for a wide variety of departments involving reporting, modeling, and forecasting.
• Worked on projects that required technical directives, implemented stakeholder input, and produced tangible outcomes that increased the efficiency and accuracy of client services while automating their workload.
• Curated cohesive and meaningful Tableau Scorecards and Dashboards effectively utilizing Treemaps, Geographical Maps, Donut Charts, and Gantt Charts.
• Designed and developed KPIs to build stories around building occupancy, railcar efficiency, data warehousing, and more for executive level stakeholders.
• Managed Tableau Server data sources and wrote custom SQL to create efficient databases for use by various company initiatives.
• Thrived in a fast-paced and dynamic environment providing Tableau administrative support, project management, and technical troubleshooting for a multitude of departments.

• Parter of the Quarter Q2 2020

Background

During my time at Creighton University, I had the opportunity to be involved in the Practicum for International Development as a part of my business degree. This course offers students the chance to apply their academic knowledge in service-oriented roles, making a positive impact on communities globally. During my time in this class, I worked on the technology track helping to advance and develop further iterations of the Bluebox.

The Bluebox, a compact digital library built on a Raspberry Pi platform, offers a wealth of preloaded educational materials designed to enhance learning in the most remote areas of the world. This system, accessible without an Internet connection, allows any device connected to its hotspot, through wireless or wired connections, to freely access its resources. Ideal for communities, teachers, and students, the Bluebox's content can be viewed on any web browser installed on their devices. Additionally, a solar-powered version is available for deployment in areas lacking electricity.

Throughout the semester, our class focused on enhancing the functionalities of the Bluebox. Our project led us to Santiago de los Caballeros in the Dominican Republic, where we had the opportunity to make a direct impact. We visited rural schools, donating Blueboxes and necessary devices, spending time educating instructors and students on how to leverage the Bluebox's capabilities. This effort was not just about providing technological tools, but also about empowering these communities with new avenues for learning and development.

Purpose

Unfortunately, students enrolled in the course have just a single chance to visit these schools, and Creighton's professors are limited to an annual visit. We have observed that sometimes, likely due to the language barriers involved, the instructors at these schools may not fully understand the Bluebox's capabilities, causing them to be reluctant to use it. Recognizing the need for ongoing support, our class proposed a solution: a dedicated platform for these instructors to seek assistance and share experiences with fellow Bluebox recipients. I spearheaded the development of the Bluebox Forum, a collaborative space designed for this purpose. This forum not only facilitates problem-solving and knowledge exchange among the community in Santiago, but also enables Creighton's professors to offer remote troubleshooting. The aim is to ensure that every school maximizes the benefits of the Bluebox, unlocking its full potential for enhancing education.

Where We Are Now

Currently, the Bluebox Forum has a user-friendly interface with features for posting and commenting, fostering active community engagement. It is integrated with robust and scalable REST APIs using Express, with a MongoDB server for efficient data management. Moving forwards, we are working with Creighton University to integrate the forum with their systems, enhancing its accessibility and longevity. This initiative is pivotal in our mission to continually support past and future Bluebox beneficiaries, ensuring its lasting impact on global education.

Tasks

• Created a forum for Bluebox recipients to troubleshoot issues and contribute to the Bluebox community using MongoDB, Express, React, and Node.
• Designed robust and scalable REST APIs using Express and Node enabling seamless data handling, real-time data updating, and efficient server-side operations with MongoDB.
• Leveraged React Router DOM for URL driven navigation and dynamic page rendering, significantly enhancing page navigation and providing seamless transitions between components.
• Identified user needs and interactions and developed highly responsive user interface components with React and React Bootstrap.

Honors

Summa Cum Laude, Charles F. and Mary C. Heider Scholar, Joella Cohen Scholar, Deans Honor Roll (All Semesters)

Extracurriculars

Computer Science Club, Practicum in International Development, Portfolio Practicum, Formula One Club, Creighton Investment Banking Society, Institute for Economic Inquiry

Extracurriculars

Basketball Photographer / Videographer, Baseball Photographer / Videographer, Lacrosse