Taylor Dowdy

Led AT&T's address qualification Mulesoft implementation and built a new fiber address qualification service, migrating legacy systems to an asynchronous Kafka-based architecture and improving validation throughput and reliability.

Designed architectures and drove Mulesoft API implementations to enable transformation and retirement of on-prem monoliths, leading a development team to integrate Gigapower fiber into the AT&T Dispatch ecosystem.

Transformed backend microservices and GUI for the Dispatch Learning Engine, built job-assignment and alerting microservices that reduced operational costs and improved on-call response.

Maintained a Django web application for the Citizen Science Builder and implemented a Python/Selenium automated regression test suite to support feature development.

Created a python data learning model to predict the costs of development projects. Lead the team in implementing version control and development standards. Lead an agile team of interns to create a web app for displaying various types of data for user consumption. Automated testing of an internal AT&T portfolio web app using Java and Selenium
WebDriver with the testNG framework

Activities and societies: Minor in Mathematics; Outstanding Computer Science Student of the Year (2019); ACM Treasurer (2019) and Co-Chair (2018); Grace Murray Hopper Memorial Scholarship Awardee (2018–2019); eHacks Chair Organizer (2017–2019); Founding member of Women in Computer Science and Computer Engineering.

Completed a Bachelor of Science in Computer Science with a minor in Mathematics, participating in ACM, hackathon organization, and receiving departmental awards.