Team: Commerce Licensing- Architected, engineered, and deployed replacement for a service’s dependency resulting in $600,000 cost reduction and 44% decrease in customer latency.- Developed REST APIs to support the Microsoft commerce platform.- Monitored and maintained Kubernetes clusters, diagnosing and resolving issues related to performance, scalability, and reliability.- Actively participated in the software engineer on-call rotation, demonstrating expertise in diagnosing and resolving critical production issues in a timely manner to ensure system stability and availability.- Lead remote team through working agreement creation leading to more effective collaboration and outlining of communication protocols.Leveraged technologies: .NET, C#, Kubernetes, Azure

- Built Docker container for full-stack web application- Utilized AWS CloudFormation to create Blue/Green Deployment architecture- Developed user-facing application component using Vue.js

For this assignment I was a member of GE Aviation’s Predictive Quality Analytics team. As part of the team I developed technology to reduce the risk of quality escapes and defects in GE Aviation global supply chain.- Architected advanced analytic platform utilizing Azure native services- Developed analytic models to detect risks in GE Aviation Supply Chain using Python/Pandas- Engineered data pipelines to feed analytical models using Dataiku/Python- Communicated business value and outcomes of technical work to functional customers

For this assignment I was a member of GE Aviation’s Data Governance team. As part of the team I owned a variety of projects which sought to reduce regulatory risk, maintain data operations, and drive quality outcomes while ensuring continued data democratization in GE Aviation’s data lake. Ultimately, my assignment’s outcomes set a strong foundation for further investment in data governance initiatives.- Defined access control patterns for cloud-based (AWS) data lake- Performed gap analysis on access control requirements for cloud-based (AWS) data lake- Developed requirements for and created a Quality Functional Diagram to evaluate vendors to propagate sensitive data throughout GE Aviation’s data lake- Created a dashboard to dynamically measure state of data quality in data lake- Utilized Python (pandas) and Dataiku platform to recognize and remediate ownership data quality issues in data lake- Employed Lean methodology to improve metadata data quality remediation process

For this assignment I was tasked with solving a critical problem in our implementation of Teamcenter PLM Application. Throughout the various stages of crafting a solution, I served as a Technical Project Manager, Data Architect, and Software Engineer. At the end of my assignment we successfully pushed the solution to the production environment effectively resolving the issue.- Lead solution team to migrate 2 billion row audit log table out of Teamcenter application to prevent system failure- Developed project requirements by communicating with stakeholders across GE Aviation business- Architected daily archive system to prevent future problematic accumulation of audit logs- Engineered Java program to parse large XML files then insert into Oracle database

- Wrote and argued bill to distribute a previously unregulated fund of up to $700,000- Served as sole student representative on SU Information Technology Committee to benchmark and analyze present and future strategies for implementing university learning classroom technology - Studied presence of left-handed desks in classrooms to promote inclusion in the learning environment- Created proposal to develop a university wide first year student class

- Documented and organized minutes from Assembly, Cabinet, and Administrative Operations meetings

- Co-developed parser for raw GPS data in Python- Refactored launch control software from shell script to C++, improving readability and opportunities for further development- Architected and implemented GPS data relay system utilizing User Datagram Protocol

- Facilitated one-credit small group Computer Science course where participants work through a work sheet that relates to current lecture material- Supplemented group work with office hours to help participants individually

- Developed Spring service to configure Robot framework tests to run, analyze, and return results in CI/CD pipeline used by international team of developers- Implemented multithreaded REST API endpoint supplemented with Junit testing and documentation- Managed technology committee of 14 interns by balancing the committee budget, creating weekly agendas for and facilitating weekly meetings, and charging committee members with deliverables

- Supported implementation of web application to automate the spin down and spin up of AWS development servers to decrease monthly billing- Collaborated within Agile Scrum team to organize and meet weekly goals

• Communicated clearly and effectively with students to help them understand basic programming concepts and style for Introduction to Computing class

- Managed raw and processed images of store clothing and prepared using Adobe Photoshop for uploading onto the business’ online storefront- Collaborated with web team on how to improve image quality and implementation of images