• Orchestrated the seamless migration of a rewards catalog from SharePoint to a robust full-stack application utilizingVue.js, Pinia, Fastify API, Spring Boot, Java, HTML.• Enhanced the user experience for Army Reserve & Veteran credit card holders, enabling efficient reward gift selection.• Boosted service speed by 185%, potentially driving an additional $9 million in revenue for Capital One.• Engineered the deployment to production via Terraform, Docker files, and leveraging… Show more • Orchestrated the seamless migration of a rewards catalog from SharePoint to a robust full-stack application utilizingVue.js, Pinia, Fastify API, Spring Boot, Java, HTML.• Enhanced the user experience for Army Reserve & Veteran credit card holders, enabling efficient reward gift selection.• Boosted service speed by 185%, potentially driving an additional $9 million in revenue for Capital One.• Engineered the deployment to production via Terraform, Docker files, and leveraging Jenkins pipelines. Show less

• Automated and migrated 45% of Fidelity Mainframe stock and job requests to AWS utilizing Terraform• Transformed and virtualized 10,000 Fidelity meta-data nodes, by fabricating a Neo4j Graph Database• Scripted File Query Analysis in Cypher-Shell, reducing over 5,000 of duplicate nodes• Enhanced efficiency by updating metadata collection on AWS S3 Buckets in Java, ensuring seamless integration between the Graph Database and Fidelity’s existing systems on AWS

FRC is an international robotics competition in which teams of high school students design, and program a robot that fulfills unique seasonal challenges under time and budget constraints.-Utilized Java to program robot-Gained experience in electrical engineering and circuitry-Worked with a team of students in developing a vision system using a Raspberry Pi and a camera-Utilized CAD Skills to Build a design of the robot and did testing such as -Researched and implemented… Show more FRC is an international robotics competition in which teams of high school students design, and program a robot that fulfills unique seasonal challenges under time and budget constraints.-Utilized Java to program robot-Gained experience in electrical engineering and circuitry-Worked with a team of students in developing a vision system using a Raspberry Pi and a camera-Utilized CAD Skills to Build a design of the robot and did testing such as -Researched and implemented custom path following for self-driving routines-Member of drive team: one of the 5 members that actively manipulate the robot on the competition field-Learned to effectively communicate and collaborate with another team member to construct the most capable and efficient robot Show less