Andy Wang Email & Phone Number

🧑‍🍳

• Software Engineer
• Led the design and development of a multi-module REST API repository for an OptumRx Capitations Deduction screen using the latest technologies of Java, Spring MVC, Spring Boot, MySQL, DB2, and Kubernetes.
• Spearheaded the development of a critical end-to-end Spring Boot REST API for the concurrent processing and extraction of millions of provider claims data. This enabled simultaneous report generation.
• Engineered and automated a… Show more Software Engineer
• Engineered and automated a dynamic Java Spring-based scripting and parsing repository with Cucumber and Jenkins, optimizing manual financial tie-out procedures by over 500%.
• Designed and implemented a high-performance, automated integration testing pipeline for the refresh, intake, and extraction processes of millions of claims data.

• Developed and automated an analytical financial tie-out tool to identify and compare retrospective members with current claims using Java, Spring, Cucumber, and Jenkins.
• Implemented a comprehensive and scalable email-notification system using Java and Spring Boot, ensuring seamless weekly email logging with real-time reporting metrics.
• Wrote extensive unit and integration tests in JUnit and Mockito, with quality PR checks in code reviews that resulted in over 90% code… Show more
• Wrote extensive unit and integration tests in JUnit and Mockito, with quality PR checks in code reviews that resulted in over 90% code coverage.
• Won 1st place at Optum VBR Hackathon by building an end-to-end user interface that displays sentiments of Twitter tweets related to the COVID Vaccine, securing funding to become an official online monitoring tool for.

Basking Ridge, New Jersey

Claims Highway -- Eligibility Member Pick

North Brunswick, New Jersey

• Secret-Focus: A Practical Physical Layer Secret Communication System by Perturbing Focused Phases in Distributed Beamforming.
• By applying distributed phase alignment among distributed transmitters, we show that a new approach for assuring physical layer secrecy, without requiring any knowledge about the eavesdropper or injecting any.
• By applying distributed phase alignment among distributed transmitters, we show that a new approach for assuring physical layer secrecy, without requiring any knowledge about the eavesdropper or injecting any.
• Implementing the system using QAM + OFDM Show less