Java Developer

Wells Fargo

1. Orchestrated a pivotal project aimed at optimizing the online customer portal, utilizing a stack that included Java EE for robust enterprise application development, Spring Framework for streamlined development, and hibernate for efficient database interaction
2. Leveraged Java EE's comprehensive architecture and implemented crucial features to enhance the online customer portal's functionality, ensuring seamless user experiences and efficient account management.
3. Enabled real-time data retrieval through integration of RESTful APIs, enabling customers to access account information swiftly and conveniently, enhancing overall user satisfaction.
4. Participated in rigorous code reviews and conducted thorough unit testing, maintaining an exceptional code coverage of over 85%.
5. Developing microservices for a peer review network where developers can seek feedback and validation for their code contributions from a decentralized community of peers.
6. Employed Git as a version control system and utilized JIRA for effective issue tracking and project management.
7. Designed and developed the application's server-side logic using Java and the Spring Boot framework.
8. Implement RESTful APIs to handle client requests and interact with the loyalty point system.
9. Practiced Test-Driven Development (TDD) methodology, writing comprehensive unit tests that covered 85% of the codebase, ensuring robustness and identifying potential issues early in the development process.
10. Build microservices that facilitate decentralized bug tracking and issue management, allowing developers to report and track issues in a distributed and transparent manner.
11. Aligned technical skills with Wells Fargo's commitment to efficient and customer-centric online services and contributed to the organization's overall mission of delivering seamless and convenient banking experiences to its customers.

Java Developer

IBM

1. Undertook a significant e-commerce project in IBM, leveraging Java for robust backend development, Spring Boot for streamlined microservices architecture, and Spring Framework for comprehensive feature implementation.
2. Achieved an impressive 40% enhancement in application response times through meticulous optimization techniques and rigorous load testing.
3. Integrated AI-driven recommendation engines that contributed to a notable 25% increase in the average order value.
4. Ensured smooth data flow and synchronization across different modules, with integrated RESTful APIs.
5. Employing Git for version control and Jenkins for continuous integration, also established a robust and collaborative development environment.
6. Ensured code quality with comprehensive unit tests, covering 80% of the codebase, and reducing post-release defects by 40%.
7. Played a pivotal role in designing and developing microservices with scalability in mind whose architecture allowed the platform to efficiently handle increased user traffic and deliver optimal performance during peak periods.
8. Developed microservices for a financial application that handles account management, transactions, customer profiles, and fraud detection, ensuring the scalability and security needed for handling sensitive data.
9. Employed Java, Spring Boot, React, Hibernate ORM, and Git, ensuring a modern, efficient, and versatile technology foundation.
10. Collaborated with cross-functional teams encompassed requirements gathering, design discussions, and agile development practices.
11. Established a DevOps culture involved creating automated testing pipelines, integrating static and dynamic code analysis tools, and incorporating automated deployment processes

California State University, Los Angeles

Computer Science