Dan FLOCEA

• Architected cloud data pipelines and automated analytical workflows, ensuring reliability through proactive infrastructure monitoring.
• Leveraged AI Prompt Engineering to build automation scripts, significantly reducing operational overhead in an Agile Cloud environment.
• Utilized CI/CD pipelines for scalable, production-ready pipelines, translating business requirements into maintainable solutions
• Set up advanced monitoring and performance tracking mechanisms to ensure data integrity and proactive failure detection across cloud environments.
• Optimized backend performance and scalability by refactoring data structures

• Enhanced performance tracking for Light Division activities and outcomes.
• Developed Python automation scripts using Pandas and NumPy, reducing effort by 30%.
• Strengthened internal controls through monitoring actions across Light Division entities.
• Managed Interco payment delays, ensuring timely processing and compliance.

Used Technologies: IntelliJ IDEA, Maven, Spring MVC, Tiles, Hibernate, MySQL, MariaDB, IoC, Dependency Injection, Git/GitHub.

• Developed the backend in Java using Spring Framework, which gave the application modularity and scalability for further extension
• Created and connected the application to the database MariaDB using Hibernate, which allowed support customers with their uncertainties on various topics
• Implemented the project's front end using HTML5, CSS3, JavaScript for the core functionality and used Bootstrapv5 to enhance the overall design

https://github.com/Ddan1233/Java-Printing-2.git

Used Technologies: SpringBoot, Maven, MySQL, Hibernate, IoC, Dependency Injection, Git/GitLab, JUnit, Postman, ReactJS, React Router, Material-UI

• Developed the database in MySQL and generated tables using Hibernate for better time management of the project
• Created REST APIs and tested in Postman and also created Mockito Unit Tests which tested the communication with the database and indicated the errors in the code
• Crafted the front end using ReactJS, which allowed the creation of reusable components, making it efficient to build and maintain the user interface.
• Integrated the communication between front-end and backend using URIs.

Certificate of completion: https://rb.gy/8qzs1