Corneliu Duja

Designed and built AI-enabled funding application request processing based on Azure cloud architecture for The FundWorks. Implemented ETL integrations via Zendesk API, document OCR/AI extraction, and workflows integrating the FundIT API.

Led development of the Clinical Data Repository (CDR) service for the Philips HealthSuite Platform, supporting internal and external customers building healthcare solutions. Designed and implemented scalable Spring Boot services and PostgreSQL systems, improving and refactoring automated tests and delivering production support.

Developed and maintained a suite of retail products for Kantar Retail to analyze and optimize manufacturer sales. Built business logic, REST services, and UI components using MS SQL and Microsoft .NET with Vue.js, supporting Agile/Scrum delivery.

Built and maintained back-end APIs and related front-end applications for healthcare ERP products. Developed using Java and Spring with test coverage using Mockito and healthcare data standards (FHIR).

Developed a cloud-based SaaS ERP for trade and marketing across POS, stock, finance, eCommerce, CRM, reporting, ordering, and APIs. Implemented business logic, REST services, device integration modules, and public/customer APIs using .NET, Java, Spring, and Angular.

Worked on products to process digital images and patient data (DICOM), including development of Zillion screening portal functionalities. Implemented features using ASP.NET MVC, .NET Core, Entity Framework, MS SQL, and jQuery.

Developed a cloud-based SaaS ERP for wine industry trade and marketing, including client area and admin CMS. Delivered business logic, REST services, database modeling, and microservices using Java, Spring, Hibernate, and JUnit.

Developed a platform for completing, monitoring, and analyzing customer feedback for public locations, including case flow modeling, persistence, business layer, REST services, and reporting UI. Built components using the MEAN stack with TypeScript and Nest.

Pursuing a Master in Information Technology and Communications with a focus on quantum computing. Studies physical realization of a quantum computer.

Studied theoretical models of classic and high-Tc superconductors, including DC Josephson effect and Andreev reflection. Focused on electronic states and behaviors at a twin boundary of a d-wave superconductor.

Studied semiconductors theoretical models (A4B6), focusing on disorder effects and absorption in a one-dimensional semiconductor model. Covered academic coursework leading to a Master degree in theoretical physics.