Eduard Agarici

A Java Spring boot web project is meant to help a bank's sales and legal departments negotiate contractual clauses with their potential clients. Among the functionalities, a few worth-mentioning ones include clause modification and interaction with external systems to gather relevant information necessary for user assistance in making the correct decisions.

In terms of my duties, I was responsible for building a scalable microservices architecture, incorporating the app with other external services, implementing cron jobs to ensure the end of negotiations whether a specific timeout is exceeded. Lastly, by introducing a notification system, users would get reminders and updates to keep track of their ongoing negotiations and statuses.

A multi-target application designed for computing the bill of materials for a product throughout its entire lifecycle. This app also incorporates the functionality of making recommendations to reduce the overall costs.

My responsibilities included building a C++ calculation engine that provided fast computation due to graph algorithms and abstract syntax tree parsers. Furthermore, I designed a Spring Boot web application that interrogates the previously-mentioned calculation engine and exposes REST APIs used by the front-end team to display necessary dashboards and information.

I developed a Spring Boot web solution for an in-house inventory app.

My responsibilities revolved around providing back-end solutions while working closely with the front-end team to build a secure platform that automates item renting. The products, representing the primary resources, were consumed from an external service via a search engine.

This platform is capable of a range of functionalities such as keeping track of loaned items, sending notifications whenever the return date has expired, booking shipments, and displaying statistics like the most commonly used items.

I built a Django online platform that enables content creators to write and publish stories through AI using an artificial intelligence-powered editor. It belongs to the blogging platforms category, and users can compose and share their own work.

My responsibilities included designing back-end services such as user profiles, a news feed, and a follow system to keep in touch with someone else’s work. The application integrated a character-based LSTM model that, given a specific input phrase, could recommend a continuation—the possibilities varying from just the next word to entire paragraphs, making the tale more creative. Available genres were the following: adventure, horror, and mystery. Regarding the model, we used TensorFlow for the training part. I worked alongside a front-end team to display the platform in an eye-catching manner.