SaaS platform as cloud-native core banking system - FiveDegrees
Participated in the creation of a SaaS platform that serves as a cloud-native core banking system as a frontend / full stack engineer. Tasks included developing infrastructure and services to assist the conversion of an existing Matrix system to the Azure cloud platform. Banks and SME lenders may concentrate on their main businesses rather than clumsy core banking technology thanks to the Neo banking system. Through setup, the loan management module controls consumer and business lending products, including unsecured, secured, and revolving loans. The three sections are Client service, Configuration management, and Tenant management. Technologies used: React, JavaScript, TypeScript, GraphQL, C#, .NET 6, .NET Core, REST, Formik, React hook form, React Query, Redux, Browser Plug-ins, SignalR, Storybook, NPM, MSAL, OAuth, OpenID, Microservices, Event-driven architecture,
CQRS, CI/CD pipelines.
Angular web application for the automotive industry - Sure
I was entrusted with building the foundation for this solution's development and the basic structure of the entire front-end system. The purpose of the program was to standardize the procedure of visiting a car repair shop and make it simple for auto repair services to communicate with their clients and vice versa. Real-time texting, push alerts, a browser plug-in to rapidly arrange a fresh repair service with your favorite shop, and many more features were available in the app. The project's successful launch into production with few issues and a few weeks before the deadline makes it one of Neboja's portfolio of accomplishments. Technologies used: Angular 2+, Interactive SVGs, Angular Animations, Chrome Plug-ins, Highcharts, JavaScript, Python, PostgreSQL, Firebase, Redis, AWS, Git, WebSockets.
Social mobile and web app for sharing rides and car-pooling - Koalift
The majority of my work on this app's development was devoted to React and React Native. The front-end of the web app was built using ReactJS, Redux, and Redux-saga, and the back-end was built using NodeJS and Python. For real-time driver tracking, the program uses WebSockets, and it shows this information on a Google Maps canvas. The objective was to develop a smartphone app that would assist parents in sending their kids to school utilizing a third party in a safe manner. A distance calculator, rich data manipulation, real-time driver location tracking, and real-time messaging are all features of the program.