Pet project in the field of desktop simulation software and educational CAD systems. Developing a cross-platform desktop application for creating and simulating electro-pneumatic circuits. Implemented an SVG-based circuit editor with drag & drop, port system, orthogonal connection routing, undo/redo, and interactive simulation of pneumatic and electrical components. Designed and developed a simulation engine with phase-based state updates, signal propagation logic, runtime snapshot system, and interactive state manipulation during simulation. The project is being developed as a diploma thesis and is planned for further development after graduation.

Participated in the development of an enterprise platform for document management, templates, and field workflows with offline-first architecture support for iOS. Implemented mobile integration using Capacitor, offline access to projects and documents, synchronization flows, network tracking, and local storage/SQLite logic. Worked on integrating native iOS APIs and Capacitor plugins, improving mobile UX, stabilizing offline/online behavior, and supporting a complex data-driven architecture for document templates, lists, and dynamic forms.

As part of a team, I developed a high-performance SSR project using Nuxt 3. The service provides fast and convenient access to information about medicinal products registered in Ukraine and allows for their booking.

I independently adapted the web version into a cross-platform mobile application for iOS from start to finish (end-to-end). I used Capacitor to ensure maximum performance and a native user experience on the Apple platform.

I independently developed and adapted the web project into a mobile application for Android using Capacitor. I ensured the application's stable and fast performance while preserving all the functionality of the original site.

I participated in the team development of a large e-commerce project on Nuxt 2. My task was to implement new features for searching and booking medications, as well as to maintain and optimize existing code to ensure stable platform operation.

I completed a full adaptation (end-to-end) of the Apteki.ua web service into a mobile application for iOS. I used Capacitor to create an app with a responsive interface that fully complies with Apple App Store standards.

I independently developed a mobile application for Android, adapting the existing website using Capacitor. The result is a convenient tool for searching and booking medications, available to Google Play users.

I developed this online store completely independently (end-to-end) on WordPress and WooCommerce. The project included developing unique plugins, integrating payment systems and external APIs, and creating custom solutions for order processing and the jewelry catalog.

I supervised and managed the development of a website for a large network of pawnshops. My role involved setting technical tasks for a third-party developer and accepting the finished project. The site was built on WordPress, and interactive elements were created using Vue.js.

I developed a website for a car pawnshop. The project was implemented on WordPress, which allowed for the quick and efficient creation of an informational resource with a convenient feedback form and a detailed description of services.

I independently developed a mobile application for iOS based on the Ionic and Angular frameworks. The application provides customers with convenient access to loan information and account management.

I completed the full development of a mobile application for Android using Ionic and Angular. The application provides fast and reliable access to pawnshop services, allowing users to track their loans and receive notifications.

I developed my own automation service for the business sector. Using PhantomJS and CasperJS, I implemented scripts for data collection and processing, which significantly optimized workflows for clients.