Selected engineering work
A selection of private / engineering projects demonstrating backend architecture, web development, and computer science fundamentals. Some projects are available on GitHub, and some are private due to confidentiality agreements, but I am happy to discuss any of them in detail during an interview.
A mobile business application built with React Native and TypeScript, designed as a full-stack project with a .NET Web API backend, CQRS architecture, and planned MediatR and Docker integration.
A modern ASP.NET Core MVC application for managing a car dealership, built with a public-facing website, a separate intranet panel, and a dedicated data layer using Entity Framework Core.
A real-time virtual university platform built on a client-server architecture supporting user authentication, token-based access control, and multi-user interactions. The system includes REST API integration and secure session management. Project covered by a non- disclosure agreement.
Desktop application with layered architecture, authentication, employee and inventory management built in C# WPF using MVVM and Entity Framework.
A Laravel-based business web application for managing service orders, clients, employees, positions, service categories and service items. Features include authentication, user administration, search, validation and complete CRUD workflows.
Employee portal web application with user authentication, employee/client and orders management, and some other features built in PHP with a SQL database.
A web interface for managing tasks and workflows, built with React and React-Bootstrap. Focused on responsive design, interactive UI components, and reusable React hooks, demonstrating clean component architecture, state management, and polished visual design.
Simple 2D RPG game with client-server architecture, implemented in Java using Swing for the user interface. The game features character movement, combat mechanics, and basic loot system.
A browser-based physics simulation demonstrating projectile motion. Users can adjust launch parameters and visualise the resulting trajectory in real time. The project was implemented as part of a physics course to reinforce understanding of motion kinematics and basic simulation techniques.
Hands-on network setup using Cisco Packet Tracer , demonstrating static and dynamic IP addressing, VLAN configuration, router and switch setup, inter-VLAN routing, and basic PC networking. The project includes creating a functional LAN with multiple subnets, DHCP configuration, and connectivity verification between hosts, switches, and routers.
This section is under development. New projects, demos, and experiments will be added here soon. Stay tuned for updates as the portfolio grows.
More projects, and documentation are available on GitHub.
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