“A web application built with ASP.NET Core and MudBlazor, offering a modern, responsive UI with components and dashboards for smooth user experience and efficient data management.”

System developed in Unity3D to present environments composed of 360° images and audio in VR, and enable interaction with a virtual smartphone interface.

An experimental VR application to challenge the norms of traditional academic literature

🚀 Showcase powerful subscription features with this demo project, built to streamline user experience and enhance engagement in your applications.

Some UX things for different languages

Code written for a 2D isometric strategy RPG featuring heavy character and team customization; see ReadMe

Reposititory for Fontys course assignments

Switch checkbox state with one click in multi-cell selection mode (WinForms Data Grid).

Drag and drop items between WinForms Gallery Controls.

Select multiple grid rows using mouse without CTRL.

🕵️♂️ Expose the malicious activities of the Charming Kitten APT, linked to IRGC-IO's Counterintelligence Division, focusing on regional threats.

An MSc thesis project investigating the VR user experience as reported by the user and via telemetry data

Opensource folders for CHI'25 paper: "HeadTurner: Enhancing Viewing Range and Comfort of using Virtual and Mixed-Reality Headsets while Lying Down via Assisted Shoulder and Head Actuation"

Seeking to understand how humans best interact with technology and how to construct an intuitive UI that promotes understanding and minimizes errors

Move cell contents using drag and drop (Microsoft Excel inspired behavior).

Este proyecto ha sido creado con el objetivo de proporcionar una experiencia de realidad aumentada inmersiva y divertida, mientras se exploran los edificios y zonas del campus de la universidad.

A web-based statistics calculator for the System Usability Scale providing inferential statistic calculation utility for hypothesis testing.

Data types for the Simple Ux Ux Builder format.

The Locomotion Evaluation Testbed VR (or LET-VR) is a tool which helps to select the best suitable locomotion technique to adopt in a given VR application scenario.