A video prototype for an interactive VR experience, this project places the user in the role of creator, preserver, and destroyer of the cosmos. The experience invites players to manage celestial systems, rebuild solar structures, align planetary bodies, and prevent cosmic catastrophes through intuitive, immersive interactions.
Designed as an educational and exploratory tool for all ages, the project aims to foster curiosity about astronomy, astrophysics, and cosmic phenomena, offering an engaging way to understand the dynamics of our solar system and its celestial inhabitants.
XeroCare AR is an augmented reality application designed for individuals who wish to nurture xerophytic plants with confidence and independence. The app provides an interactive, hands-on learning experience that guides users through every stage of plant care — from soil selection and watering routines to sunlight exposure and growth tracking. By blending real-time AR visualization with personalized feedback, the app acts as a supportive companion rather than a strict instructor, allowing users to experiment, make mistakes, and learn through experience. The goal is to promote mindful interaction and a deeper understanding of sustainable plant care practices, all within a playful and educational digital framework. Through its intuitive interface and realistic 3D overlays, XeroCare AR bridges the gap between technology and nature, empowering users to cultivate empathy, mindfulness and resilience — both in their plants and in themselves.
Participated in an intensive XR development workshop aimed at understanding the fundamentals of creating Augmented Reality (AR) and Mixed Reality (MR) applications. Using tools like Unity and Vuforia, I explored key workflows in immersive content creation. This experience helped me build practical skills in real-time development, which I later applied to various academic and personal projects involving interactive XR environments.