About Me
I am an Audiovisual and Multimedia Designer, E-Publisher, and Digital Advertiser, with a strong background in interactive media, digital publications, and multimedia production. My experience spans developing dynamic content for iPads and ePubs, creating immersive audiovisual projects, and exploring emerging technologies to push the boundaries of digital interaction.
Currently, my work is centered around human-computer interaction (HCI), particularly in the field of motion-sensing technology and its integration with drone control systems. Through Alekos, an experimental interface that merges Leap Motion's haptic technology with UAVs, I investigate new paradigms in accessibility, gestural control, and UX-driven interactions. This research aims to redefine drone operation, making it more intuitive and inclusive, particularly for individuals with motor disabilities.
My expertise extends beyond technical execution—I apply Design Thinking methodologies to prototype, test, and refine innovative solutions. By integrating UX principles into research, I analyze user behaviors, iterate on interaction models, and optimize digital interfaces for seamless, intuitive control. The intersection of motion sensing, immersive media, and real-time drone manipulation is at the heart of my investigative approach, ensuring that creative technology serves both functional and experiential purposes.
In addition to audiovisual production and interactive media, my work involves designing multisensory experiences, where gesture-based interfaces enhance creative expression. The combination of multimedia design, haptic feedback systems, and real-time interaction models allows me to contribute to the evolution of digital storytelling and interactive applications.
My research not only focuses on how we control technology but also on how technology can adapt to human movement and cognition, shaping more engaging, accessible, and intelligent digital environments.
what is?
The Alekos Project seeks to innovate in drone (quadcopters) usage by integrating high-precision motion sensors that enable intuitive and accessible interaction. This approach not only expands creative and inclusive dynamics but also allows individuals with motor disabilities to operate drones without physical limitations.✋
Moves anywhere
📌 his cutting-edge technology offers mobility and flexibility, enabling users to operate drones from any location with a high level of precision and interaction.
📌 Applied Technology Alekos is built on Leap Motion, an advanced 3D optical tracking system that captures hand movements using stereo cameras, ensuring accurate gesture-based control.
📌 Compatibility Optimized for the DJI Tello, a lightweight and versatile drone that integrates seamlessly with Python-based programming and Wi-Fi connectivity, ensuring adaptability across various platforms.
Control Everywhere
Alekos enables precise drone control via motion sensors, offering full command from any location. This latest advancement breaks down barriers, delivering an accessible experience in any environment.
MORE DETAILS
📌 Innovative technology: The DJI Tello, combined with Alekos' motion sensor technology, elevates accessibility in drone operation.
📌 Intuitive control: Gesture-based interaction makes learning to pilot a drone easier than ever.
📌 Ideal for any setting: Works both indoors and outdoors, providing an immersive and adaptable experience.
FAQS
🛠️ How do I control the drone with Alekos?
👉 By using hand gestures detected by motion sensors.
👉 Works with the DJI Tello and other drones supporting Python integration and Wi-Fi connectivity.
💡 Is Alekos easy to set up for first-time users?
👉 Yes, it’s plug-and-play with an intuitive interface and beginner-friendly support.
