3D video to show the quality of service of Marine Elevators in the marine environment.
The Sea Starlight project is an educational initiative by 10 Spanish Nautical Schools and funded by the European Union that seeks to promote sustainability and the protection of marine ecosystems through the use of innovative technologies.
The project carried out by Pixeldreams offers a unique educational and training experience through the use of virtual reality (VR), combining astronomical navigation and immersive technology.
Sea Starlight allows participants to take a virtual trip into the past and embark on the Noa Victoria with Juan Sebastian Elcano and experience first-hand how ancient navigators managed to cross the oceans without modern technological instruments. Through VR, it is possible to recreate historical environments in which sailors used sextants, astrolabes and constellations as reference points to orient themselves in the middle of the sea. This immersive experience not only teaches the fundamentals of astronomical navigation, but also allows users to feel the challenges faced by ancient navigators. Using technology to recreate the weather conditions, starry skies and navigation techniques of that time creates a deep connection with maritime history.
One of the highlights of VR at Sea Starlight is its ability to make complex astronomical concepts accessible and engaging for people of all ages. Through detailed 3D environments and interactive narrative, users can learn intuitively as they explore how stars, planets, and other celestial bodies guided ancient explorers.
VR training also encourages hands-on learning. Rather than simply reading or hearing about navigation techniques, participants actively interact with the instruments and environment. This methodology not only enhances understanding of the concepts, but also increases knowledge retention as participants experience a form of kinesthetic, visual, and auditory learning.
Sea Starlight's VR-based training has a significant impact on several professional sectors. The Project can be especially useful for those working in the maritime industry, as it allows them to develop astronomical navigation skills. In addition, the experience can also be valuable for amateur and professional astronomers who wish to better understand how the night sky can be used for orientation.
Thanks to immersive experiences, teachers can learn how to integrate VR into their astronomy or history classes, thus improving teaching and capturing students' attention in a unique way.
Además de su utilidad formativa, Sea Starlight pretende posicionarse como una herramienta innovadora para el team building y el turismo educativo. Las experiencias en realidad virtual que ofrecen este tipo de tecnologías pueden llegar a promover la colaboración entre los participantes. La Realidad Virtual permite que diferentes equipos puedan trabajar juntos para conseguir diferentes objetivos lo que fomenta habilidades de trabajo en equipo, resolución de problemas y liderazgo.
Asimismo, el turismo educativo ha encontrado en Sea Starlight una forma atractiva de ofrecer experiencias significativas a los viajeros. A través de las inmersiones astronómicas, los participantes no solo disfrutan de un entorno recreativo, sino que también aprenden sobre la historia marítima y la ciencia del universo de una manera interactiva y dinámica. Esto convierte a Sea Starlight en una opción ideal para viajes educativos en grupo o excursiones escolares.
The implementation of virtual reality also has a sustainable approach. Through VR, Sea Starlight allows participants to experience the maritime and astronomical world without the need to make long journeys or negatively impact the environment. By recreating marine and celestial environments, the company contributes to reducing the ecological footprint of educational and recreational activities, which aligns the project with the sustainability goals promoted by the European Union.
With the continued development of VR, it is expected that experiences will become more and more realistic and that more areas of knowledge related to navigation, astronomy and sustainability will be addressed.
In conclusion, Sea Starlight not only offers solid training in astro navigation through virtual reality, but also represents a significant advance in education and sustainable tourism.
