Planetario Usach Brings Dinosaur Frenzy to Winter Break with 360-Degree Experiences and Immersive Musicals

The University of Santiago of Chile’s Planetarium (Planetario Usach) has launched an immersive winter break program featuring 360-degree dinosaur exhibits, interactive musical performances, and hands-on science workshops, according to Diario Usach. The initiative, running from June 20 to July 15, 2026, marks the first time the planetarium has integrated full-dome 360° visualizations with live audio experiences, blending astronomy education with entertainment for families.

The centerpiece of the program is a newly developed 360° dinosaur exhibit, which uses real-time projections and spatial audio to simulate a prehistoric landscape. According to Planetario Usach officials, the exhibit was designed in collaboration with Chile’s National Museum of Natural History and incorporates fossil data from the region’s Triassic and Jurassic periods. “This isn’t just a visual experience—it’s a multisensory journey,” said a spokesperson for the planetarium, noting that the system tracks visitor movement to adjust the audio-visual output dynamically.

In addition to the dinosaur exhibit, the program includes weekly “immersive musicals” where attendees use VR headsets to interact with virtual conductors and orchestras. The workshops, led by Usach’s science faculty, cover topics like astrophysics basics, climate science, and coding for kids. All activities are free for children under 12, with a discounted rate for students and families.

Why is this significant for science education in Chile?

This initiative builds on a 2025 report from Chile’s Ministry of Education, which highlighted a 15% drop in student participation in STEM (Science, Technology, Engineering, and Mathematics) extracurricular programs over the past three years. Planetario Usach’s winter program directly addresses that trend by making science accessible through gamified, interactive formats. “We’re not just teaching facts—we’re creating curiosity,” said Dr. María Rojas, director of Usach’s astronomy department, in an interview with Diario Usach. “The 360° dinosaur exhibit, for example, lets kids *experience* paleontology instead of just reading about it.”

Unlike traditional planetarium shows, which often rely on pre-recorded content, this program uses real-time rendering technology developed in partnership with Chile’s Advanced Center for Electrical and Electronic Engineering (AC3E). The system, which cost approximately $250,000 to implement, was funded by a public-private grant from the Chilean government and corporate sponsors including ANF, a leading telecommunications provider. “This is a proof of concept for how public institutions can leverage private-sector tech without compromising educational rigor,” said Rojas.

How does this compare to similar programs in Latin America?

Planetario Usach’s winter program stands out in Latin America for its integration of VR and spatial audio, a feature absent in most regional science centers. For context:

• Mexico’s Planetario de la Ciudad de México offers 360° shows but relies on static projections and lacks interactive audio elements.
• Brazil’s Museu do Amanhã uses VR for some exhibits but focuses on futuristic themes rather than paleontology or live musical performances.
• Argentina’s Planetario Galileo Galilei has hosted VR workshops, but these are typically one-off events rather than a structured winter program.

According to a 2026 analysis by UNESCO’s Latin American Science Education Network, only 12% of the region’s science centers incorporate real-time interactive technology in their public programming. Planetario Usach’s approach aligns with UNESCO’s recommendations for “experiential learning” in STEM, which emphasize hands-on engagement over passive observation.

What’s next for Planetario Usach’s tech-driven education?

The planetarium has confirmed plans to expand its immersive programming in 2027, with a focus on adding augmented reality (AR) elements to its exhibits. “Our next goal is to develop AR apps that let visitors scan fossils or stars with their phones to unlock additional content,” said Rojas. The team is also exploring partnerships with Chilean universities to create a standardized curriculum for VR-based science education, which could be adopted by other institutions in the region.

For now, the winter program runs through July 15, with slots filling quickly—Diario Usach reports that 80% of weekend sessions are already booked. Reservations are available online via the Planetario Usach website, where visitors can filter by age group and interest (e.g., dinosaurs, music, or coding). The planetarium’s social media channels (@PlanetarioUsach) will host live Q&A sessions with paleontologists and musicians during the program’s run.

Critics note that the program’s reliance on corporate sponsorships could limit its long-term accessibility, but Planetario Usach officials argue that the partnerships have allowed them to offer free admission to low-income families—a key priority for Chile’s education ministry. “This isn’t just about technology,” said Rojas. “It’s about democratizing access to science in a way that’s engaging and inclusive.”