Explore VR-powered learning with Optima Independent at PoCC 2024! Visit booth TT20 for live demos and AI avatars of Rosa Parks & more.

Interview Marie Curie with the School of AI, designed to integrate AI-powered avatars into your classroom curriculum.

Students who received instruction from an AI tutor learned significantly more than those who attended traditional lectures says Harvard

VR can be a powerful tool to complement existing curriculum and teaching methods and ignite a passion for STEM early on.

This guide compares three prominent VR options from Meta to help you make an informed decision about which headset is right for your school.

Graphical Organizers and Experiential Learning significantly improved students' critical thinking skills and increased knowledge retention.

Experiential Learning theory emphasizes the importance of "learning by doing." Experiential Learning can boost student engagement.

Buckle up for a cost analysis adventure, untangling short-term expenses and long-term investments of Virtual Reality for K-12 schools.

Should teachers allow the use of Artificial Intelligence (AI) in their classrooms? 

Can AI truly make teachers' lives easier, or does it pose unforeseen challenges?

VR is proven to prime student interest, encourage active learning, improve long-term retention and increase classroom efficiency.

A recent study reveals what teachers think about VR. According to the survey, 85% of educators believe VR would have a positive effect.

A recent study considering the impact VR has on first-year engineering students shows VR significantly improves students' understanding.

Spatial Computing is an umbrella term referring to technologies that blend the physical and digital worlds to create immersive experiences.

We're grateful to be working with children’s hospitals to bring immersive education and interactive social experience to patients.

VR-technology can increase student engagement, embrace diverse learning styles, increase student retention and improve accessibility.