Learn
STEM in

Immersive science education delivered right to your school

Our Mission

Transform students to love science, excel in school, pursue high-impact careers. Help close the USA's widening STEM talent gap.

Spark personal transformation through hands-on learning
Boost academic success and expand college/career access
Strengthen the STEM workforce pipeline for the U.S. economy
Deliver immersive, scalable STEM education — now, not someday

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Why Virtual Reality?

VR Adds a New Dimension

to STEM Learning

Tech Savvy - Engages today's students.
Built-In Focus Mode - No phones, no chit-chat, zero distraction.
Go Where Textbooks Can't - No risks. No travel. No limits.
Learn by Seeing and Touching - Not just reading.

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Subjects Covered

Human Anatomy
Elementary, Middle and High School Level

Currently, we offer a 8-session anatomy course covering: skeletal, muscular, digestive, respiratory, cardiovascular system, vision and hearing.
These content are all aligned with high school standards to reinforce concepts and spark curiosity while making STEM unforgettable.

Imaging Activity Zone in One of Our Anatomy Learning Labs

Programs We Offer

Weekly After School Group Sessions In OC Elementary, Middle & High Schools

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Instructor-Led Introduction: instructor introduces the virtual lab space and tools, and explains the core scientific concepts for that lesson.
Self-Guided VR Exploration: Each student receives their own VR headset and explores the lab at their own pace, guided by our built-in VR doctor audio assistant.
Instructor Q&A and Concept Review: Headsets come off for a live discussion to reinforce key learning objectives and answer students’ questions
VR Learning Games: students rebuild anatomical systems (skeletal, digestive, or full-body), or play interactive quiz games where they locate structures as prompted by the VR doctor.

Testimonials

"I am Seoyeon Chloe Yoo, an undergraduate student majoring in Neurobiology at UCI. I believe VR is extremely valuable in STEM because it bridges the gap between microscopic molecular events and macroscopic biological outcomes, connections that are often difficult to understand with traditional materials alone.

I first met Professor Bardoczi in his Physics 3C (General Physics) course where I experienced how clearly and calmly he explains concepts that many students find challenging, such as quantum mechanics and modern physics. His teaching helped me approach complex topics with confidence, and I am certain that students learning through Einstein’s Horizon will also feel that same support and clarity."

Seoyeon Chloe Yoo
UCI Neurobiology student