MyGeoVerse Academy

Learn. Create. Explore. Build.

Hands-on learning for the next generation of Spatial AI, Spatial Computing and Spatial Web creators.

MyGeoVerse Academy introduces students, developers, educators and technology communities to the technologies connecting AI with the physical world, then gives participants the opportunity to work with them directly.

Students collaborating on a hands-on Spatial Computing project through MyGeoVerse Academy.
Why MyGeoVerse Academy

A New Computing Paradigm Needs New Creators.

AI is beginning to move beyond screens and into the physical world.

Spatial Computing, geospatial technologies, AI-enabled devices and new forms of human-computer interaction are creating new possibilities for how digital information can understand and interact with real places.

MyGeoVerse Academy helps students, creators and technology communities understand this shift and begin building for it.

Spatial Intelligence

Understand how AI can gain context about physical places and environments.

Spatial Computing

Explore the technologies connecting digital experiences with the physical world.

Geolocation & Localization

Learn how GPS, Visual Positioning Systems and other localization technologies connect digital content with real-world locations.

Open Interoperability

Understand why open standards matter as spatial technologies evolve across devices, platforms and providers.

Current Program

From Awareness to Hands-On Creation.

The current MyGeoVerse Academy introductory program combines technology awareness with practical experience using the MyGeoVerse platform.

Current Introductory Program

2Sessions
2Hours Each
4Hours Total
Online / Instructor-Led
Hands-On
No Prior Spatial Computing Experience Required

This is the first Academy training format. The Academy itself is broader: learn, create, experiment, build, test and contribute.

SESSION 01

Spatial Intelligence Awareness

Understand the technological shift taking place as AI, Spatial Computing and the physical world begin to converge.

  • Spatial Web

    Introduction to the Spatial Web and the evolution from screen-based digital experiences toward spatially aware computing.

  • Generative AI + Spatial Intelligence

    Explore how Generative AI changes when digital intelligence begins to understand physical location and spatial context.

  • AI Glasses & Emerging Interfaces

    Explore the rise of audio-first AI, AI glasses and emerging interfaces beyond the smartphone.

  • Localization Technologies

    Understand the role of GPS, Visual Positioning Systems and other localization technologies in connecting digital experiences with real-world places.

  • Open Interoperability Standards

    Introduction to the role of open standards and interoperability in building a Spatial Web that can work across platforms, devices and providers.

Student exploring Spatial Intelligence and physical-world context through AI glasses.
Students placing and testing geospatially anchored digital content in a physical environment.
SESSION 02

Hands-On Spatial Content Placement

Move from understanding Spatial Computing to creating and placing persistent digital content in the physical world using MyGeoVerse.

  • Creating a Physical Location for the Spatial Web

    Understand how physical locations become part of a geospatial content environment.

  • Uploading Assets

    Work with content including:

    GLB / 3D models2D imagesAudio filesVideo filesUnity Packages
  • Creating Assets

    Learn the basics of creating assets in Unity and customizing them through MyGeoVerse Studio.

  • Proximity-Based Assets

    Use the Proximity Based Asset Template to create a spatial experience activated by a visitor's relationship to a physical location.

  • Smart Assets If time permits

    If time permits, create a Smart Asset and explore how intelligent spatial content can interact with information associated with Points of Interest.

  • Content Placement

    Each participant deploys a geolocated AR object as part of the guided hands-on exercise.

Open Q&A and discussion of next steps.
Learn by Building

Don't Just Learn About Spatial Computing. Build With It.

MyGeoVerse Academy combines awareness with direct experimentation.

Participants move from understanding emerging technologies to working with spatial content and placing digital experiences into real physical locations.

  1. LEARNUnderstand the technologies and concepts.
  2. CREATEPrepare digital and spatial assets.
  3. PLACEConnect content with physical locations.
  4. EXPERIMENTInteract with persistent spatial experiences.
  5. BUILDBegin developing your own Spatial Computing ideas.
MyGeoVerse Academy creators building and experimenting with a spatial digital experience.
Who Can Participate?

Built for the Next Generation of Spatial Creators.

Universities

Introduce students and faculty to emerging Spatial AI and Spatial Computing technologies.

High Schools

Give students early exposure to the technologies shaping future digital interfaces.

Student Technology Clubs

Provide robotics, AI, coding, XR and technology clubs with hands-on spatial experimentation.

Developers & Creators

Explore new ways to build location-aware and spatial experiences.

Innovation Labs

Use Academy programs to introduce teams and communities to Spatial Computing and geospatial technologies.

Technology Centers

Create awareness and experimentation programs around emerging Spatial AI technologies.

From Learning to Experimentation

Academy Can Be the Beginning.

For organizations that want to go further, Academy participation can become an entry point into the broader MyGeoVerse Testbed ecosystem.

Schools, universities, technology centers, student communities and innovation organizations can progress from learning about Spatial AI to actively experimenting with spatial technologies in real-world environments.

Technology team testing localization, spatial content and multiple devices in a real-world MyGeoVerse Testbed environment.
  1. LEARN
  2. EXPERIMENT
  3. CREATE
  4. DEPLOY
  5. TEST
  6. CONTRIBUTE

Testbed environments can provide opportunities to evaluate spatial content, localization technologies, devices, interoperability approaches and new user experiences in real-world conditions.

Building for an Open Spatial Future

Learn More Than One Platform.

Spatial Computing will involve many devices, localization technologies, AI systems and spatial interfaces.

MyGeoVerse Academy introduces participants to the importance of interoperability and open standards alongside hands-on platform experience.

The goal is not simply to teach people how to use a single application. It is to help the next generation understand how an open Spatial Web can work.

Devices

Spatial experiences across evolving hardware and interfaces.

Localization

Different technologies for understanding physical position and orientation.

Spatial Content

Persistent digital information connected with real places.

Open Standards

Interoperability across an evolving technology ecosystem.

Powered by MyGeoVerse

Learn on a Platform Built for the Physical World.

Academy participants gain hands-on exposure to MyGeoVerse, a platform for creating, managing and experiencing geospatially anchored digital content.

Depending on the Academy program, participants can work with 3D models, images, audio, video and spatial assets connected with physical locations.

  • Spatial Content Management
  • Geospatial Anchoring
  • Points of Interest
  • Persistent Spatial Content
  • Proximity-Based Experiences
  • Smart Assets
  • Spatial Navigation
  • Multiple Content Types
For Schools, Universities & Technology Communities

Bring MyGeoVerse Academy to Your Organization.

MyGeoVerse Academy programs can be organized for schools, universities, student clubs, innovation labs, technology centers and other communities interested in exploring Spatial AI and Spatial Computing.

Programs can begin with introductory awareness and hands-on sessions and can grow into deeper experimentation through the MyGeoVerse Testbed ecosystem.

The Spatial Web Needs Builders.

Learn how AI, geospatial technologies and Spatial Computing are coming together, then start creating with them.

LEARN. CREATE. EXPLORE. BUILD.