February 8, 2021

Mixed Reality and Music Education

For my Music Technology for Music Educators class, I walked into a Zoom meeting with my Valve Index controllers and a surprise presentation. I hadn’t realized we were presenting that day, but I decided to improvise. The question I posed was simple:

Can virtual reality controllers become tools for conducting?

What followed was a short demo and a bigger conversation about the future of mixed reality (MR) in music education. This blog post distills that talk, highlights some of the most exciting tools already out there, and shares my own prototype project, ConductVR.

What is Mixed Reality?

Microsoft defines mixed reality as “a blend of physical and digital worlds unlocking the links between human, computer, and environment.”

It’s a spectrum:

  • Virtual Reality (VR): fully immersive (e.g., Meta Quest, Valve Index).
  • Augmented Reality (AR): overlays digital objects onto the real world (e.g., Pokémon Go, Microsoft HoloLens).
  • Mixed Reality (MR): merges the two, letting virtual objects exist and interact within real spaces.

For music, this opens up fascinating possibilities: gesture-based conducting, holographic lessons, immersive practice environments, and interactive tools that rethink how we learn.

Software: Current Landscape

We’re already used to digital tools:

Hardware: The Wearables Revolution

  • VR Headsets: Valve Index, Oculus Quest, PlayStation VR.
  • AR Glasses: Microsoft HoloLens, Nreal/Unreal glasses.
  • MIDI Controllers & Digital Instruments: Accessible and diverse instrument control.

Over time, AR glasses may shift from niche to everyday devices, just like smartphones did.

Pedagogy: Why It Matters

Educational models are already adapting to digital-first learning:

  • Blended and remote instruction.
  • Collaborative learning communities.
  • Multimedia and open resources.
  • Student-driven exploration.

Mixed reality adds environmental input, placing learning from abstract books back into a shared, spatial context. Imagine holographic ensembles, remote conducting lessons, or practice environments that respond to gesture and sound.

My Project: ConductVR

I wanted to test whether VR could accelerate the way students learn conducting. Using Unity, C#, and the Valve Index, I prototyped a VR classroom where you can:

  • Pick up a baton that responds to finger and wrist movement.
  • Visualize conducting patterns in 3D space.
  • Adjust conducting space and pattern library with interactive tools.

The prototype is still very alpha (right now, the baton explodes into flowers if you drop it, a leftover from testing grenade physics), but the foundation is there. The big idea: can VR reduce the time it takes to acquire conducting technique?

Benefits and Challenges

Potential benefits:

  • More immersive, interactive learning.
  • Accessible remote lessons.
  • Exposure to diverse conducting styles.

Challenges:

  • Cost — VR/AR hardware is still expensive.
  • Adoption — many schools lack infrastructure.
  • Scope — VR can’t replace every nuance, like a conductor’s facial expression.

Closing Thoughts

Mixed reality in education is about creating new ways to teach, learn, and connect. Whether it’s a holographic piano teacher, a VR DJ school, or a baton that explodes into flowers, these tools point toward the future of music education.

I’m excited to keep building ConductVR and testing its potential. If you’re working on similar projects, or want to collaborate, let’s connect!

Updated September 9th, 2025 with a summary of the transcript

← Back