Discovery · Academic · UX Research

VR Skill Labs Discovery

Academic Project · 2023 · UX Researcher

Context

VR in K-12 classrooms

Type

Discovery research

Methods

Interviews, prototyping

Key Finding

#1 barrier: management, not content

Overview

VR Skill Labs was a discovery research project exploring the viability of VR technology as a learning tool in classroom environments. The question wasn't whether VR content could be educational — it clearly can be — but whether VR could realistically be deployed and managed by teachers in a real school setting.

The project combined stakeholder interviews with teachers and education technology coordinators, competitive analysis of existing VR classroom tools, and prototype development to test a concept for a teacher-facing classroom management interface for VR sessions.

Research Question

What are the real barriers preventing VR adoption in K-12 classrooms — and what would a VR classroom tool need to do to overcome them? The hypothesis going in was that content quality and cost were the main barriers. The research revealed something different: the number one obstacle was classroom management — not the content, not the cost.

Discovery Process

Stakeholder Interviews

I conducted interviews with teachers across multiple grade levels and subject areas, as well as ed-tech coordinators responsible for device deployment in school districts. The interview guide focused on current technology use in the classroom, past experiences with VR (where applicable), and the specific logistics of managing a classroom during a technology-driven activity.

Competitive Analysis

I mapped the existing landscape of VR classroom tools — from Google Expeditions to Nearpod VR to standalone headset management software. The pattern across all of them: they were built around content delivery, not teacher control. None of them adequately addressed what happens when a student has a problem mid-session, when a headset dies, or when a student wanders off task.

Prototype Development

Based on the research findings, I developed a prototype for a teacher-facing mobile companion app that would allow educators to manage a classroom VR session from their phone — monitor student progress, pause individual headsets, send alerts, and end sessions — without interrupting their own supervision of the room.

Key Barriers Found

Barrier 1 — Most Critical

Classroom management during VR sessions is nearly impossible

When students put on headsets, teachers lose visual contact and behavioral feedback. There's no reliable way to monitor engagement, redirect distracted students, or handle technical problems without physically interrupting every student around the affected one. Teachers described this as "flying blind."

Barrier 2

Setup and teardown time eats into instructional time

Teachers reported that distributing, calibrating, and collecting headsets consumed 10–15 minutes of a 50-minute class period. For a technology that needs to justify its instructional value, losing 20-30% of class time to logistics is a hard sell to administrators.

Barrier 3

Content is good but not curriculum-aligned

Existing VR content was often described as impressive but disconnected from specific grade-level standards. Teachers couldn't easily search by standard, grade, or lesson objective — making integration into existing lesson plans time-consuming.

Barrier 4

Motion sickness concerns create liability anxiety

Several teachers cited parental concern about VR-induced motion sickness as a barrier — not because incidents were common, but because the liability and paperwork around a student reporting discomfort created enough friction to discourage use.

Design Opportunities

Opportunity 1 — Highest Priority

Teacher-facing classroom management companion

A mobile app giving teachers real-time oversight of all headsets in the room — who's watching what, who's paused, battery levels, and one-tap controls to message or pause individual students. This directly addresses the #1 barrier.

Opportunity 2

Streamlined setup flow with class profiles

Save class rosters and headset assignments so setup requires one tap per student rather than full reconfiguration each session. Target: under 3 minutes for full class deployment.

Opportunity 3

Standards-tagged content library

Allow teachers to search VR experiences by grade level, subject, and curriculum standard — making lesson planning integration fast enough to actually happen regularly.

Outcome

#1Barrier: classroom management, not content

4Key barriers documented

3Design opportunities identified

1Prototype concept built and tested

The prototype for the teacher companion app was built and tested in a lightweight usability session with two teachers. Both confirmed the classroom management framing as the right priority, and rated the core oversight features as "would use immediately" if available.

What I Learned

Discovery research often invalidates your hypothesis — and that's the point. Going in, I expected to find content and cost as the main barriers. What I found was management and logistics. If I'd skipped the research and built around my assumptions, I'd have solved the wrong problem.
The person paying for the technology and the person using it are often different, with different priorities. Administrators cared about cost and outcomes data. Teachers cared about survival in the classroom — keeping 30 kids on task.
A prototype doesn't have to be polished to generate insight. The rough wireframe I tested was enough to confirm the right direction and surface two usability issues I hadn't anticipated.

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