Why XR Struggles in Classrooms and How to Design for Success

XR often fails to achieve sustained adoption in education not because of lack of interest, but because it is designed without accounting for instructional time, learning objectives, physiological limits, and institutional purchasing realities. This session introduces a practical design pattern developed in aviation and STEM education: the micro-SIM. Micro-SIMs are 10–15 minute immersive experiences intentionally aligned to clearly defined learning objectives and embedded within the structure of real class periods. Designing for this time window improves instructional flow, and forces scope discipline.

The talk explains what learning objectives are, why they function as design constraints rather than paperwork, and how XR simulations must be measurable and aligned with evaluation plans to remain viable in academic settings. Attendees will learn the alignment model linking learning objectives, simulation design, and assessment, along with funding and procurement realities that often determine whether XR survives beyond pilot grants.

Rather than treating education as a niche market, this session reframes it as a design environment with hard constraints that can drive smarter XR product decisions.