Classroom VR and teacher training

Classroom VR and teacher training puts virtual reality headsets and STEM lessons into K–12 classrooms and trains teachers to use them as part of normal teaching. It runs through Southern University Reaching Across the Digital Divide (SURADD). The idea is simple: bring the technology to the school, so that every student does not have to travel to a campus lab to learn in 3D.

SURADD received federal support through the National Telecommunications and Information Administration's Connecting Minority Communities Pilot Program. Its stated aim is to decrease the digital divide by forming a K–12 workforce pipeline that brings together middle school teacher candidates, clinical educators, and university faculty and students, using interactive virtual reality spaces and tools in instruction and workforce training. The community it names is Baton Rouge.

The program uses two kinds of headsets. On Meta headsets, students work through six middle-school STEM and science lessons adapted from an existing curriculum. On ClassVR headsets from Avantis Education, teachers draw on a downloadable library of lessons in math, science, STEM and other subjects. ClassVR headsets charge and travel in wheeled ClassVR carts, so a full class set moves from room to room.

Training two groups at once is deliberate. Working teachers bring the headsets into classrooms right away. Teacher candidates, trained while still in the School of Education, carry the same skills into schools for the length of their careers. Together they turn a one-time equipment purchase into lasting teaching capacity.

The program's numbers as of October 2026: two pilot schools, 40 headsets across the pilots and 120 educators trained. Those educators fall into two groups: 80 working middle school science teachers who use VR in their classes, and 40 teacher candidates from Southern University's School of Education who will carry the skill into their first classrooms.

Southern University prepares teachers. Its School of Education trains teacher candidates, and its Department of Science and Mathematics Education connects education research with science and engineering faculty. That puts the university in a natural position to train teachers on new tools at scale.

The university already has deep experience with educational VR. Its Department of Agricultural Sciences leads BEE-Tech, a National Science Foundation-funded VR professional development project for middle and high school teachers that uses simulated field experiences of Louisiana wetlands in place of field trips many schools cannot afford. Faculty in engineering and education have studied VR and CAVE learning with first-year engineering students. SURADD builds on that base.

It also fits the university's mission. Southern was founded in 1880 to educate Black Louisianans, was named a land-grant college in 1890 and is today the only HBCU system in the country. Taking modern learning tools into neighborhood schools is a direct expression of that public mission.

The pilots prove the model; growth is the next step. Two pilot schools and 120 trained educators show that headsets, matched lessons and teacher training work together. Funding now expands the same model to more schools, more teachers and more grade levels, using the training and routines already in place.

Funding pays for the parts that make classroom VR last: class sets of headsets and charging carts, content licenses and lesson development, teacher training time and in-school support. The research on VR in teacher education is clear that training and curriculum fit decide whether headsets get used; those are exactly the costs that make the difference.

The timing also lines up with the Mobile CAVE, which is getting ready to open. Its K–12 sub-project gives schools a shared 3D room on a truck, while classroom VR gives every student a personal headset. Funding both lets a school start with a Mobile CAVE visit and keep the learning going all year with headsets in the classroom.

Funding also pays for measuring results. The program can track which lessons teachers use, how often they use them and how students respond, and feed that back into training. Southern University already studies VR learning with its own students (see Computational thinking research), so the evaluation work builds on experience the university has.

Classroom VR is the school-based side of Southern University's immersive learning work. It shares lessons and tools with the XR Development Studio. It pairs with the Stationary CAVE, which serves advanced teaching and research on campus. It links to Computational thinking research, which studies how VR affects problem-solving. On the Mobile CAVE side, it is the classroom partner to K–12 education and mobile STEAM outreach (SP-01), which is aligned with SURADD. The Vision module explains how all of these fit together.