By Joe Parlier, Ed.D.
As augmented reality (AR) and virtual reality (VR) experiences become more common in K-12 classrooms, their value for STEM and Career and Technical Education (CTE) is increasingly clear. Immersive technologies allow educators to bring students into environments that would be difficult, costly, or impossible to recreate in a traditional classroom: exploring human and animal anatomy at scale, visualizing airflow through engines, practicing trade skills like welding, or visiting distant communities to experience other cultures firsthand.
These interactive AR and VR lessons also deliver social and emotional learning (SEL) opportunities alongside scientific and technical knowledge. Whether in STEM-focused lessons or broader VR scenarios, students grow essential soft skills—empathy, perseverance, confidence, communication, and critical thinking—that support success in higher education and the workforce.
Persevering Through Failure
Failure is a natural and important part of learning, yet many students receive subtle messages that mistakes are unacceptable. Educators are shifting toward experiential, problem-based learning that treats failure as a formative step. AR and VR naturally embed failure into the learning process in ways that reduce risk and encourage iteration.
In virtual environments, errors aren’t catastrophic. A student who applies too much force and damages a virtual engine or selects the wrong tool in a simulated welding task can immediately see the consequences, learn from them, and try again without wasting physical materials or incurring real-world costs. This safe space for trial and error supports grit: students develop the perseverance to revise their approach, analyze what went wrong, and improve their technique.
Immediate, context-rich feedback in immersive simulations helps learners adjust variables, replicate processes, and focus on mastering systems instead of merely achieving a single outcome. Peer and teacher feedback in these settings further reinforces understanding of critical concepts, so setbacks become opportunities to build deeper knowledge and resilience.
Overcoming Anxiety and Building Confidence
Social interactions and stress-inducing tasks can be especially challenging for students with anxiety or those on the autism spectrum. VR provides a controllable environment where learners can practice and build coping strategies for real-world situations. Simulations let students identify triggers, rehearse appropriate responses, and gradually increase exposure to challenging scenarios in a safe way.
Virtual role-play exercises help students become more comfortable with social cues such as eye contact, body language, and conversational timing. They can rehearse job interviews, classroom presentations, or public speaking in immersive environments that mimic the pressure of real events but allow repeated practice without judgment. By practicing interactions multiple times virtually, students often enter comparable real-world experiences feeling more prepared and confident.
Empathy and Cultural Awareness Through Immersive Exposure
“Before you judge another person, walk a mile in their shoes.” AR and VR make this idiom a practical teaching tool. Immersive experiences enable students to travel virtually to other countries, step into different historical periods, and assume virtual personas to better understand diverse perspectives and lived realities.
By experiencing other cultures and times in an embodied way, learners gain insight into the social forces and human decisions that shape history. These simulations promote compassion and a deeper appreciation for context, helping students move beyond surface facts to grasp the “why” behind events and behaviors.
Immersive technologies also enhance critical thinking by making cause and effect tangible. For example, students can model human impacts on the environment—manipulating variables that affect coral reefs, glaciers, or coastal systems—and observe the outcomes. Seeing environmental decline and the effects of different interventions up close encourages analysis, hypothesis testing, and informed decision-making in ways textbooks alone cannot match.
Soft skills such as critical thinking, teamwork, communication, and resilience are often cited as gaps for many young adults entering higher education and the workforce. Integrating AR and VR into instruction provides natural opportunities to develop these competencies alongside content knowledge. Even when learning objectives remain tightly focused on scientific or technical skills, immersive experiences reliably yield broader social-emotional benefits.
When thoughtfully deployed, AR and VR help create learners who are more confident, creative, and adaptable—qualities that will support long-term success in both academic and professional settings.
About the Author
After a career in public education as a science and math teacher, elementary principal, high school principal, assistant superintendent, and associate state superintendent, Dr. Joe Parlier transitioned to the private sector to support schools with reform initiatives and emerging technology. His research interests focus on improving student learning and school performance through aligned curriculum, assessment, instruction, professional development, community engagement, leadership, school culture, and organizational effectiveness. Dr. Parlier currently serves as the Sr. Director of Education at zSpace and holds degrees from Mercer University, the University of Georgia, and the University of Florida.
This article was originally published by The Learning Counsel, a research institute and news media hub focused on providing context for the shift in education to digital curriculum.