Speech Title:
Embracing Virtual Reality in Education and Entrepreneurship
for a Dynamic Future
Link to Video:
Keynote Address:
https://www.youtube.com/watch?v=7pwh2Yi13Tw
Given by:
William Jackson, CEO of MetaverseWP
Good day, everyone,
Today, we stand on the threshold of a new educational landscape
one that promises to transform teaching and learning through the
power of virtual reality (VR). This isn’t just another trend or a
fleeting technological innovation; VR in education has the potential
to reshape how students of all abilities engage with knowledge,
creativity, and career-building skills.
As an educator and advocate for technology’s role in creating
accessible, inclusive learning environments, I’m excited to share
the importance of virtual reality as a tool in education not just for
assessment, but for true, immersive learning. I’ll explore the
practical benefits VR brings to students, especially those with
limited mobility, and how VR is setting a foundation for the future
of business, entrepreneurship, and remote careers. We’ll also
see how the synergy of VR and artificial intelligence (AI) creates
opportunities for learning that we couldn’t have imagined just a
decade ago.
The Value of Virtual Reality in Education
VR in education creates worlds without borders. It removes
physical, economic, and geographical constraints, allowing
students to learn in a way that engages their senses, fosters
collaboration, and provides real-world experiences all without
ever leaving the classroom.
As Bill Gates once said, “Technology is just a tool. In terms of
getting the kids working together and motivating them, the teacher
is the most important.”
But imagine if teachers could have the universe itself as a teaching
aid. With VR, the possibilities for hands-on, immersive learning are
limitless. Students can visit historical landmarks, walk through
molecules, interact with virtual cadavers, or even explore the far
reaches of space.
This technology not only engages students but also creates a more
inclusive learning environment. Students who struggle in traditional
academic settings often thrive when they experience lessons firsthand.
VR also opens doors to students who face physical limitations or
health issues, offering them equal access to environments they could
never otherwise experience.
Empowering Youth with Limited Mobility
VR’s potential to benefit students with limited mobility is particularly
profound. Physical movement is no longer a barrier to learning
experiences that demand spatial exploration, interaction, and
engagement.
One of our own pioneers, Valerie L. Thomas, a NASA scientist and
inventor, was instrumental in creating technology that laid the
foundation for 3D imaging and VR as we know it today. Reflecting
on her work, she once said, “We have to see beyond our limitations
to create technology that defies them.” VR does just that for students
with limited mobility. It gives them the freedom to explore
new spaces, practice skills, and participate in physical activities
all within a virtual environment.
Consider a young student who dreams of becoming a marine
biologist but is physically limited by mobility constraints.
With VR, this student can dive into coral reefs, study marine
life up close, and simulate fieldwork that’s central to their future
career. By creating these accessible worlds, VR empowers
students to see themselves in a new light, building confidence
and skills that inspire them to pursue their dreams.
A New Dimension in Business and Entrepreneurship
VR also brings an exciting revolution in the fields of business
and entrepreneurship. With immersive VR environments,
young adults can gain hands-on experience in business scenarios
that would typically be limited to a traditional internship or
work-study program. Now, they can collaborate in virtual spaces,
practice public speaking in front of lifelike avatars,
and experiment with different business models
all from their classrooms or homes.
As the CEO of MetaverseWP, I am deeply invested in how VR
can support business education and entrepreneurial skills.
In fact, many companies are already using VR for employee
training and development. Imagine a group of students
working in VR to build a mock business from product
development to marketing, they can test their ideas, receive
feedback, and learn essential business concepts in a
risk-free environment.
Jensen Huang, CEO of Nvidia, also highlights the impact of
immersive technology, saying, “The future of reality is virtual,
augmented, and interactive. And that reality belongs to those
who can create it.” VR technology is precisely that a creator’s
medium. Students are no longer passive consumers of content
but active participants in creating and shaping their own
learning experiences. With VR, we’re giving students the power
to be innovative, to build the future they want to see.
Remote Work and the Future of Careers
The future of work is changing rapidly, with remote jobs
becoming the norm in many fields. VR plays a critical role in
this shift by bridging geographical divides and creating interactive,
engaging environments where people can collaborate
from anywhere in the world.
For young people today, VR offers a preview of what remote
work will look like in the coming decades. With tools like
Spatial.io, for example, employees can meet in a virtual office,
complete with whiteboards, breakout rooms, and personal
workspaces, all while feeling physically present with their
colleagues. This immersive experience not only improves
teamwork but also provides a sense of community and
presence that traditional video calls cannot achieve.
“The Metaverse will become the work environment of the
future, much as the Internet was in the late 20th century,”
predicts Cymatic Bruce, a pioneer in VR. Imagine a future
where students learning to code or design in VR environments
transition seamlessly to remote roles in tech, engineering, or
creative industries. VR makes work accessible, flexible,
and adaptable, opening new possibilities for those who may
have previously faced barriers due to mobility, geography,
or other constraints.
The Role of AI in Enhancing VR for Education
AI is perhaps the most powerful tool driving VR’s potential.
When we integrate AI with VR, we unlock a level of
customization, adaptability, and interaction that’s
unprecedented in education.
Consider a VR environment powered by AI that adapts to
each student’s learning pace, interests, and needs. If a student
is struggling with a concept, AI can modify the VR experience
to provide additional guidance, examples, or simulations.
It can create virtual tutors that respond to students’ questions
in real time, analyze student performance, and offer
personalized feedback. Such a system enhances learning
while relieving some of the pressures that teachers face,
allowing them to focus on meaningful interactions with students.
Neal Stephenson, the author of Snow Crash, the novel where
the concept of the “metaverse” first emerged, once wrote,
“The metaverse is a tool for individuals to create, experience,
and explore without limits.” AI amplifies this vision, making
the metaverse a place where students can learn anything,
anytime, in a way that’s tailored just for them.
As VR and AI converge, education becomes less of a
one-size-fits-all system and more of a personalized
journey for each learner.
VR as a Tool for Self-Expression and Creativity
In VR, students are not limited to traditional roles they
can create avatars, choose environments, and express
themselves in ways that foster confidence and identity.
Avatars offer students a medium through which they can
step outside their usual identity constraints and experiment
with how they present themselves to the world. This is
especially important in fostering self-esteem and
self-expression in students who may face challenges
in traditional educational settings.
Bruce Neal, CEO of Avatars, emphasizes the potential
for avatars to serve as tools for creativity and self-expression.
In the classroom, an avatar can become an extension of the
student a unique representation of who they are and who
they aspire to be. With avatars, students can choose to
project any version of themselves, building confidence and
self-awareness as they learn.
A Future Worth Building Together
As we look ahead, it’s clear that VR is no longer a futuristic
vision. It’s here, and its potential is real. Bill Gates wisely ob
served, “We always overestimate the change that will occur
in the next two years and underestimate the change that will
occur in the next ten.” With VR, we’re just beginning to see the
changes that will redefine education, work, and community
in the coming decade.
Virtual reality (VR) has the unique power to prepare youth,
teens, and young adults for the future of exploration, both in
outer space and in the depths of Earth’s oceans. By creating
immersive environments that closely mimic the extreme
conditions of space and underwater ecosystems, VR offers
invaluable training experiences that are otherwise difficult
or impossible to access. This technology fosters critical
skills, resilience, and curiosity, all essential traits for future
explorers of these challenging frontiers.
Space exploration is one of the most demanding and
fascinating career paths imaginable. With VR, aspiring
astronauts can learn to navigate zero-gravity
environments, manage life-support systems, and
operate spacecraft—all within a realistic, simulated
environment. These VR simulations often include
critical decision-making and emergency scenarios,
allowing young people to develop problem-solving skills
crucial for space missions.
Programs like NASA’s VR initiatives have already
created immersive training modules to help astronauts
adapt to the intense physical and mental challenges
of space travel.
VR also encourages exploration of Earth’s own
“final frontier”—the ocean. Famed broadcaster and
naturalist David Attenborough has championed using
immersive technologies to bring the wonders of the
ocean to a wider audience, stating, “No one will protect
what they don’t care about; and no one will care
about what they have never experienced.” By immersing
young learners in VR simulations of coral reefs, deep-sea
ecosystems, and fragile marine environments,
they develop a sense of empathy, responsibility, and
understanding for these complex underwater worlds.
In VR, they can swim alongside whales, explore shipwrecks,
or even pilot submersibles, cultivating skills in marine
navigation, biology, and environmental stewardship.
One powerful advantage of VR is its ability to replicate
both the physical and psychological conditions of these
environments. Deep-sea and space missions can be
isolating, requiring mental resilience and teamwork.
VR simulations often incorporate scenarios where young
learners must work together to accomplish missions,
thus building interpersonal skills, leadership, and adaptability.
These are essential for both space missions, which may
one day take humans to Mars or beyond, and for
underwater missions in increasingly complex environments
affected by climate change.
As VR becomes more advanced, it can also simulate
equipment and tool use, allowing future explorers to
familiarize themselves with robotic arms, sensor systems,
and navigation panels, bridging the gap between theoretical
knowledge and hands-on experience. These skills are
crucial for emerging roles in aerospace and marine
science, where technology is rapidly evolving.
VR not only inspires the next generation to become scientists,
explorers, and environmental advocates but also gives them
the tools to experience, understand, and protect worlds both
familiar and alien. In Attenborough’s words, “The future of
humanity and the natural world depends on us sharing our
planet with all life.”
VR enables young people to experience this profound truth
firsthand, instilling in them the knowledge and motivation to
preserve both our oceans and the far
reaches of space for future generations.
By integrating VR with AI, supporting all learners, creating
new pathways to business and entrepreneurship, and
reimagining remote work, we are setting
a stage where today’s students can learn, create, and grow
in ways that were previously unimaginable. This technology
is an investment not only in our students but in our collective
future, empowering youth, teens, and young adults to become
powerful learners, valuable employees, and resilient leaders.
Let’s continue to push these boundaries, to create, to explore,
and to build a future where everyone—regardless of physical
ability or circumstance has the opportunity to thrive. Where
youth, teens and young adult can explore new careers and
learning opportunities. Technologies lilke VR and AI
can help youth teens and young adults over come learning
challenges, build self-confidence, self-respect and allow for
mental health to be a solid foundation of positive learning
and self-development.
