Reviving Wonder: How a Sense of Awe Enhances Lifelong Learning in Online Higher Education – Faculty Focus

Online higher education has a weird superpower: it can put a working parent, a veteran, a career-changer, and a 19-year-old night owl in the same “room”
without anyone fighting over the thermostat. But it also has a sneaky downsidecourses can start to feel like a never-ending hallway of tabs, checklists,
and polite discussion posts that read like they were written by a committee of sleep-deprived robots.

The antidote isn’t louder content or shinier tech. It’s older than the LMS and more reliable than Wi-Fi: a sense of awe.
Awe is that “whoa” feeling when you meet something bigger than your current mental mapvast, surprising, meaningfuland your brain has to stretch.
When thoughtfully designed into online learning, awe can rekindle curiosity, deepen engagement, and turn required coursework into something closer to
lifelong learning fuel.

Why Awe Belongs in the Learning Toolbox

Awe, translated into everyday English

Researchers often describe awe as an emotional response to something vast that challenges the way we understand the worldso we have to update our
thinking. In plain terms: awe is what happens when your mind says, “I need a bigger container for this.”
That moment of cognitive stretching is not a bug; it’s a feature. It’s the same mental motion we want when students move from memorizing facts to
building understanding.

Awe is also famously linked to the “small self”not in a sad, minimize-yourself way, but in a healthy perspective shift. Students stop starring in the
movie called Me for a second and start noticing systems, communities, big questions, and implications. That shift can support more generous
collaboration, more openness to new ideas, and more willingness to revise assumptionsall of which are suspiciously similar to the goals listed on your
course outcomes.

What awe does to motivation and learning behavior

Awe tends to pull people toward exploration. Studies connect awe with increased openness to learning and a stronger appetite for experiences that build
understanding rather than simply “checking the box.” Dispositional awe (people who experience awe more readily) is also associated with curiosityone of
the most reliable predictors of continued learning across a lifespan.

There’s also an attention angle. Awe can interrupt autopilot. In online settingswhere “scroll, skim, submit” becomes an unintentional lifestyleanything
that widens attention and invites deeper processing is a gift. Awe can do that by making content feel meaningful, not just mandatory.

Why Online Higher Education Needs Wonder More Than Ever

The online paradox: flexible, but easy to flatten

Online learning can be intensely human when it’s designed for connection and inquiry. But without thoughtful structure, it can also become transactional:
students complete tasks, instructors grade tasks, everyone survives, nobody feels changed. If you’ve ever watched a discussion forum drift into “I agree
with your post” copy-paste theater, you’ve met the flattening problem.

Many evidence-informed approaches to online teaching emphasize building community and engagement through clear design, instructor presence, and interactive
learning activities. The Community of Inquiry framework is especially useful here: deep learning emerges when teaching presence,
social presence, and cognitive presence work together. Awe is not a replacement for that frameworkit’s a powerful spark
that can energize it.

Awe supports cognitive presence (and makes social presence less awkward)

Cognitive presence is about sustained inquirymoving from curiosity to exploration to meaning-making. Awe naturally kicks that door open. It makes students
more likely to ask, “How is this possible?” and less likely to ask, “Is this on the quiz?”

Social presence matters too: students learn better when they feel seen, safe, and connected. Awe can be a shared emotional experience that builds “we’re in
this together” energy. Think of it like the educational version of everyone gasping at the same plot twistexcept the plot twist is a satellite image of
deforestation, a breakthrough medical visualization, or a poem that suddenly makes a concept land.

Designing Awe Moments Without Turning Your Course into a Theme Park

Awe is not the same as entertainment. You don’t need fireworks in every module (and if you do, please check your institution’s safety policy).
You need intentional moments of vastness, surprise, and meaning that connect directly to learning goals.

1) Start units with a “big question” hook

Awe loves big questionsespecially the kind that make students rethink assumptions:
How do we know what we know? What counts as evidence? Who benefits when a system works “as designed”?
In week one, replace the traditional “Here are the objectives” opener with a short, provocative puzzle or paradox tied to your outcomes.
Then tell students, “By the end of this module, you’ll be able to explain why this is happening.”

2) Use scale to create intellectual “vastness”

Vastness can be physical (space, oceans, time), but it can also be conceptual (networks, inequality, ecosystems, supply chains, algorithmic bias).
Online courses can make scale vivid with interactive maps, data dashboards, simulations, and visuals that reveal patterns across thousands or millions of
data points. A single well-chosen visualization can do what 12 bullet points cannot: make students feel the size of the problem.

Example: In a public health course, begin with a visualization of disease spread over time and ask students to identify “the moment the curve changed.”
In an economics course, show a supply chain map and ask, “Where is the hidden fragility?” In a literature course, zoom outhow does one theme echo across
centuries, cultures, and genres?

3) Bring the world into the LMS with virtual fieldwork

One underrated advantage of online higher education is that your classroom is already on the internetso you can step into museums, archives, labs, and
public datasets with fewer logistical hurdles. The Smithsonian’s digital learning platforms and collections, for instance, make it possible to build
assignments where students analyze real artifacts, curate mini-exhibits, or connect historical objects to modern issues.

Awe-friendly activity idea: ask students to choose one object, image, or primary source that made them say “I didn’t know that was real,” then write a
short reflection on how it reshapes their understanding of a course concept. Pair it with discussion prompts that move beyond opinions:
“What question does this raise?” “What assumption did it challenge?” “What would you need to investigate next?”

4) Use “micro-awe”: brief, frequent moments that don’t derail pacing

Awe doesn’t have to be a cinematic experience. Research suggests even smaller, everyday awe can influence well-being and perspective.
In course design terms: add short “micro-awe” segmentstwo minutes of a striking image, a surprising statistic, a short audio clip, a mini case study,
a counterintuitive demonstrationfollowed immediately by a structured question.

The key is the pivot: don’t let awe float away as vibes. Convert it into inquiry. Think:
Wonder → Question → Investigation → Explanation → Application.

5) Make students co-creators of awe (not just consumers)

Students don’t just want to be impressed; they want agency. Build assignments where students create something that reveals complexity:
a digital exhibit, a story map, a “tiny documentary” video, a policy brief with data storytelling, or a public-facing explainer that translates a difficult
concept for a real audience.

Why it works: creating requires synthesis. And synthesis is where lifelong learning livesbecause in real life, the world does not come with a multiple-choice
answer key taped to the fridge.

6) Try an “awe walk” assignmentyes, even for online students

Some studies have explored “awe walks,” where participants intentionally seek awe in their environment and reflect on it.
For online learners, this can be adapted into a low-tech, high-impact activity: students take a 15–20 minute walk (or sit by a window, or observe a place
carefully if walking isn’t accessible) with a prompt to notice patterns, scale, beauty, or complexitythen connect that observation to course concepts.

A psychology student might link it to attention and emotion. An engineering student might notice systems. A leadership student might reflect on perspective.
The reflection is where the academic work happens; the awe is the catalyst.

Faculty Practices That Turn Awe into Lifelong Learning Habits

Teach students how to “do something” with wonder

Lifelong learners aren’t people who never get bored. They’re people who have skills for turning curiosity into action.
Model that process explicitly:

• Name the moment: “This is one of those ‘wait…how?’ moments.”
• Form better questions: move from “Why?” to “Under what conditions?” and “Compared to what?”
• Choose a method: read, analyze data, interview, replicate, critique, apply.
• Reflect: “How did my thinking change?”

This is metacognition with a pulse. And it makes students less dependent on external motivationbecause they learn how to generate internal momentum.

Use teaching presence to make awe feel safe, not performative

Awe can make students feel vulnerable (“I don’t understand this yet”). Instructor clarity and warmth matter.
Teaching presenceclear structure, visible facilitation, timely feedbackhelps students stay engaged when content challenges their current framework.
In online settings, small choices (tone, responsiveness, humane deadlines, guided discussion) can decide whether awe becomes energizing or overwhelming.

Make belonging part of wonder

Awe invites connection, but only if students feel psychologically safe. Build norms that encourage respectful disagreement, genuine questions, and curiosity
instead of “gotcha” debates. Use structured peer interaction so students don’t have to freestyle social skills in a graded environment (a deeply cursed
experience for many adults).

Measuring What Matters (Without Reducing Awe to Clicks)

If awe helps learning, you should see it in outcomes that reflect deeper engagement:
stronger discussion quality, richer questions, better transfer to new contexts, improved persistence, and reflections that show changed thinking.
You can measure these without turning your course into a surveillance documentary:

• Reflection rubrics: look for “assumption challenged,” “question generated,” “connection made,” “application proposed.”
• Discussion prompts: require evidence, comparison, or synthesisnot just opinions.
• Micro-checks: quick polls on “what surprised you?” and “what do you want to investigate next?”
• Project artifacts: evaluate the quality of reasoning and integration, not just formatting compliance.

Pitfalls to Avoid

Awe overload (a.k.a. the “every slide is a TED Talk” problem)

Awe works partly because it interrupts routine. If everything is positioned as mind-blowing, students become numbor exhausted.
Use awe strategically at moments that matter: concept thresholds, ethical implications, system-wide patterns, or real-world stakes.

Confusing awe with spectacle

A flashy video without inquiry is just a flashy video. Tie awe moments to structured thinking tasks: analysis, explanation, critique, and application.
Wonder is the spark; learning is the fire you build with it.

Ignoring accessibility and inclusion

Awe can be elicited through many channelsvisual, audio, narrative, data, community storiesso design with multiple pathways.
Caption media, offer alternatives to field activities, and choose examples that invite broad participation rather than privileging one cultural lens.

A Sample “Awe-Infused” Week in an Online Course

Monday: The hook

Post a 2-minute “micro-awe” artifact: a visualization, a case, a surprising finding. Ask one question: “What do you notice that you can’t explain yet?”

Tuesday–Wednesday: Guided exploration

Provide short readings or mini-lectures that give students tools to explain the phenomenon. Use an activity from an online teaching guide:
small-group annotation, structured debate, or a brief collaborative concept map.

Thursday: Meaning-making and connection

Discussion prompt: “Which explanation seems most plausible, and what evidence would change your mind?”
Require one reply that extends someone else’s thinking (not just compliments it).

Weekend: Reflection and transfer

Students submit a short reflection: “How did your thinking change?” plus one application to a new scenario.
That final transfer step is the bridge to lifelong learningbecause it trains students to carry ideas beyond the course shell.

Conclusion: Wonder Is a Strategy, Not a Luxury

A sense of awe isn’t an “extra” reserved for art classes or astronomy nights. It’s a cognitive and emotional lever that can reawaken curiosity, deepen
attention, and strengthen the habits that make learning last. In online higher educationwhere routines can flatten motivationthoughtfully designed awe
moments help students feel the point of the work, not just the weight of the workload.

For faculty, the goal isn’t to manufacture constant amazement. It’s to create the conditions where students regularly encounter meaningful complexity,
ask better questions, and experience the satisfaction of expanding their understanding. That’s the heartbeat of lifelong learningand it scales beautifully,
even on Zoom.

Extended Experiences: Practical “Awe in Online Higher Ed” Field Notes (Extra ~)

Here are a few experience-based vignettes (compiled from common faculty practices and student patterns) that show what “reviving wonder” can look like in
real online coursesmessy humans included.

1) The Discussion Board That Finally Stopped Sounding Like a Polite Robot Choir

An instructor in an online environmental policy course was tired of the weekly rhythm: read → post → reply → vanish. So she started each module with a
single “awe artifact”: a time-lapse map of coastline change paired with one prompt“What do you see that you can’t unsee?”
The first wave of responses wasn’t “I agree”; it was visceral: students noticed disappearing neighborhoods, uneven impacts, and the unsettling speed of change.
Then the instructor did the crucial part: she turned emotion into inquiry. Students had to choose one observation and track it through course tools:
stakeholder analysis, cost-benefit critique, equity framing, and policy design.

The best moment came when a student wrote, “I came here for a credential. I didn’t expect to feel responsible.”
That sentence is basically the unofficial mission statement of lifelong learning.

2) The “Awe Walk” That Helped an Adult Learner Reclaim Learning Time

In a fully online psychology class, a working adult student admitted he hadn’t taken a “real break” in months. The course included a short awe walk:
15 minutes outside (or by a window), noticing patterns and scale, then reflecting on attention and emotion regulation.
His reflection wasn’t poetic; it was practical: he realized his brain wasn’t brokenhis schedule was.
He began using micro-awe as a reset: looking up at the sky between shifts, noticing architecture on the walk from the parking lot, listening closely to a
piece of music. He connected it to course concepts (attention, stress, meaning-making), but the bigger outcome was behavioral:
he rebuilt a tiny learning habit that didn’t require perfect conditions.

Lifelong learning often starts like thatless “new year, new me,” more “two minutes of wonder, repeat.”

3) The Spreadsheet That Became…Oddly Inspiring

Yes, a spreadsheet. In an online business analytics course, the instructor opened with a massive dataset on food waste.
Students expected number-crunching. Instead, the first task was simply: “Find one pattern that surprises you.”
Students discovered supply chain bottlenecks, seasonal spikes, and the disproportionate waste generated at specific points in distribution.
One student joked, “I didn’t think I’d ever say this, but this pivot table has feelings.”

Then came the awe-to-action step: students had to propose an intervention, justify it with data, and anticipate unintended consequences.
The course still taught analytics, but it also taught significancewhy analysis matters. When students feel the “why,” they’re far more likely to keep
learning after the final grade posts.

4) The Guest Who Made the Content Real (and Slightly Uncomfortablein a Good Way)

In an online nursing course, the instructor invited a public health practitioner to share a short case story: a community intervention that worked
beautifully on paper and struggled in the real world. Students felt the vastness of real constraintstime, trust, culture, resource scarcity.
The instructor followed with a structured reflection: “What assumption did you bring into this topic that you now want to revise?”
That question did more for critical thinking than a dozen comprehension quizzes.

The common thread across these experiences is simple: awe creates a meaningful disruption, and good teaching turns disruption into durable learning habits.
That’s how online higher education can revive wonderand help students keep learning long after the course closes.