Why this matters now
Active learning is easy to recognise from the outside.
People move.
Teams talk.
Prototypes appear.
Ideas cover walls.
Presentations happen.
The room feels energetic.
Experiential learning is harder to see.
The question is not whether learners were active.
It is whether the activity changed what they understand and what they can do.
This matters because “learning by doing” has become shorthand for many forms of educational innovation.
The phrase captures something important: knowledge behaves differently when it has to be used.
But activity alone is not enough.
A learner can repeat an action without noticing the pattern behind the outcome.
A team can produce a prototype without examining what the prototype reveals.
A student can receive feedback and ignore it.
An experience can be memorable without being intellectually transformative.
Experiential learning therefore depends on a loop.
Action creates contact.
Reality responds.
The learner notices.
Reflection turns the response into meaning.
A revised understanding informs the next move.
The power is not located in doing alone.
It is located in what happens between one action and the next.
What experiential learning actually means
In the pedagogical architecture documented by Mars Challenge, experiential learning is explicitly described as an approach in which experience precedes conceptualisation. It sits alongside Challenge-Based Learning, Project-Based Learning, applied research, formative assessment and Human Learning.
This framing changes the order of learning.
One possible sequence is:
concept → explanation → exercise.
Experiential learning can operate through another:
situation → action → consequence → observation → reflection → concept → revised action.
This is not an argument against theory.
Theory becomes part of the interpretive work.
A learner encounters something that does not fully fit the existing model.
A prototype behaves differently from expected.
A user reacts unexpectedly.
A decision produces a trade-off.
A source contradicts an assumption.
Now a concept can help explain something the learner already needs to understand.
The experience gives the concept a problem to solve.
- Action
- Consequence / feedback
- Observation
- Reflection
- Conceptualisation
- Revised action
- Transfer
The loop returns to action.
Doing, experiencing and learning are different conditions
Three terms are often treated as interchangeable.
They should not be.
Activity means that something is being done.
Experience means that the learner participates in a situation that responds in some way.
Experiential learning means that the response is interpreted and changes understanding.
Consider a team presenting a prototype.
Presenting it is activity.
Users misunderstanding it creates experience.
The team identifying the hidden assumptions that caused the confusion, redesigning the interaction and testing again creates an experiential learning cycle.
The distinction is important because educational environments can generate a great deal of activity without creating time or structure for interpretation.
The learner is busy.
But busyness can hide the absence of learning.
| Activity | Experience | Experiential learning |
|---|---|---|
| Something is done | The situation responds | The response is interpreted |
| Participation | Consequence | Revised understanding |
| Can end there | Can remain a memory | Changes future action |
Action makes assumptions testable
Thinking produces models.
Acting exposes them.
Before a prototype exists, we can imagine that everything works.
Before talking to another person, we can imagine that our explanation is clear.
Before implementing a decision, we can imagine its consequences.
Action removes some of that protection.
The idea now has to meet something outside itself.
This is the cognitive value of action.
It does not merely apply knowledge.
It can generate new information about whether that knowledge was sufficient.
The Mars Challenge Participant Guide makes this mechanism explicit in prototyping. Teams build, show the prototype to others, ask what is understood or unclear, collect feedback and adjust the elements with the greatest impact.
The prototype is therefore not only an output.
It is an instrument for producing evidence.
Observation turns results into material for thought
Something happens after action.
But what should the learner notice?
A failed attempt can be interpreted in many ways.
“The idea was bad.”
“We lacked time.”
“The user did not understand.”
“The assumption was wrong.”
“The implementation was weak.”
Each explanation implies a different next action.
Observation therefore needs structure.
What were we trying to achieve?
What did we expect?
What actually happened?
Where was the difference?
What feedback appeared?
Which variable had we missed?
Which decision produced the outcome?
Documentation can help make these questions visible.
Mars Challenge's Concept Document records additional research, discarded ideas and why they were discarded, feedback received, how that feedback was used and what the team learned.
The point is not administrative record-keeping.
It is preserving the path by which thinking changed.
Reflection converts an event into meaning
Reflection asks a different question from observation.
Observation asks:
What happened?
Reflection asks:
What does what happened mean for what I thought I knew?
A learner may have a vivid memory of an experience while drawing no useful insight from it.
Or the learner may draw the wrong lesson.
Reflection creates the opportunity to examine the interpretation itself.
What did we believe before?
What evidence appeared?
Which assumption survived?
Which assumption failed?
What surprised us?
What remains uncertain?
What would we now explain differently?
What would we do differently?
Real-Life Readiness includes REFLECTION among the conditions through which preparation becomes visible: participants make reasoning explicit, learn from outcomes and revise their approach. It pairs this with TRANSFER—recognising what from the experience can travel into other contexts and what cannot.
Reflection is therefore not a decorative debrief.
It is the conversion point between event and learning.
- What did we expect?
- What happened?
- What surprised us?
- What evidence changed our view?
- What do we understand now?
- What will we do differently?
Conceptualisation builds a better model
Reflection becomes more powerful when the learner can move beyond description.
“I failed” is a judgement.
“The user did not understand the prototype” is an observation.
“The prototype assumed technical knowledge the user did not have” is an interpretation.
“Usability depends partly on the amount of prior knowledge a design requires from its user” is the beginning of a transferable concept.
The learner has moved from a local event to a broader model.
This is conceptualisation.
It gives the experience language.
It identifies a pattern.
It creates something that can be tested again.
This is why the Mars Challenge training principle that experience precedes conceptualisation is significant.
The concept is not removed.
It becomes anchored in a problem the learner has already encountered.
Feedback gives the learner an outside perspective
Self-reflection has limits.
We can protect our preferred interpretation.
We can fail to see what we do not know.
Feedback introduces information we do not fully control.
A user experiences the prototype differently.
A mentor notices a missing assumption.
A jury question reveals a weak justification.
Data contradicts the team's confidence.
A material fails.
The educational purpose of feedback is therefore not merely evaluation.
It is to create information capable of changing the next action.
Mars Challenge gives teams the opportunity to return to previous phases after feedback. Its refinement phase explicitly asks participants to review recommendations, decide which changes matter most, implement them and test again where necessary.
This turns feedback from a verdict into a resource.
Iteration shows whether reflection changed capability
A reflection can sound sophisticated and have no effect whatsoever.
That is why another action matters.
If we conclude that a prototype is confusing, what changes?
If we realise our evidence was weak, what new standard do we use?
If we see that the team committed too early to one idea, how will the next decision process differ?
The next action tests whether learning travelled from language into behaviour.
The cycle becomes:
ACT → OBSERVE → REFLECT → REFRAME → ACT AGAIN
The second action should contain something the first one did not.
This distinction separates repetition from iteration.
Repetition means doing again.
Iteration means doing again after the previous experience has changed the model.
- Idea
- Build
- Test
- Observe
- Feedback
- Reflect
- Adjust
- Test again
Failure does not teach by itself
Education and innovation often celebrate failure.
But failure is not inherently educational.
A failed attempt can lead to:
blame;
avoidance;
random change;
abandonment;
or deeper inquiry.
Only some of these produce learning.
The Mars Challenge Participant Guide documents a useful example. A team pursued a water-purification direction and later discovered that the solution they had developed already existed. The resulting crisis prompted them to revisit an earlier idea involving fungi, investigate radiotrophic organisms and build a different proposal.
The educational value was not the failure itself.
It was the sequence that followed:
unexpected result;
reflection;
new inquiry;
reframing;
new action.
Failure becomes useful when it supplies evidence to the next attempt.
Consequence makes experience readable
An action needs some form of response if we are going to learn from it.
This does not require danger.
Educational environments can be safe and still preserve authentic consequence.
A prototype works or does not.
A budget forces trade-offs.
An audience understands or becomes confused.
A deadline changes priorities.
A user rejects an assumption.
A team has to defend a decision.
Real-Life Readiness explicitly distinguishes authenticity from uncontrolled risk. It argues that learning environments can remain ethically bounded while creating real implications, and that preparation develops through repeated encounters with reality, decision, consequence and reflection.
Consequence gives the experience something to say.
Transfer stops learning from becoming an anecdote
A memorable experience can remain trapped in its original context.
Transfer asks:
What did I learn here that I can recognise somewhere else?
The answer is rarely the original solution.
A prototype may fail because users lack prior knowledge.
The transferable insight may be to test hidden knowledge assumptions in any future design.
A team may experience conflict because decision criteria were unclear.
The transferable insight may be to make criteria explicit before comparing options.
A presentation may fail because the audience cannot see why the problem matters.
The transferable insight may concern framing, not slides.
This is the difference between remembering what happened and becoming more capable because it happened.
Real-Life Readiness includes transfer precisely because learning should improve navigation beyond the original exercise.
The loop is not a rigid psychological sequence
Action, observation, reflection and renewed action provide a useful model.
They should not be mistaken for a mechanical description of every person's mind.
Reflection can happen during action.
Theory can enter at any point.
People can learn from observing someone else's experience.
A concept can exist for years before a particular event changes what it means to us.
The critical issue is not whether the steps happen in a perfect order.
It is whether they are connected.
Experience produces information.
Information is interpreted.
Interpretation modifies understanding.
Understanding changes future action.
That functional relationship is the core.
Experiential learning is not anti-theory
Experience without conceptual resources can be misread.
Prior knowledge helps us notice patterns.
Theory gives us vocabulary.
Methods help distinguish evidence from coincidence.
Expertise allows one person to see something another person misses.
Experiential learning should therefore not be framed as:
theory or practice.
A more useful relationship is:
theory informs action; action tests theory; reflection reorganises both.
Knowledge and experience become partners in a recursive learning process.
What experiential learning is not
It is not activity for activity's sake.
It is not entertainment.
It is not abandoning subject knowledge.
It is not leaving learners alone to discover everything.
It is not assuming every experience is automatically educational.
It is not romanticising failure.
It is not a generic “what did you learn?” question at the end.
It is not limited to physical or face-to-face activities.
And it is not simply producing something.
Experiential learning depends on the connection between action, feedback, interpretation and changed action.
What the evidence says
The supplied Mars Challenge materials establish a coherent applied model.
Pedagogical source. Teacher training explicitly identifies experiential learning as a programme principle and states that experience precedes conceptualisation. It also connects the model with applied research and formative feedback.
Learning trace. The Participant Guide requires teams to preserve discarded ideas, feedback, changes and learning in the Concept Document.
Action-feedback loop. Prototyping requires participants to seek feedback and adjust; later refinement provides another structured opportunity to revise the project.
Reflection and transfer. Real-Life Readiness treats reflection and transfer as conditions through which encounters with reality can become preparation.
These sources establish the programme's pedagogical logic.
They do not constitute an independent experimental comparison of experiential learning against other pedagogies, nor do they quantify long-term causal outcomes.
What we observe at Mars Challenge
Mars Challenge's own pedagogical framing states that participants work with challenges, limits and consequences and positions experience and reflection at the centre of learning.
The documented radiotrophic fungi case makes the loop concrete.
A team followed one solution direction.
The experience produced disconfirming information.
They encountered frustration.
They reconsidered an idea that had previously seemed peripheral.
They researched again.
Their understanding changed.
Their project direction changed.
This is first-party qualitative evidence, not a controlled study.
Its value is explanatory.
It shows why experiential learning cannot be reduced to the event itself.
What matters is what learners do with what the event tells them.
What this means for educators and universities
Designing experiential learning requires more than designing an experience.
It requires designing the return path from experience to understanding.
Educators need to consider:
What meaningful choice will learners make?
What can happen because of that choice?
How will they observe what happened?
Where will feedback come from?
When will they slow down enough to interpret it?
How will they make their reasoning visible?
Can they change their work?
Will there be another opportunity to act?
Can they articulate what transfers beyond the original case?
This also changes assessment.
A finished product remains useful evidence.
But so does the distance travelled.
What changed between version one and version two?
What feedback caused the change?
Which assumption was abandoned?
How does the learner justify the revision?
What principle can now be carried into another situation?
A strong experiential assessment therefore asks two questions:
What did you produce?
and
What changed in your ability to understand and act because you produced it?
The second question is where the experience becomes education.
Related concepts
Challenge-Based Learning Reflection Agency Real-Life Readiness Knowledge Transfer
Evidence in practice
Mars Challenge Participant Journey
Prototype-feedback-refinement process
Radiotrophic fungi case
Frequently asked questions
Is experiential learning simply learning by doing?
Not quite. Doing creates the experience, but the learner still has to notice what happened, interpret it and use that interpretation. Without observation, feedback and reflection, action may become repetition rather than learning.
Does the experience have to happen in the real world?
No. A simulation, challenge, prototype or structured practice can create experiential learning if decisions generate meaningful feedback and learners can observe, interpret and respond to it.
Why is reflection so important?
Reflection connects the event to the learner's mental model. It helps identify what was expected, what actually occurred, which assumptions changed, what evidence mattered and what should be done differently next time.
Does failure automatically improve learning?
No. Failure provides an outcome. Learning depends on whether the learner can diagnose what happened, extract useful information, revise understanding and alter the next attempt.
What is the educator's role?
To design meaningful conditions, protect learner authorship, make feedback available, ask questions that deepen observation and create time for reflection and revision. The educator helps turn experience into a learning process without needing to own the solution.
How does experiential learning relate to Challenge-Based Learning?
Challenge-Based Learning can create the open problem that requires learners to act. Experiential learning describes how what happens during that action becomes learning through consequences, observation, reflection and iteration.
How can experiential learning be assessed?
Assessment can examine more than the final product: reasoning, evidence use, response to feedback, changes between iterations, the quality of reflection and whether the learner can transfer what was learned to another context.
References
Mars Challenge Teacher Training Mars Challenge, 2026.
Mars Challenge Participant Guide 2026 Mars Challenge, 2026.
Real-Life Readiness — A Foundational Framework Adelino Sousa / Mars Challenge / Virtual Educa, 2026.
Mars Challenge 2026 — Earth Element Mars Challenge, 2026.
When a prototype fails: turning experience into evidence for the next test
Failure does not produce learning automatically. It becomes educational material when a team describes what it expected, what happened, which difference matters and what it will change. Without that cycle, repeating activities may simply repeat errors.
The goal is not to reward failure or hide the result. It is to use observations proportionate to the test, separate fact from interpretation and form a new hypothesis. A small test does not establish final feasibility or lasting impact.
| Moment | Question | Evidence |
|---|---|---|
| Expectation | What did we think would happen? | Hypothesis and criterion. |
| Observation | What happened under the test conditions? | Notes, data or feedback. |
| Interpretation | Which explanations are plausible? | Alternatives and limits. |
| Next test | What will change and why? | Revision and next hypothesis. |
Hypothetical example: a prototype does not reduce waiting time. The team does not call it a “total failure”; it records conditions, identifies a faulty assumption and tests one bounded change.
What reflection questions turn an activity into experiential learning?
Experiential Learning requires a connection between what happened, its interpretation and another attempt. An intense or memorable activity does not demonstrate learning on its own. Kolb’s cycle is an external reference; the following guide is a proposed editorial application for teams and educators.
After a test or presentation, make time for each participant to identify an observation, an interpretation and a change they can try. Record disagreements. If observations are incomplete, identify missing information rather than forcing a conclusion.
Reflection should allow spoken, written or visual contributions according to accessibility needs. It does not require sensitive personal disclosures. The next test should be proportionate to resources and avoid putting people at risk. This practice does not replace research procedures, official assessment or consent.
| Moment | Reflection question | Possible next action |
|---|---|---|
| Describe | What happened that we can observe? | Retain the test record without premature interpretation. |
| Interpret | What alternative explanations exist? | Compare the explanation with a source or another participant. |
| Experiment | What small change lets us learn more? | Specify a test, observation criterion and review point. |
Hypothetical example: a prototype fails during a demonstration. Instead of concluding that the team cannot work effectively, participants distinguish assembly, test conditions and design assumptions. They test a change and preserve what remains unknown.
Institute for Experiential Learning · What is experiential learning?
Explore next
What Is Challenge-Based Learning? Why Knowing Is Not Enough to Act What Is Real-Life Readiness?
Next step
Deepen: Explore Challenge-Based Learning, reflection and Real-Life Readiness. Proof: See how prototyping, feedback and refinement operate inside Mars Challenge. Action: Discover how to activate a Mars Challenge experience in an institution.