AIYINGFrom AI Awareness to Accomplishment
Showing posts with label Apply Before Learn. Show all posts
Showing posts with label Apply Before Learn. Show all posts

Saturday, November 14, 2026

Learn as You Do #002 — Stop Preparing to Learn. Start Doing with AI.

AIYING | LEARN AS YOU DO #002



Stop Preparing to Learn. Start Doing with AI.

What if your next learning experience began with an accomplishment you have not yet learned how to achieve?

From AI Awareness to Accomplishment

The Familiar Learning Sequence

We normally approach a new subject through a familiar sequence:

Study → Practise → Apply

First, we collect information. Then we practise what we have learned. Finally, we attempt something useful.

This sequence remains valuable, especially when foundational knowledge, safety, or professional competence is essential.

But for many everyday digital tasks, there is another possibility.

PO: Begin Before You Know How

Suppose we reverse the conventional sequence.

PO: Start the task before completing the learning required for it.

This is a deliberate provocation, not an instruction to ignore risks or necessary preparation.

Its purpose is to challenge one assumption: that learning must always precede application.

What becomes possible when we use AI to support learning during the task itself?

A Different Learning Loop

ATTEMPT → DISCOVER → LEARN → IMPROVE → ACCOMPLISH

The task becomes the starting point. Learning happens when a real need appears.

1. Attempt

Choose a small, achievable task, even if you do not know every step.

2. Discover

Identify what you cannot yet do. Your difficulties become learning questions.

3. Learn

Ask AI to explain only what is needed for the next step.

4. Improve

Apply the explanation and revise your work. Check the results rather than assuming the AI guidance is correct.

5. Accomplish

Produce a usable result and record what you learned while creating it.

Try It Yourself: Build a Simple Web Page

Imagine you have never written HTML. Instead of beginning with a lengthy HTML course, try creating a useful page.

Today's task: Create a personal learning dashboard containing three learning goals.

You need only a browser, a text editor, and an AI assistant.

Open ChatGPT and enter the following prompt.

Prompt 1 — Begin the task

I want to create a simple personal learning dashboard as a web page.

I have no prior HTML experience. Help me create a single HTML file with:

  • A heading: My Learning Dashboard
  • Three learning goals
  • A checkbox beside each goal
  • A short reflection section

Give me complete working code. Explain how to save it and open it in my browser. Keep the instructions beginner-friendly.

Step 1 — Generate the code

Read the instructions and copy the HTML provided by the AI assistant.

Step 2 — Create the file

Open Notepad or another plain-text editor. Paste the code.

Save the file as learning-dashboard.html. In Notepad, select "All Files" as the file type to avoid saving it with a .txt extension.

Step 3 — Open the page

Double-click the saved HTML file. It should open in your browser.

If something does not work, copy the relevant code and describe the problem to your AI assistant.

Step 4 — Learn what you just used

Prompt 2 — Learn from the work

Explain the HTML elements used in this dashboard.

Focus only on the concepts I need to understand and modify this page.

Show me which lines control the heading, learning goals, checkboxes, and reflection area.

Step 5 — Improve it yourself

Change the heading. Replace the example goals with your own. Add a fourth learning goal.

Save the file and refresh the browser.

You have now moved from using generated code to making your own changes.

Check Your Accomplishment

  • Does the HTML page open in your browser?
  • Are your learning goals visible?
  • Can you select the checkboxes?
  • Can you change the page content yourself?
  • Can you explain at least three HTML elements?

A basic checkbox can be selected without saving its state between visits. Persistent progress tracking would require an additional feature.

What Have You Actually Learned?

You may have learned about HTML tags, file extensions, browsers, and basic page structure.

But something more important may have happened.

You discovered what you needed to learn because you were trying to accomplish something.

Your learning questions emerged from the task rather than from a predetermined syllabus.

The Bigger Insight

Do not wait until you know everything to begin something. Begin something small, and discover what you need to know.

Generative AI can make this approach more accessible by offering explanations, examples, feedback, and troubleshooting while we work.

But learning still requires attention, verification, experimentation, and reflection.

AI can help produce the first version. Your understanding grows when you inspect, question, modify, and test it.

Today's Accomplishment

Create one functioning personal learning dashboard and make at least one change without copying a completely new version from AI.

Record three things:

  1. What I accomplished
  2. What I learned while doing it
  3. What I can now do independently

That is the beginning of cumulative AI-assisted learning.

AIYING — From AI Awareness to Accomplishment

Learn as You Do explores how practical tasks, reflection, and AI assistance can turn everyday accomplishments into opportunities for continuous learning.

AIYING | Ravindra Dastikop

Friday, November 13, 2026

PO: GenAI Is the Uber of Learning — From Current Capability to Accomplishment

AIYING | LATERAL AI THINKING | PO SERIES

PO: GenAI Is the Uber of Learning

Tell It Where You Are. Tell It Where You Want to Go.

What if learning began not with a syllabus, but with a pickup location and a destination?




1. The Provocation

Imagine opening Uber.

Before booking your ride, does Uber ask you to study the road network? Does it insist that you learn traffic rules, understand every junction, memorise alternative routes, and pass an examination in navigation?

No.

It asks two simple questions:

Where are you now?

Where do you want to go?

The system identifies a route, estimates the journey, and helps you reach your destination.

Now apply this idea to learning.

PO: Treat GenAI like Uber for learning.

Tell GenAI your current location in learning. Tell it your desired destination in capability. Let it help you discover and navigate the route.

2. The Hidden Assumption in Education

Traditional education commonly follows a predefined sequence:

Syllabus → Lessons → Practice → Examination → Application

The assumption is that learners must first acquire a body of knowledge before they can meaningfully apply it.

This approach has strengths. Foundational knowledge matters. Some subjects require careful sequencing, supervision, and extensive practice.

But does every learner need the same route? Must every learner begin at Chapter One? Must application always come last?

These are the assumptions worth challenging.

3. The PO Movement: From Curriculum to Navigation

Edward de Bono's lateral thinking approach uses provocation to move beyond established patterns of thinking. A PO statement is not a factual claim that must be defended. It is a deliberate stepping stone toward new possibilities.

Our provocation is:

PO: Learning is a journey booked by the learner, not a route prescribed entirely in advance.

The movement from this provocation produces an interesting idea:

Instead of organising learning primarily around content to be covered, organise it around capability to be achieved.

The syllabus becomes a flexible route rather than the starting point of every learning experience.

4. The Uber Model of AI Learning

Consider seven components of a learning journey.

📍 Pickup Location — Current State

What does the learner already know? What can they actually do? What tools and experience do they possess?

🏁 Destination — Desired Capability

What does the learner want to accomplish? Not merely what topic they want to study, but what they want to become capable of doing.

🗺️ Route — Personalised Learning Path

GenAI proposes a practical sequence of tasks, concepts, resources, and milestones appropriate to the learner's starting point.

🚀 Pickup — Begin with Application

The learner starts with a manageable real task. Learning begins through attempting something useful.

🔄 Navigation — Guidance and Feedback

GenAI explains concepts, answers questions, reviews attempts, and helps identify mistakes.

↪️ Rerouting — Adapt to Progress

If the learner struggles, the route changes. If the learner progresses quickly, unnecessary repetition can be reduced.

✅ Arrival — Demonstrated Accomplishment

The journey is complete only when the learner demonstrates the intended capability.

5. A Real Example: Becoming an AI Engineer

Consider a graduate who wants to enter AI engineering.

Pickup location:

I understand basic computing. I have used ChatGPT. I have very limited Python knowledge. I have never built an AI application.

Destination:

I want to build a working AI assistant that answers questions from documents, evaluates its answers, and can be demonstrated to an employer.

A conventional route might begin with a lengthy sequence of programming, mathematics, machine learning, and software engineering lessons.

The destination-driven approach begins differently.

  1. Attempt a simple document-question-answering prototype.
  2. Use GenAI to understand the generated code.
  3. Discover why document extraction and chunking matter.
  4. Learn about embeddings and retrieval when the application needs them.
  5. Introduce evaluation to check answer quality.
  6. Improve reliability, security, and user experience.
  7. Demonstrate and explain the completed application.

The learner does not avoid foundational concepts. The learner encounters them in the context of a meaningful destination.

The result is not guaranteed to be the shortest path for every learner. It is a route that can make learning more purposeful and responsive.

6. Apply Before Learn

This model connects directly to another lateral thinking provocation:

PO: Apply Before Learn.

The conventional sequence is:

Learn → Understand → Practise → Apply

The provocative alternative is:

Attempt → Discover Gaps → Learn → Improve → Apply Again

Here, application is not simply the final reward for completing a curriculum.

Application becomes a mechanism for discovering what needs to be learned.

GenAI can help by reducing some of the initial barriers to experimentation, providing explanations, and suggesting manageable next steps.

7. The Learner Is Not a Passive Passenger

Every analogy has limitations.

In an Uber ride, a passenger can reach the destination without understanding the journey.

Learning is different.

A learner cannot claim competence simply because an AI system produced a successful result.

The learner must understand, practise, evaluate, make decisions, and eventually perform independently.

Therefore, the analogy needs one important refinement:

GenAI navigates the learning journey. The learner must develop the capability to drive independently.

For professional, technical, medical, and other high-stakes capabilities, appropriate foundational preparation, qualified supervision, and independent assessment remain essential.

8. From Learning Management to Learning Navigation

Consider the implications for educational institutions.

Learning Management Systems traditionally help organise courses, distribute content, manage activities, and record assessment.

What if an AI-enabled learning environment added a navigation layer?

A student could declare:

Here is what I can do today. Here is what I want to accomplish. Here is how much time I have. Help me reach that capability.

The system could then recommend a route, provide practical assignments, diagnose gaps, and adjust the sequence using evidence of progress.

Teachers would remain important as mentors, designers of meaningful challenges, assessors of competence, and guides for responsible practice.

This suggests a possible evolution:

Learning Management → Learning Navigation

It is a design proposition, not a claim that existing AI systems can already perform every aspect reliably or autonomously.

9. Try It: Book Your First Learning Ride

Here is a reusable prompt for students, professionals, and lifelong learners.

AI LEARNING NAVIGATOR PROMPT

Act as my personal AI Learning Navigator. Treat my learning journey like booking an Uber ride.

My pickup location:
[What I know and can currently do]

My destination:
[The specific capability I want to demonstrate]

My constraints:
[Time, resources, experience, tools, and deadlines]

Your responsibilities:

  1. Verify my current capability through practical questions.
  2. Define clear evidence of successful arrival.
  3. Propose a realistic learning route.
  4. Begin with a small, meaningful application.
  5. Teach the necessary concepts along the way.
  6. Give me one actionable step at a time.
  7. Review my work and identify gaps.
  8. Reroute when needed.
  9. Test my independent capability before declaring arrival.

Start by asking for my pickup location and destination.

10. The AIYING Learning Experiment

This idea can be tested through a simple experiment.

Select two groups of learners with comparable starting capabilities and the same destination.

One group follows a structured, content-first learning path.

The other follows a destination-driven, AI-guided application-first path.

Compare their outcomes using:

  • Time to first working application.
  • Conceptual understanding.
  • Independent task performance.
  • Ability to explain and troubleshoot the solution.
  • Retention after several weeks.
  • Ability to transfer learning to a new problem.

The important question is not whether one group produces an impressive AI-generated output faster.

It is whether the learners develop genuine, transferable capability.

11. The Larger Possibility

If learning can be organised around pickup locations and destinations, several new possibilities emerge.

A college student may begin with a career destination. An employee may begin with a workplace challenge. A teacher may begin with a classroom improvement goal. An entrepreneur may begin with a business problem.

Their routes will differ because their starting points and desired outcomes differ.

GenAI could become a flexible navigation layer connecting current capability to desired capability.

This changes the central question from:

What course should I study?

To:

What do I want to become capable of doing, and what is my next useful step?

12. A New Provocation

The Uber analogy leads to a further challenge.

If GenAI can help create a personalised route, perhaps the curriculum need not always be fixed before the learner begins.

Perhaps it can emerge, within appropriate educational standards and safeguards, from the learner's destination, progress, and demonstrated needs.

PO: The curriculum is not the road. The curriculum is the route.

And that route can change as learning progresses.

13. From Awareness to Accomplishment

The AIYING approach to AI fluency emphasises moving beyond awareness toward meaningful application and accomplishment.

The learning navigator idea provides a practical way to think about that journey:

Know Your Starting Point

↓

Choose Your Destination

↓

Attempt Something Useful

↓

Learn, Practise, and Reroute

↓

Demonstrate Accomplishment

The ultimate objective is not simply to consume more learning content.

It is to become capable of doing something that matters.

Final Thought

For generations, learners have been told:

First complete the course. Then apply what you learned.

The GenAI age invites us to explore a different possibility:

Tell me where you are. Tell me where you want to go. Let us begin the journey through application.

The route can be discovered, tested, and improved along the way.

PO: GenAI Is the Uber of Learning.

Your current capability is the pickup location. Your desired capability is the destination. Application starts the journey. Learning happens along the way. Accomplishment confirms arrival.

AIYING | Choose Work That Matters

Join the Conversation

If you could book a learning journey today, what would be your pickup location and destination?

Share them in the comments. Perhaps your next learning experience should begin with that simple declaration.

AIYING — Lateral AI Thinking
Exploring the confluence of Edward de Bono's lateral thinking and the possibilities of generative AI.

#LateralAI #POThinking #AIYING #GenAI #AIFluency #FutureOfLearning #LearningInnovation #AIEngineering #PersonalizedLearning

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