Choose where to work
Use the editable fields on this page for the simplest route. You may instead use Word, Google Docs, PowerPoint, Canva or paper.
Beginner Project • No Coding
My First Ai Solution Canvas
Choose one real problem and design a simple, useful and responsible Ai solution in five guided steps.
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Your work is saved automatically.Complete the fields below. Your answers stay in this browser.
How to use this project
Complete one small decision at a time
This is a no-code design project. You can complete it directly on this page or create your own one-page canvas in a document application.
Create a project folder
Create a folder named project-01-ai-solution-canvas. Keep your canvas, flow diagram and final explanation inside it.
Download the optional worksheet
Select Download Worksheet in the hero. Save the PDF inside your project folder and open it in your browser or a PDF reader. You can print it to complete the worksheet by hand.
Download the worked example (PDF) to compare the structure with your own independently designed solution.
Follow the five steps in order
Write your own answers before comparing them with the examples. Examples demonstrate the format; they are not answers to copy.
Save evidence and mark progress
Mark a checkpoint only after completing its output. Finish the final checklist and keep one copy of your completed canvas for your portfolio.
No installation required
This project works on any computer or mobile device. If you use the online fields, answers are stored only in the current browser, so also copy your final work into a document you control.
A one-page Ai solution
Design a simple Ai solution without coding. Choose a real problem and clearly define its:
Ai problem framingAi system thinkingInput and output designSelecting an Ai methodResponsible Ai basicsDefining business value
LevelBeginner
CodingNone
Time45–60 minutes
SoftwareDocs, slides, Canva or paper
ComputerAny computer or mobile device
Five guided steps
Create your solution canvas
Write short, clear answers. You are designing the solution—not building software yet.
Choose a problem
Describe one user, one specific difficulty and one result.
Use this format
[User] has difficulty with [specific task], causing [negative result].Example
Beginner Ai learners have difficulty selecting the correct next lesson, causing confusion and slow progress.
Define the user and goal
State who needs help and what successful help looks like.
User example
Beginner Ai learner
Goal example
Receive a suitable next-lesson recommendation.
Define the solution
Connect the problem, information, Ai task, result and human control.
View completed example
ProblemLearners cannot select the correct next lessonUserBeginner Ai learnerInputsCompleted lessons, quiz score and learning goalAi taskRecommendationOutputRecommended lesson and explanationHuman roleLearner can accept or reject the recommendation
Select the method
Choose the simplest method that can solve the problem.
Example
Use a Rule-Based System first because the learning pathway follows clear rules.
Add risk and value
Show how the solution helps people and how important risks will be controlled.
Possible risks
- Incorrect recommendation
- Incomplete user information
- Privacy problems
- Too much dependence on the system
Controls
- Explain the recommendation
- Let the user reject it
- Collect only necessary information
- Allow instructor review
Expected value
- Faster lesson selection
- Clearer learning pathway
- Reduced learner confusion
Learner information↓Rules or Ai method↓Recommended lesson↓Explanation↓User accepts or changes it
Final output
Finish your project evidence
One-page Ai Solution CanvasSimple system-flow diagramRisk and control listThree success measuresOne-minute project explanation
Choose three success measures 0 of 3 selected
Completion checklist
Check your final canvas
Portfolio explanation
I designed an Ai solution for beginner learners who have difficulty selecting their next lesson. The solution uses learner progress and goals to recommend a suitable lesson. I defined the inputs, output, human controls, risks and expected value before beginning development.