Learning that grows with your child✦

Objective: Understand instructions and algorithms, then run a program using print().

Practical exercise: Sequence an everyday task, then print three welcome messages. Explain their execution order.

Objective: Name variables, distinguish strings from integers, and use simple arithmetic.

Practical exercise: Create an imaginary character with a name, age and points. Change the points and print the result.

Objective: Use input() to receive text and include it in a clear message.

Practical exercise: Write an assistant that asks for a nickname and hobby, then responds personally. Do not use private information.

Objective: Convert simple numeric input with int() and connect input, variables and output.

Practical exercise: Build a calculator that adds two integers. Test three cases with the teacher and observe a non-numeric input.

Objective: Compare values and use if / elif / else to choose a response.

Practical exercise: Create a three-choice question. Give feedback for a correct answer, wrong answer or unknown choice.

Objective: Use for and range() to repeat a task and track a counter.

Practical exercise: Print a multiplication table, then total points over five rounds.

Objective: Create a list, access an item and iterate through its items.

Practical exercise: Create a list of three short questions and display them in order with a loop. Add a fourth question.

Objective: Read a simple error, fix indentation, names and logic, then retest.

Practical exercise: Fix three errors in a teacher-provided mini-quiz. Record the input, expected result and actual result.

Objective: Define a simple function with parameters and return a result.

Practical exercise: Create a function that asks a question and returns a point for a correct answer. Use it for two different questions.

Objective: Choose a quiz topic, describe its steps and define success criteria before coding.

Practical exercise: Prepare three to five questions and answers. Sketch the flow: welcome, questions, points, result. Prepare the program structure with the teacher.

Objective: Combine input, conditions, repetition and functions into a working program, then test its score.

Practical exercise: Build the interactive quiz. Test all-correct, all-wrong and mixed answers, plus an unknown choice. Fix the errors.

Objective: Present a finished program, explain some code and a small change, and receive personalised feedback.

Practical exercise: Give a three-to-five-minute quiz demonstration. Submit the .py file and three test cases. Explain something learned and one desired improvement.