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Lesson 1: Introduction to MIT App Inventor

Objective: Familiarize students with the MIT App Inventor interface and basic concepts.

• Activity:
  • Introduction to the interface: Designer and Blocks Editor.
  • Create a simple app: “Hello World” app where a button click changes a label text.

Lesson 2: Variables and Data Types

Objective: Teach variables, data types, and basic arithmetic operations.

• Activity:
  • Create an app that takes user input (e.g., name, age) and displays a greeting.
  • Use variables to store and manipulate user data.

Lesson 3: Control Structures

Objective: Introduce conditionals and loops.

• Activity:
  • Create an app that generates a random number and checks if it is even or odd.
  • Use conditionals to provide feedback to the user.
  • Implement a counter using loops.

Lesson 4: Functions and Procedures

Objective: Teach the creation and use of functions.

• Activity:
  • Create a calculator app that performs basic arithmetic operations.
  • Define functions for each operation.

Lesson 5: Event Handling

Objective: Teach event-driven programming and event handlers.

• Activity:
  • Create an interactive quiz app where button clicks trigger events.
  • Use event handlers to check answers and provide feedback.

Lesson 6: Lists and Data Structures

Objective: Introduce lists and their operations.

• Activity:
  • Create a to-do list app where users can add and remove items.
  • Use lists to store and manage the items.

Lesson 7: Debugging and Problem-Solving

Objective: Teach debugging techniques and problem-solving strategies.

• Activity:
  • Introduce common debugging practices.
  • Provide students with buggy code and guide them through the debugging process.

Final class: Project-Based Learning

Final Project:  Students will choose a project of their interest (e.g., a simple game, a utility app) and apply all the concepts learned. We will provide guidance and support as they design, implement, and debug their projects.