1. Introduction to Robotics: Components, Types, and Applications

Learning Objectives Identify and define three types of control structures: sequential, conditional, and loops. Write a Python `if-elif-else` statement to make a robot make a decision based on sensor data. Use a `for` loop with a variable to make a robot repeat an action a specific number of times. Use a `while` loop to make a robot repeat an action until a condition is met. Explain the importance of indentation in Python control structures. Debug simple Python code involving incorrect conditional logic or loop structure. How does a robot vacuum know to turn away from the stairs or a delivery drone know when to drop a package? 🤔 We're going to learn the secret code that gives robots their smarts! In this lesson, you will learn about 'Control Structures', whic...

TermDefinitionExample Control StructureA block of code that decides the order in which other code instructions are executed. It controls the 'flow' of the program.An `if` statement is a control structure that tells the robot: IF you see a wall, THEN turn left. Conditional Statement (if/elif/else)A control structure that performs different actions depending on whether a condition is true or false. It helps a robot make choices.`if battery_level < 20: robot.find_charger()` LoopA control structure that repeats a block of code over and over again. There are two main types: `for` loops (repeat a set number of times) and `while` loops (repeat as long as a condition is true).`for i in range(4): robot.move_forward()` makes the robot move forward 4 times. VariableA container for stori...

The `if-elif-else` Structure if condition1: # code to run if condition1 is True elif condition2: # code to run if condition1 is False and condition2 is True else: # code to run if all above conditions are False Use this to make your robot choose between two or more options. The `if` is always first. You can have as many `elif` (else if) blocks as you need. The `else` is optional and runs if nothing else was true. The `for` Loop with `range()` for variable in range(number): # code to repeat Use this when you know exactly how many times you want the robot to repeat an action. The `variable` (often `i`) will count from 0 up to, but not including, the `number`. The `while` Loop while condition: # code to repeat Use this when you want the robot to repe...