The Complete Coding for Beginners Course (2026)

Identify a problem, design an algorithm to ask the name, listen, and greet, then code it for the computer; use Scratch or Python to implement.

Create a free Replit account, sign in, set up a Python project, and write, run, and view code online with customizable editor theme and settings.

Write your first Python program by printing hello world, using input to capture your name, and greet the user with their name, while understanding basic syntax and common errors.

Learn to control program execution speed by inserting pauses between actions, using Scratch’s wait blocks or Python's time.sleep after importing time.

Engage in deliberate practice through an activity to build a Python blog program, ask user's name, greet them, then ask for their favorite spot, wait 2 seconds, and reveal it.

explore building a scratch program that asks for your name and favorite sport, using when green flag, join, and wait blocks; test iteratively and debug before moving to python.

Create a Scratch project, prompt the user for their name, and present step-by-step pasta cooking instructions by assembling joined text and duplicating blocks.

Build a simple Python program that prompts for your name, prints pasta cooking instructions, and pauses between steps using time.sleep.

Learn to create variables, set and modify values, and reuse them with strings, numbers, and booleans through examples like updating usernames and calculating future ages.

Learn to define variables in Python, read input, distinguish between strings, integers, and floats, and debug type errors when concatenating int and str.

Learn to ask the user for two numbers, add them, and print the result by following a simple algorithm, then implement the solution in Scratch or Python.

Create a beginner coding project to compute available study hours per week using Scratch and Python, introducing variables and data types and a two-step algorithm for weekday and weekend calculations.

Learn to compute available study hours in Scratch by collecting sleeping, working, and relaxing hours, storing them in variables, then calculating 24 minus sum and 3, and printing the result.

Master step 2 of the Scratch project by collecting user input on sleeping, working, and relaxing hours, computing weekday and weekend available hours, and printing total weekly study time.

Improve a Python program to calculate available study hours for weekdays and weekends using sleeping, working, and relaxing hours. Enhance readability with backslash line continuations and indentation.

Master boolean conditions to control program flow, writing first decision rules with conditional statements and blocks. Apply booleans to real-life analogies and practice creating custom conditions in block programming.

Learn to combine multiple conditional statements using or and and to produce boolean results, with practical checks for android or ios and attendance between 10 and 20.

Master booleans in python by testing equality with double equals and inequality with not equals, using greater than, less than, greater or equal, and combining conditions with not and and.

Master Python conditional statements using if, elif, and else, understand indentation and print blocks through real examples with number comparisons.

Create a flow chart, then Scratch and Python code to regulate room temperature with a float variable; use conditions: if <20, heater on; if 20–25, print; if >25, cooler on.

visualize a temperature-based decision algorithm with a flowchart to decide when to turn heater on, do nothing in the 20 to 25 range, or turn cooler on using diagrams.net.

Create a Python project for activity three, define a temperature variable, and implement if/else conditions to turn the heater or cooler based on thresholds of 20.0 and 25.0 degrees.

Design a project that asks for age and country, applies flowchart rules (South Africa 17; Mexico multiple ages; India 18; France 18 or supervision), and reports if you can drive.

Learn a flowchart driven approach to rewrite a Wikipedia page as a diagram, then convert it into code by first asking for a country and then checking age.

Explore flowchart solution step 2 for a driving eligibility project, building a country-specific decision tree with age rules and diamonds, linking blocks, and preparing for Scratch and Python coding.

Build a Scratch project that asks for a country, stores it in a country variable, and uses nested if-else blocks to respond per country or report data not available.

Learn to collect user age, cast input to int, and use nested if statements to determine driving eligibility by country, with options like drive, drive with supervision, or can't drive.

Learn to create and manage lists in Scratch programming, using a grocery list to add, replace, and access items by index, initialize lists, and check length.

Create and initialize lists in Python, print list contents and lengths, and access, modify, and append elements while understanding zero-based indexing.

Learn to check if a list contains an element using Scratch and Python, using grocery and temperature lists, with boolean results and if statements.

Create a flowchart solution to validate user input with a fruit list, route decisions by presence, and save on Google Drive or export as png.

Create a scratch solution that builds a fruit list, asks the user for a fruit, validates the input with contains and an if-else flow, and exits on invalid input.

Implement a Python solution that validates user input against a fruit list using in and not in checks, printing results and exiting on invalid input.

Create a flowchart to guess three ingredients by prompting user input, checking against an ingredient list, and showing success or error messages, while noting repeated blocks and upcoming loops.

Learn to use loops to control execution flow, repeat instructions, and build algorithms with different loop types. Apply grocery-list examples to choose the loop for each situation and code loops.

Explore loop basics by using a repeat block and a counter variable to print hello with the counter, demonstrating dynamic repetition from one to ten and beyond.

Compare repeat a fixed number of times loops with repeat until loops, using a counter and a condition to stop; the caption notes Python usage.

Master Python for loops by using range to repeat actions and print hello multiple times. See how Python counts from zero and how this differs from Scratch looping.

Implement a Python while loop to print hello i from 0 to 9, incrementing i each time. Compare with Scratch and learn when to use while versus for loops.

Learn to model loops in flowcharts using conditions and for or while loops, illustrated by printing hello ten times with an index and range for readable, start-to-end logic.

Improve your guess the ingredients game by replacing repeated code with loops, enabling you to guess multiple ingredients with one set of instructions in Python, guided by a flowchart.

Create a five-element flowchart, initialize an empty list, then use a for loop to double each element and append it to the new list, then print both lists to verify.