Applied Coding Fundamentals Online Course

Applied Coding Fundamentals Online Course

Applied Coding Fundamentals Online Course

The Applied Coding Fundamentals online course offers a practical approach to programming by guiding learners through the development of a simple game. Led by experts, the course covers key stages such as planning, project setup, coding logic, and user interactions. Participants will gain hands-on experience in user input handling, program flow control, function implementation, and game mechanics like guess limits and win/lose conditions. This course enhances problem-solving skills and provides a solid foundation for future programming endeavors, culminating in a fully functional game and deeper understanding of coding concepts.

Key Benefits

• Receive detailed, step-by-step guidance from expert instructors.
• Focus on coding best practices and the development of essential problem-solving skills.
• Engage in interactive coding exercises that promote practical, hands-on learning.

Target Audience

This course is perfect for individuals new to programming or those with basic Python knowledge who wish to strengthen their skills through hands-on experience. While a basic understanding of Python syntax is recommended, it is not a requirement for participation.

Learning Objectives

• Plan and initiate a programming project, starting from the ground up.
• Manage user inputs and effectively process them within your application.
• Refactor your code into functions to enhance readability, maintainability, and modularity.
• Implement control flow mechanisms to manage various game states, including win/loss conditions.

Course Topics

The Applied Coding Fundamentals Online Course - 

Domain 1 - Introduction to Programming Concepts

• Overview of Programming Basics
• Understanding Data Types: Integers, Strings, Floats
• Introduction to Variables and Constants
• Simple Input and Output in Programming

Domain 2 - Project 1: The Guess the Number Game

Overview of the Project:

• Introduction to the "Guess the Number" game as a hands-on learning experience.
• Understanding game logic and user interaction.

2.1 Project Planning:

• Defining the game flow and requirements.
• Outlining the steps needed to develop the game.

2.2 Setting Up the Project:

• Initializing the development environment.
• Creating the basic project structure.

2.3 User Interaction:

• Implementing user inputs for guesses.
• Displaying user-friendly instructions and prompts.

2.4 Adding User Instructions:

• Providing clear instructions for users to follow.
• Enhancing the user experience with helpful guidance.

2.5 Refactoring to Functions:

• Breaking down the code into reusable functions for clarity and maintainability.
• Creating modular sections to improve code efficiency.

2.6 Limiting Guesses:

• Adding functionality to limit the number of guesses per game.
• Introducing a challenge factor to the game.

2.7 Determining to Win or Lose:

• Implementing win/lose conditions based on user input.
• Providing feedback to the user based on game outcomes.

Domain 3 - Working with Variables and Data Types

• Understanding and defining variables for various data types.
• Performing operations on data types like integers, floats, and strings.
• Managing and manipulating variables in Python.

Domain 4 - Conditionals and Decision Making

• Using if, else, and elif statements for decision-making.
• Handling different conditions and user inputs.
• Implementing conditional logic for complex decisions.

Domain 5 - Loops and Iteration

• Introduction to for and while loops.
• Iterating over data structures like lists and ranges.
• Managing repetitive tasks in code using loops.

Domain 6 - Functions and Modular Programming

• Defining functions to improve code organization and reusability.
• Passing parameters and returning values in functions. 
• Best practices for modular programming and efficient code management.

Domain 7 - Input Validation

• Implementing input validation techniques to ensure valid data entry.
• Handling invalid user input gracefully with error messages.
• Using loops and conditionals to validate data inputs.

Domain 8 - Handling Errors and Exceptions

• Introduction to exception handling and common errors in programming.
• Using try, except, and finally blocks to catch and manage errors.
• Preventing program crashes and improving user experience.

Domain 9 - Debugging Techniques

• Debugging strategies for troubleshooting code issues.
• Using print statements and debugging tools to identify and resolve errors.
• Tips for efficient debugging in larger codebases.