Mini Course: Build Rock Paper Scissors with C++ Course Syllabus

Overview: This concise mini-course guides beginners through building a complete Rock Paper Scissors console game in C++ from scratch in under an hour. Each module adds a single feature, promoting modular design and hands-on learning. With lifetime access and a certificate of completion, this project-based course is ideal for reinforcing core C++ concepts like enums, random number generation, control flow, and function modularity.

Module 1: Course Introduction & Game Demo

Estimated time: 0.1 hours

• Overview of project goals
• Final gameplay demonstration
• Understanding end-to-end game flow
• Setting expectations for hands-on learning

Module 2: Environment Setup

Estimated time: 0.1 hours

• Setting up a C++ compiler or IDE
• Creating a new console application project
• Understanding basic project structure
• Preparing for hands-on implementation

Module 3: Defining Moves & Random Choice

Estimated time: 0.1 hours

• Using enums to represent Rock, Paper, Scissors
• Initializing random number generator (std::rand)
• Implementing a function to return a random computer move
• Integrating RNG with game logic

Module 4: Player Input & Validation

Estimated time: 0.1 hours

• Using std::cin for player input
• Validating user move selection
• Handling invalid inputs and errors
• Ensuring robust console interaction

Module 5: Round Outcome Logic

Estimated time: 0.1 hours

• Comparing player and computer moves
• Using conditional statements to determine win/lose/tie
• Implementing determineWinner(player, computer) function
• Returning outcome results clearly

Module 6: Modularization & Helper Functions

Estimated time: 0.1 hours

• Breaking code into reusable functions
• Organizing logic into separate helper units
• Using header files for modularity
• Improving code readability and testability

Module 7: Game Loop & Score Tracking

Estimated time: 0.1 hours

• Implementing a while loop for repeated play
• Tracking wins, losses, and draws
• Displaying score between rounds
• Allowing continuous gameplay

Module 8: Testing & Final Cleanup

Estimated time: 0.2 hours

• Manually testing game scenarios
• Handling edge cases
• Adding code comments for clarity
• Finalizing robust and clean implementation

Prerequisites

• Basic understanding of C++ syntax
• Familiarity with control flow (if/else, loops)
• No prior project experience required

What You'll Be Able to Do After

• Build a complete console-based game in C++
• Apply procedural programming to real game logic
• Write modular and testable C++ functions
• Use core C++ features like enums, RNG, and I/O
• Demonstrate foundational skills for technical interviews or entry-level roles