Roblox Coding Course

Lesson 1 • Saving, Publishing, and Testing

Explains local save vs. cloud publish workflows and playtesting modes. Ensures students can iterate safely throughout the course.

Lesson 2 • Terrain and Environment Setup

Covers terrain generation, lighting settings, and sky configuration. Provides a complete environment for testing scripts later.

Lesson 3 • Working with Parts and Models

Teaches inserting, transforming, and grouping 3D parts. Connects physical scene building to later scripting of object behavior.

Lesson 4 • Roblox Platform Overview

Covers Roblox's ecosystem, game creation pipeline, and Studio's role. Establishes context for all subsequent coding and design work.

Lesson 1 • Debugging and Error Handling

Introduces the Output window, print statements, pcall, and error messages. Students learn to locate and fix bugs systematically.

Lesson 2 • Tables and Iteration

Covers array-style and dictionary-style tables plus ipairs and pairs iteration. Tables are Lua's primary data structure for game data.

Lesson 3 • Variables and Data Types

Introduces nil, boolean, number, and string types alongside variable declaration. Forms the data foundation for all future scripts.

Lesson 4 • Functions and Scope

Explains function declaration, parameters, return values, and local vs. global scope. Promotes reusable, organized code structure.

Lesson 5 • Control Flow Structures

Teaches if/elseif/else, while, repeat-until, and numeric for loops. Enables conditional and repetitive logic in game scripts.

Lesson 1 • Accessing Objects with Code

Teaches game.Workspace, FindFirstChild, WaitForChild, and path-based references. Reliable object access is essential for all interactive scripts.

Lesson 2 • Client-Server Communication Basics

Introduces RemoteEvents and RemoteFunctions for client-server messaging. Students understand why direct cross-boundary calls are blocked.

Lesson 3 • Script Types and Containers

Distinguishes Script, LocalScript, and ModuleScript and their valid containers. Correct placement prevents silent failures in live games.

Lesson 4 • The DataModel Hierarchy

Maps Workspace, ServerStorage, ReplicatedStorage, and StarterGui in the DataModel. Students navigate the tree to locate and reference objects.

Lesson 1 • Character and Humanoid Control

Covers Humanoid properties, WalkSpeed, JumpPower, and state detection. Enables direct manipulation of player character behavior.

Lesson 2 • Collision and Touch Events

Uses Touched and TouchEnded events to trigger in-game responses. Connects physical interaction to scripted outcomes like pickups.

Lesson 3 • Health and Damage Systems

Implements TakeDamage, healing, and death detection via Humanoid events. Provides the foundation for combat and hazard mechanics.

Lesson 4 • Detecting Player Input

Teaches UserInputService and ContextActionService for keyboard, mouse, and touch. Input handling drives all player-controlled game actions.

Lesson 1 • GUI Hierarchy and Containers

Explains ScreenGui, Frame, ScrollingFrame, and SurfaceGui placement. Correct container choice determines where and how UI renders.

Lesson 2 • Scripting GUI Interactions

Connects MouseButton1Click, MouseEnter, and MouseLeave to LocalScript logic. Transforms static layouts into responsive interactive interfaces.

Lesson 3 • HUD and Game State Display

Builds a live HUD that reflects health, score, and timer via value change events. Ties GUI scripting to the core mechanics from Chapter 4.

Lesson 4 • Text and Image Elements

Covers TextLabel, TextButton, ImageLabel, and ImageButton properties. These elements form the visual building blocks of every interface.

Lesson 1 • Saving and Loading Player Data

Implements save-on-leave and load-on-join patterns with PlayerAdded and PlayerRemoving. Ensures data integrity during normal and abrupt disconnects.

Lesson 2 • DataStoreService Fundamentals

Introduces GetDataStore, SetAsync, GetAsync, and UpdateAsync methods. These four calls form the backbone of all persistent data operations.

Lesson 3 • Profile Service Design Patterns

Introduces session locking, versioning, and modular data schemas for scalable saves. Prepares students for production-quality data architecture.

Lesson 4 • Ordered and Global Data Stores

Covers OrderedDataStore for leaderboards and GlobalDataStore for shared state. Expands persistence beyond individual player profiles.

Lesson 1 • Performance Optimization

Covers instance caching, event disconnection, and loop throttling to reduce lag. Optimization is critical for games with many concurrent players.

Lesson 2 • ModuleScript Architecture

Organizes code into ModuleScripts with require() for shared logic. Reduces duplication and enforces single-responsibility across systems.

Lesson 3 • Secure Server-Side Validation

Validates all client-sent data on the server to prevent exploits and cheating. Reinforces the client-server trust model introduced in Chapter 3.

Lesson 4 • Object-Oriented Programming in Lua

Implements classes using metatables, __index, and constructor functions. OOP enables reusable, encapsulated game system components.

Lesson 1 • Integrating All Game Systems

Wires mechanics, GUI, data persistence, and remote communication into one codebase. Tests cross-system interactions and resolves integration bugs.

Lesson 2 • Publishing and Post-Launch

Configures game settings, thumbnails, descriptions, and access permissions for launch. Covers update workflow and monitoring after the game goes live.

Lesson 3 • Building the Game World

Constructs the map, spawns, obstacles, and collectibles using Studio tools. Applies terrain and modeling skills from Chapter 1 at production scale.

Lesson 4 • Playtesting and Balancing

Runs structured playtests, collects feedback, and adjusts difficulty and pacing. Iterative balancing transforms a functional game into an enjoyable one.