Roblox Studio Game Development Course
Build real Roblox games from scratch using Roblox Studio and Lua scripting. This course takes you from navigating the editor to publishing a fully playable multiplayer experience. You'll design game worlds, code interactive systems, and implement player progression that keeps players coming back.
What you will learn:
You'll start by mastering Roblox Studio's interface and building your first 3D scene, then move into Lua scripting to create interactive gameplay systems. You'll design player controls, HUDs, and custom movement mechanics before tackling multiplayer networking with RemoteEvents and server-side validation. The course covers DataStore-based save systems, core game loops, obstacles, collectibles, and scoring. You'll also learn performance optimisation, audio polish, and monetisation with Developer Products. By the end, you'll have a complete, published Roblox game ready for real players.
How you study practically Roblox Studio Game Development Course
How you practise Roblox Studio Game Development Course
For companies looking to train their teams
With Dedika for businesses, the course includes exercises and examples tailored to your own business and the way your company needs.
Course content
8 Chapters • 33 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsIntroduction to Roblox Studio
Introduction to Roblox Studio
Lesson 1 • Building a Basic 3D Scene
Applies navigation and part skills to construct a simple environment. Students produce a playable baseplate scene as a first deliverable.
Lesson 2 • Working with Parts and Objects
Teaches insertion, selection, and manipulation of 3D parts. Connects directly to scene construction skills used throughout the course.
Lesson 3 • Studio Interface and Navigation
Introduces the Studio layout, panels, and viewport controls. Students gain fluency navigating the editor before building anything.
Lesson 4 • Roblox Platform Overview
Covers Roblox's ecosystem, game creation pipeline, and Studio's role within it. Establishes context for all subsequent development work.
Chapter 2HideHide detailsSee detailsScripting Fundamentals with Lua
Scripting Fundamentals with Lua
Lesson 1 • Lua Language Basics
Covers variables, data types, operators, and control flow in Lua. Provides the syntax foundation required for all scripting chapters ahead.
Lesson 2 • Manipulating Objects via Script
Demonstrates reading and writing object properties through code. Bridges scripting syntax to visible in-game changes.
Lesson 3 • Roblox Scripting Architecture
Explains Script, LocalScript, and ModuleScript placement and execution contexts. Students understand where code runs and why placement matters.
Lesson 4 • Events and Connections
Teaches RBXScriptSignal events and the Connect pattern for reactive logic. Students wire game events to functions for the first time.
Chapter 3HideHide detailsSee detailsPlayer Systems and Character Control
Player Systems and Character Control
Lesson 1 • Custom Character Movement
Teaches modifying Humanoid walk speed, jump power, and applying forces. Students implement movement mechanics beyond default behaviour.
Lesson 2 • Player GUI and HUD Design
Introduces ScreenGui, Frame, and TextLabel for heads-up display creation. Students build a functional HUD that reflects live player data.
Lesson 3 • Players Service and Character Model
Explores the Players service, LocalPlayer, and the Humanoid object. Establishes how Studio represents and tracks each connected player.
Lesson 4 • User Input Handling
Covers UserInputService and ContextActionService for keyboard, mouse, and gamepad input. Students map inputs to in-game actions reliably.
Chapter 4HideHide detailsSee detailsGame World Design and Environment
Game World Design and Environment
Lesson 1 • Lighting and Atmosphere
Teaches Lighting service properties, Atmosphere, and Sky objects for mood. Students tune visual tone to match their game's genre and setting.
Lesson 2 • Advanced Terrain Editing
Covers sculpt, paint, and region tools in the Terrain editor for natural landscapes. Students create varied biomes that support gameplay flow.
Lesson 3 • Using Models and Asset Toolbox
Demonstrates importing Toolbox assets, free models, and MeshParts. Students integrate external assets while maintaining scene performance.
Lesson 4 • Level Design Principles
Applies spatial design theory to guide player movement and pacing. Students redesign a scene using flow, landmarks, and readability techniques.
Chapter 5HideHide detailsSee detailsGame Mechanics and Core Loops
Game Mechanics and Core Loops
Lesson 1 • Obstacles and Hazard Systems
Creates moving obstacles, damage zones, and respawn mechanics. Students add challenge variety that reinforces the core loop's tension.
Lesson 2 • Collectibles and Scoring Systems
Implements pickup detection, score tracking, and leaderboard display. Students wire collectibles to a live score that persists across rounds.
Lesson 3 • Power-Ups and Ability Systems
Implements temporary buffs, cooldown timers, and ability activation logic. Students extend the core loop with strategic player choices.
Lesson 4 • Timers and Round Management
Builds server-side round timers, lobby states, and intermission logic. Students implement a full match cycle managed by a single GameManager script.
Lesson 5 • Designing a Core Game Loop
Introduces loop theory: action, feedback, reward, and reset cycles. Students map their game's loop before writing a single line of code.
Chapter 6HideHide detailsSee detailsData Persistence and Player Progression
Data Persistence and Player Progression
Lesson 1 • Error Handling and Retry Logic
Covers pcall, xpcall, and exponential backoff for DataStore failures. Students write resilient save code that survives network interruptions.
Lesson 2 • DataStore Service Fundamentals
Introduces DataStoreService, GetDataStore, and key-value storage concepts. Students perform basic get and set operations with real player data.
Lesson 3 • Saving and Loading Player Data
Builds a complete save-on-leave and load-on-join pipeline. Students handle the PlayerAdded and PlayerRemoving events for reliable data flow.
Lesson 4 • Progression Systems and Unlocks
Designs XP, level thresholds, and unlock tables stored in DataStore. Students build a progression ladder that motivates long-term play.
Chapter 7HideHide detailsSee detailsMultiplayer Systems and Networking
Multiplayer Systems and Networking
Lesson 1 • Client-Server Communication Model
Explains the replication boundary, trust model, and when to use each remote type. Students understand why server authority prevents cheating.
Lesson 2 • RemoteEvents in Practice
Implements FireServer, FireClient, and FireAllClients for common game actions. Students build a chat-style notification system as a practical exercise.
Lesson 3 • Server-Side Validation
Teaches validating all client input on the server before applying game state changes. Students refactor an existing system to reject exploited requests.
Lesson 4 • Synchronised Multiplayer Mechanics
Builds shared game state, synchronised timers, and replicated effects. Students ensure all players see consistent game events simultaneously.
Chapter 8HideHide detailsSee detailsOptimisation, Polish, and Publishing
Optimisation, Polish, and Publishing
Lesson 1 • Monetisation with Developer Products
Implements Robux-based purchases using MarketplaceService and Developer Products. Students build a purchase flow with receipt processing and reward delivery.
Lesson 2 • Performance Profiling and Optimisation
Uses the MicroProfiler and Stats service to identify bottlenecks. Students reduce script lag, draw calls, and memory usage to hit frame-rate targets.
Lesson 3 • Audio and Visual Polish
Adds sound effects, music, particle effects, and UI animations for game feel. Students apply polish techniques that elevate perceived quality.
Lesson 4 • Publishing and Game Configuration
Covers game settings, thumbnails, descriptions, and access permissions for launch. Students configure and publish a game ready for public discovery.
Your valid completion certificate
This course is for you:
Roblox players: eager to switch from consuming games to creating them.
Young aspiring developers: wanting a first real project to showcase online.
Parents and educators: seeking structured game-creation curriculum for students.
Hobbyist creators: looking to turn a passion for gaming into a tangible skill.
Career changers: exploring game development without a traditional computer science background.
Entrepreneurs: aiming to build and monetise their own Roblox experiences independently.
What our students say
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