Industrial Diploma in Game Design with AI

• Industrial Diploma in Game Design
• Duration: 6 Months | Basic → Intermediate | Industry-Oriented | Project-Based

The 6-Month Industrial Diploma in Game Design is a practical, industry-oriented program designed to introduce students to the complete game development and game design workflow, from initial game concepts and asset creation to environment building, level design, basic gameplay, testing, optimization, and final playable project development.

The program follows a structured Basic → Intermediate → Production learning pathway. Students will develop both creative and technical skills required to create game-ready 3D assets and assemble them into interactive game environments.

The course covers game design fundamentals, game mechanics, 3D modeling, game-ready asset creation, low-poly and high-poly workflows, UV mapping, texturing, PBR materials, environment design, Unreal Engine, level design, lighting, foliage, basic Blueprint scripting, gameplay mechanics, asset optimization, testing, and portfolio development.

Students will receive hands-on training in Autodesk Maya, Adobe Photoshop, Adobe Substance 3D Painter, Unreal Engine, ZBrush, and Marmoset Toolbag, with exposure to Quixel / Fab Assets for environment and production workflows. Unity is included as an optional additional game engine for students who want exposure to an alternative development workflow.

The program combines game design theory, software training, practical exercises, game-ready asset production, environment creation, level design, engine-based implementation, and a final playable game project.
- Complete Game Production Workflow

Game Concept → Game Mechanics → 3D Modeling → High-Poly / Low-Poly → UV → Texturing → Baking → Game-Ready Assets → Unreal Engine → Environment → Level Design → Lighting → Gameplay → Testing → Optimization → Final Playable Game

The first month introduces students to the fundamentals of game design and 3D asset creation, establishing the technical foundation required for game production.
- Game Design Fundamentals
- Introduction to the Game Industry
- Game Development Pipeline
- Game Design vs Game Development
- Game Concepts
- Game Genres
- Target Audience
- Game Mechanics
- Game Objectives
- Player Interaction
- Rules & Systems
- Basic Game Loop
- Level & Environment Concepts
- Game Reference & Research
- Autodesk Maya
- Maya Interface & Navigation
- Scene Management
- Transform Tools
- Polygon Modeling
- Vertices, Edges & Faces
- Extrude & Bevel
- Edge Loops
- Basic Topology
- Hard-Surface Modeling
- Game-Ready Modeling Principles
- Game Asset Creation
- Prop Modeling
- Environment Props
- Modular Asset Basics
- Scale & Proportion
- Low-Poly Modeling
- Polygon Optimization
- Practical Projects
- Game Prop
- Hard-Surface Asset
- Simple Environment Asset
- Game Concept Exercise
- 📅 Month 2 — Advanced Game Assets, Topology & ZBrush

The second month focuses on creating optimized game-ready assets and introduces students to high-poly modeling and digital sculpting.
- Advanced Maya
- Advanced Polygon Modeling
- Hard-Surface Modeling
- Low-Poly Workflow
- High-Poly Workflow
- Game-Ready Topology
- Edge Flow
- Mesh Optimization
- Modular Environment Assets
- Character Asset Basics
- UV & Topology
- UV Fundamentals
- UV Unwrapping
- UV Seams
- UV Shells
- UV Layout
- Texel Density
- UV Optimization
- Game Asset Preparation
- ZBrush
- ZBrush Interface
- Digital Sculpting Basics
- Sculpting Brushes
- Dynamesh
- Subdivision
- High-Poly Sculpting
- Surface Details
- Basic Character Sculpting
- Environment Detail Sculpting
- Game Asset Workflow
- High-Poly Model → Low-Poly Model → Retopology → UV → Baking Preparation
- Practical Projects
- Game-Ready Prop
- High-Poly / Low-Poly Asset
- Environment Asset
- Basic Character / Creature Asset

The third month focuses on creating game-ready textures and materials using Photoshop and Substance 3D Painter.
- Adobe Photoshop
- Photoshop Interface
- Image Editing
- Texture Preparation
- Texture Editing
- Texture Cleanup
- Color Adjustment
- Texture Map Editing
- Supporting Game Graphics
- Adobe Substance 3D Painter
- Substance 3D Painter Interface
- Project Setup
- Importing Game Assets
- Baking Mesh Maps
- Normal Maps
- Ambient Occlusion
- Curvature
- Smart Materials
- Smart Masks
- Fill Layers
- Generators
- Surface Details
- PBR Texturing
- Base Color
- Roughness
- Metallic
- Normal
- Ambient Occlusion
- Material Definition
- Surface Variation
- Wear & Tear
- Dirt & Damage
- Realistic Material Creation
- Game-Ready Texturing
- Texture Resolution
- Texture Optimization
- Texture Sets
- PBR Workflow
- Export Settings
- Engine-Ready Texture Preparation
- Practical Project
- Complete Game-Ready Asset
- High-Poly → Low-Poly → UV → Bake → PBR Texture → Export
- Students will create a production-ready asset suitable for use inside a game engine.

The fourth month introduces Unreal Engine and focuses on bringing 3D assets into an interactive game environment.
- Unreal Engine
- Unreal Engine Interface
- Project Setup
- Content Browser
- Level / Scene Management
- Importing Maya Assets
- Static Meshes
- Asset Organization
- Material Setup
- Texture Integration
- Materials
- Material Fundamentals
- Material Instances
- Texture Connections
- Basic Shader Setup
- Material Variations
- Lighting
- Lighting Fundamentals
- Directional Light
- Point & Spot Lights
- Environment Lighting
- Shadows
- Mood & Atmosphere
- Basic Cinematic Lighting
- Quixel / Fab Assets
- Understanding Game Asset Libraries
- Importing Ready-Made Assets
- Environment Asset Selection
- Asset Integration
- Combining Custom & Library Assets
- Environment Assembly
- Modular Environment Workflow
- Environment Composition
- Props Placement
- Asset Reuse
- Scene Organization
- Basic World Building
- Practical Project
- 3D Environment Scene

Students will create an environment using their own game-ready assets combined with appropriate Quixel / Fab resources.

The fifth month focuses on interactive level creation, basic gameplay systems, and optimization.
- Level Design
- Level Design Fundamentals
- Level Layout
- Player Flow
- Environment Storytelling
- Gameplay Spaces
- Pathways
- Checkpoints
- Spawn Areas
- Interactive Areas
- Basic Level Balancing
- Environment Building
- Landscape
- Terrain Basics
- Foliage
- Vegetation
- Props
- Modular Environment Construction
- Environmental Details
- Unreal Engine
- Blueprint Fundamentals
- Variables
- Events
- Basic Functions
- Player Interaction
- Triggers
- Doors
- Pickups
- Simple Interactive Objects
- Game Mechanics
- Player Movement Basics
- Interaction Systems
- Simple Objectives
- Collectibles
- Triggers
- Basic Game Rules
- Simple Gameplay Logic
- Asset Optimization
- Polygon Optimization
- Texture Optimization
- Material Optimization
- Asset Organization
- Performance Basics
- Basic Level Optimization
- Practical Project
- Interactive Game Level
- Students will build a small playable level containing:
- Environment + Lighting + Assets + Basic Interaction + Gameplay Mechanics

The final month brings together all the skills learned throughout the program to create a complete playable game project.
- Pre-Production
- Game Concept Development
- Game Design Document Basics
- Game Mechanics
- Reference Collection
- Asset Planning
- Level Planning
- Production Schedule
- Production
- Game Asset Creation
- Modeling
- UV
- Texturing
- Environment Development
- Level Design
- Material Setup
- Lighting
- Blueprint Gameplay
- Player Interaction
- Testing
- Playtesting
- Bug Identification
- Gameplay Testing
- Level Testing
- Asset Checking
- Basic Performance Testing
- Gameplay Refinement
- Optimization Basics
- Mesh Optimization
- Texture Optimization
- Material Optimization
- Scene Optimization
- Performance Review

Students will complete a Playable Game Level / Mini Game Project demonstrating the complete workflow from concept to implementation.
- Final Industry Project
- Complete Game Environment + Playable Level

Students will develop a final game project following a simplified professional production pipeline.
- Project Workflow

Game Concept
↓
Game Mechanics & Planning
↓
Reference & Asset Planning
↓
3D Modeling
↓
High-Poly / Low-Poly
↓
UV Mapping
↓
Texturing
↓
Game-Ready Asset Preparation
↓
Unreal Engine Import
↓
Environment Assembly
↓
Level Design
↓
Materials & Lighting
↓
Blueprint Gameplay
↓
Testing
↓
Optimization
↓
Final Playable Project
- Core Software — Must Learn
- 1. Autodesk Maya
- Game-Ready Modeling • Props • Environments • Low-Poly / High-Poly

Maya is the primary modeling software used to create optimized game assets, props, environments, and other 3D content.
- 2. Adobe Photoshop
- Texture Editing • Image Preparation • Game Graphics

Photoshop is used for texture preparation, image editing, texture maps, and supporting game graphics.
- 3. Adobe Substance 3D Painter
- PBR Texturing • Baking • Materials • Game-Ready Textures

Substance 3D Painter is used to create detailed PBR textures and materials for game-ready 3D assets.
- 4. Unreal Engine
- Environment • Level Design • Lighting • Gameplay • Game Assembly

Unreal Engine is the primary game engine used to bring 3D assets together and create interactive environments and playable levels.
- 5. ZBrush
- Digital Sculpting • High-Poly Details • Character / Creature Assets

ZBrush is used for creating high-poly details, sculpting, and developing advanced forms for game assets.
- 6. Marmoset Toolbag
- Baking • Asset Presentation • Real-Time Rendering

Marmoset Toolbag provides exposure to professional asset baking, real-time rendering, material presentation, and portfolio-quality asset previews.
- 🧩 Additional Resources
- Quixel / Fab
- Environment Assets • Materials • Production Resources

Students will learn how to use ready-made production assets appropriately while combining them with custom-created models.

This helps students understand a hybrid production workflow where custom assets and production libraries are combined efficiently.
- Optional Software
- Unity
- Alternative Game Engine • Basic Workflow Exposure

Unity is included as an optional additional tool for students who want exposure to another major game engine and a different game development workflow.
- Professional Game Design Portfolio
- By the end of the program, students will build a portfolio containing:
- Game Design Concepts
- Game Props
- Hard-Surface Assets
- Environment Assets
- Low-Poly Models
- High-Poly Models
- UV Layouts
- PBR Textures
- Substance 3D Projects
- Game-Ready Assets
- Environment Scenes
- Level Design
- Unreal Engine Projects
- Blueprint Mechanics
- Lighting Studies
- Final Playable Level
- Final Game Project
- Students can present major assets through:

Concept → High-Poly → Low-Poly → Wireframe → UV → Texture → Material → Unreal Engine → Final Presentation

By the end of the 6-Month Industrial Diploma in Game Design, students will progress from basic game design concepts to intermediate, production-oriented game development skills.
- Students will be able to:
- Understand the game development pipeline
- Develop basic game concepts and mechanics
- Understand game design principles
- Create game-ready 3D assets
- Model optimized props and environments
- Work with low-poly and high-poly workflows
- Understand game topology
- Create optimized UV layouts
- Sculpt high-poly details in ZBrush
- Bake game-ready texture maps
- Create PBR materials
- Texture assets using Substance 3D Painter
- Edit textures using Photoshop
- Present and bake assets using Marmoset Toolbag
- Import assets into Unreal Engine
- Build game environments
- Design interactive levels
- Create landscapes and foliage
- Set up game lighting
- Use Quixel / Fab assets
- Create basic Blueprint mechanics
- Implement simple gameplay interactions
- Optimize game assets and environments
- Test playable levels
- Complete a playable game project
- Build a professional game design portfolio
- Present game assets professionally
- Overall Learning Path

Game Design Fundamentals
↓
Game Concepts & Mechanics
↓
Maya Fundamentals
↓
Game-Ready Modeling
↓
Hard-Surface & Environment Assets
↓
Low-Poly / High-Poly Workflow
↓
Topology & UV Mapping
↓
ZBrush Sculpting
↓
Substance 3D Painter
↓
PBR Texturing
↓
Marmoset Baking & Presentation
↓
Unreal Engine
↓
Materials & Lighting
↓
Quixel / Fab Assets
↓
Environment Assembly
↓
Level Design
↓
Landscape & Foliage
↓
Blueprint Fundamentals
↓
Game Mechanics
↓
Optimization & Testing
↓
Final Playable Game
↓
Professional Portfolio
- Course Progression
- 3 Months

Certificate Program in 3D Animation
Foundation Level
- ⬇️
- 6 Months

Industrial Diploma in 3D Animation
Industry-Oriented 3D Production
- ⬇️
- 6 Months

Industrial Diploma in Game Design
Game Assets + Unreal Engine + Level Design + Basic Gameplay
- 🎓 Final Course Positioning
- Industrial Diploma in Game Design

6 Months | Basic → Intermediate | Industry-Oriented | Game-Ready Asset Creation | 3D Modeling | ZBrush | PBR Texturing | Unreal Engine | Level Design | Blueprint Fundamentals | Environment Design | Game Mechanics | Optimization | Final Playable Project | Professional Portfolio

The full regular syllabus is retained. Additional AI modules support the same production workflow; manual skills, editing, cleanup and creative judgement remain part of training.

Game Design with AI - AI Tools Syllabus

• Ludo.ai
• Scenario AI
• Meshy AI

Tool: Ludo.ai
Topics
- Introduction to AI in Game Design
- Game Idea Generation
- Genre Exploration
- Core Gameplay Loop Development
- Game Mechanics Brainstorming
- Player Goals & Progression Ideas
- Level Concept Generation
- Mission & Objective Ideas
- Reference & Competitor Exploration
- Game Design Document (GDD) Support
- Creating Multiple Game Concept Variations
- Refining AI-Generated Ideas
Projects
- AI Game Concept
- Core Gameplay Loop
- Level Concept
- Mini Game Design Document

Tool: Scenario AI
Topics
- Introduction to AI-Assisted Game Art
- Game Art Style Exploration
- Character Concept Generation
- Environment Concept Generation
- Prop Concept Creation
- Weapon / Item Concept Development
- Icon Generation
- UI Concept Development
- Texture & Surface Concept Generation
- Moodboard Creation
- Color & Style Exploration
- Maintaining Visual Style Consistency
- Generating Asset Variations
- Preparing AI Concepts for 3D Production
Projects
- AI Character Concept
- Environment Concept
- Game UI / Icon Set
- Game Art Style Board

Tool: Meshy AI
Topics
- Introduction to Generative 3D
- Text-to-3D
- Image-to-3D
- Prop Generation
- Product / Object Generation
- Environment Asset Generation
- Character Concept to 3D
- Generating Multiple 3D Variations
- AI Texturing
- PBR Texture Generation
- Remeshing Basics
- Auto-Rigging Introduction
- Exporting 3D Assets
- Importing Assets into Maya
- Mesh Cleanup
- Scale Correction
- Topology Checking
- UV Checking
- Model Optimization
- Preparing Assets for Unreal Engine
Projects
- AI 3D Prop
- Image-to-3D Asset
- AI Environment Asset
- AI Character / Creature Concept Asset
- Maya Cleanup + Unreal Import Project
AI Prompt Engineering for Game Designers
- Writing Clear Game Design Prompts
- Genre Prompts
- Gameplay Mechanic Prompts
- Character Prompts
- Environment Prompts
- Prop & Item Prompts
- Level Design Prompts
- UI & Icon Prompts
- Visual Style Prompts
- 3D Asset Prompts
- Generating Variations
- Evaluating AI Outputs
- Refining AI Results for Production
AI + Game Design Workflow
Game Idea -> GDD -> AI Concept Art -> AI 3D Assets -> Maya Cleanup -> Substance Texturing ->
Unreal Engine -> Level Design -> Gameplay Testing -> Final Presentation

1 AI Game Concept
2 AI Game Design Document
3 AI Character Concept
4 AI Environment Concept
5 AI UI / Icon Set
6 AI 3D Prop
7 AI Environment Asset
8 AI Character / Creature Asset
9 Maya Cleanup + Unreal Engine Integration
10 Final Game Design + AI Project
Course Outcome
- Generate and refine game ideas using AI
- Develop gameplay concepts and core loops
- Create AI-assisted game design documents
- Generate character, environment, prop, UI, and icon concepts
- Develop consistent visual directions for games
- Generate 3D game assets using AI
- Prepare AI-generated models for Maya
- Clean and optimize assets for game production
- Integrate AI-generated assets into Unreal Engine workflows
- Combine AI tools with traditional game design and 3D skills
- Produce portfolio-ready Game Design + AI projects

AI tools are used to support ideation, concept development, asset generation, and production speed.
Students will continue to learn the essential traditional skills required for professional game design.
Game Design Fundamentals • Level Design • Maya • Substance 3D Painter • Unreal Engine • Game Art
Workflow • Gameplay Testing • Portfolio Development
AI supports the game designer and production workflow; it does not replace core game design, art, or engine skills.

The duration shown is the core programme duration. Ask admissions about AI session allocation, tool access and any additional training time before enrolling.