3D GAME ART COURSE
✅ 1:1 Personalized Career Coaching
🎯 Learn from Industry-Experienced Professors
💼 Build Professional Portfolio with Expert Guidance
🤖 AI-Integrated Curriculum for Future-Ready Skills
💬 Enhance Soft Skills & Personality for Career Success
DURATION - 6 MONTHS
CAMPUS / ONLINE
3D GAME ART is the art of creating immersive virtual worlds, realistic characters, and interactive gameplay experiences using industry-standard game development tools. It combines creativity, technology, and storytelling to build visually stunning games with lifelike environments, dynamic lighting, realistic materials, and engaging gameplay mechanics.
​
The global gaming industry is one of the fastest-growing creative sectors, offering exciting career opportunities in game art, environment design, character creation, animation, technical art, level design, and real-time visualization. From PC and console games to mobile applications, virtual reality (VR), augmented reality (AR), and metaverse experiences, skilled 3D artists play a vital role in shaping the future of interactive entertainment.
​
At YUVASHAKTI ANIMATION, our 3D Gaming program equips students with industry-ready skills using Blender, Unreal Engine, Substance Painter, Substance 3D Sampler, Adobe Photoshop, and Premiere Pro, along with AI-powered creative workflows. Students learn the complete game art production pipeline, including 3D modeling, UV mapping, texturing, materials, lighting, environment creation, game asset optimization, and real-time rendering, while building a professional portfolio through production-based projects.
​
Throughout the program, students gain hands-on experience by working on real-world game production projects, creating game-ready assets, environments, props, materials, and cinematic scenes that follow professional industry pipelines. With expert mentorship, AI-integrated workflows, portfolio development, and career guidance.
build your creative
3D AND GAMING INDUSTRY WITH TECHNOLOGY
INDUSTRY FOCUSED CURRICULUM
UNREAL ENGINE
The Unreal Engine course introduces students to one of the world's leading real-time 3D engines used in game development, virtual production, architectural visualization, film, and interactive media. Students begin by learning the Unreal Engine interface, viewport navigation, asset management, scene organization, and level creation while developing a strong understanding of real-time production workflows.
​
The program covers level design, world building, environment composition, Blueprint visual scripting, gameplay mechanics, material creation, lighting, cinematic cameras, animation, visual effects, and optimization techniques. Students will design interactive environments, create immersive gameplay experiences, and develop cinematic presentations using industry-standard tools and workflows. The course concludes with a portfolio-ready game environment project, where students build and present a complete playable level that demonstrates their technical skills, creativity, and understanding of professional game development pipelines.
​
Skills Covered: Unreal Engine Interface • Level Design • World Building • Blueprint Visual Scripting • Gameplay Mechanics • Materials & Shaders • Lighting • Cinematic Cameras • Visual Effects • Environment Optimization • Interactive Design • Portfolio Development
BLENDER
The Blender course provides comprehensive training in professional 3D game asset creation, introducing students to industry-standard workflows used in game development. Students begin by learning the Blender interface, viewport navigation, object management, and efficient project organization while understanding the complete game art production pipeline from modeling to real-time engine integration.
​
The program covers low-poly and high-poly modeling, sculpting, UV mapping, retopology, materials, modifiers, and game-ready asset creation. Students will learn to optimize models for real-time performance while maintaining high visual quality through proper topology, efficient UV layouts, and production-ready workflows. Practical projects include creating props, modular assets, weapons, vehicles, architectural elements, environmental assets, and stylized game objects used in modern games.
​
Students will gain hands-on experience in creating PBR-ready assets that integrate smoothly with Substance Painter for texturing and Unreal Engine for real-time visualization. The curriculum also introduces AI-assisted workflows to accelerate concept development, reference generation, and creative ideation, helping students work more efficiently while following modern production pipelines.
​
The module concludes with a portfolio-ready game asset project, where students conceptualize, model, texture, light, render, and present a complete game-ready asset following professional AAA and indie game development standards. This final project helps students build a strong portfolio.
​
Skills Covered:
Blender Interface • Low-Poly Modeling • High-Poly Modeling • Hard Surface Modeling • Sculpting • Geometry Nodes • Retopology • UV Mapping • Materials & Shaders • Asset Optimization • PBR Workflow • Lighting • Camera Composition • Rendering • Modular Asset Creation • Game Asset Creation • Unreal Engine Integration • AI-Assisted Workflows • Portfolio Development
SUBSTANCE
PAINTER
The Substance Painter & Substance 3D Sampler module provides comprehensive training in industry-standard PBR texturing and material creation workflows used in modern game development. Students begin by learning the Substance interface, project setup, and the fundamentals of Physically Based Rendering (PBR), understanding how materials such as metal, wood, fabric, stone, and plastic behave under real-time lighting. They will also learn to import assets from Blender and prepare them for professional texturing workflows.
​
The program covers mesh map baking, smart materials, procedural texturing, masking, generators, decals, hand-painting techniques, weathering, aging effects, and texture optimization to create realistic and stylized game assets. Students will also explore Substance 3D Sampler to generate high-quality materials from real-world photographs, create seamless tileable textures, and build custom material libraries for game environments.
​
The course further focuses on PBR material creation, texture optimization, export workflows, and seamless integration with Unreal Engine, ensuring assets are optimized for real-time rendering and game production. Through hands-on projects, students will texture props, weapons, environmental assets, and architectural elements while following professional production pipelines used in the gaming industry.
​
The module concludes with a portfolio-ready texturing project, where students create and present fully textured, game-ready assets demonstrating realistic materials, optimized textures, and professional presentation quality, preparing them for careers in game art, environment design, virtual production, and real-time visualization.
​
Skills Covered:
Substance Painter Interface • Substance 3D Sampler • PBR Workflow • Mesh Map Baking • Smart Materials • Procedural Texturing • Hand-Painted Textures • Masking & Generators • Decals • Weathering & Aging • Material Creation • Tileable Textures • Texture Optimization • Unreal Engine Export • AI-Assisted Material Workflow • Portfolio Development
SUBSTANCE
SAMPLER
PHOTOSHOP
PREMIERE PRO
This module introduces students to Adobe Photoshop and Adobe Premiere Pro, equipping them with essential skills for concept development, texture editing, and professional portfolio presentation within the game art pipeline. Students begin by learning the Photoshop interface, image editing, color correction, layers, masks.Â
​
The program also covers professional video editing using Adobe Premiere Pro, where students learn timeline editing, transitions, cinematic pacing, color grading, audio enhancement. Learners will create portfolio breakdown videos, game asset turntables, environment walkthroughs, effectively showcase their projects.Â
​
Skills Covered:
Photoshop Interface • Image Editing • Digital Painting • Concept Art • Mood Boards • Texture Editing • UI & HUD Design • Photo Manipulation • Color Correction • Adobe Premiere Pro • Video Editing • Color Grading • Audio Enhancement • Showreel Creation • Portfolio Presentation • AI-Assisted Creative Workflow
PORTFOLIO
DEVELOPMENT
The Portfolio Development module focuses on helping students build a professional, industry-ready Game Art portfolio that showcases their creativity, technical expertise, and production skills. Students will learn how to curate their strongest 3D models, game assets, environments, textures, and Unreal Engine projects, presenting them through compelling visual storytelling, cinematic renders, and professional project breakdowns that demonstrate both artistic and technical abilities.
​
The program emphasizes personal branding, portfolio presentation, project documentation, and industry-standard workflows to help students establish a strong professional identity. Game Art portfolio prepared for careers in game development.
​
Skills Covered:
Portfolio Curation • ArtStation Portfolio • Personal Branding • Game Asset Presentation • Environment Breakdown • Visual Storytelling • Cinematic Rendering • Unreal Engine Showcase • Portfolio Website • PDF Portfolio • Showreel Creation • Resume & LinkedIn Optimization • Industry Review • Interview Preparation • Career Development
GENERAL INFO
3 Days Training
(Guided Practicals + Theory)
​
3 Days Practice
(Self Practice or LAB Practice
​
Duration : 6 Months
​
Only Evening Class Avalible now
​
5PM TO 9PM Any 1 Hr Slot for Class
​
Campus / Online Both Available
​
Upon the Course Completion
Certificate by Yuvashakti Animation
JOB OPPORTUNITIES
3D Artist
Game Artist
3D Modeler
Environment Artist
Game Designer
Level Designer
Technical Artist
Unreal Engine Artist
Game Tester
FEES STRUCTURE
Call Us for Course Investment &
Discount's