EDUCBA

Unreal Engine Visual FX, Materials & Interactive Systems Specialization

EDUCBA

Unreal Engine Visual FX, Materials & Interactive Systems Specialization

Design VFX, Materials & Gameplay Systems.

Design VFX, game materials, audio, and physics systems using Unreal Engine's Blueprint and tools.

EDUCBA

Instructor: EDUCBA

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Get in-depth knowledge of a subject

from 12 reviews of courses in this program

Intermediate level

Recommended experience

4 weeks to complete
at 10 hours a week
Flexible schedule
Learn at your own pace
Get in-depth knowledge of a subject

from 12 reviews of courses in this program

Intermediate level

Recommended experience

4 weeks to complete
at 10 hours a week
Flexible schedule
Learn at your own pace

What you'll learn

  • Design and implement modular materials and particle effects using Unreal Engine tools.

  • Integrate dynamic audio, physics simulations, and user interaction for immersive experiences.

  • Build, refine, and polish complete game systems using Blueprints and responsive visual feedback.

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Taught in English

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  • Earn a career certificate from EDUCBA

Specialization - 6 course series

What you'll learn

  • Create node-based materials using colors, textures, and UV tiling to build realistic surface appearances in Unreal Engine.

  • Apply masks, vector operations, and emissive effects to create flexible, layered, and visually dynamic materials.

  • Implement material instances and parameters to efficiently control material properties without shader recompilation.

  • Modify material properties at runtime by creating dynamic material instances and integrating them with Blueprints.

Skills you'll gain

Category: Unreal Engine
Category: Visualization (Computer Graphics)
Category: Video Game Development
Category: Virtual Environment
Category: 3D Assets
Category: Color Theory
Category: Computer Graphics
Category: Computer Graphic Techniques

What you'll learn

  • Construct particle systems in Unreal Engine's Cascade Editor by configuring emitters and core particle behaviors.

  • Apply sprite, GPU, mesh emitters, and vector fields to create dynamic, high-performance particle effects.

  • Integrate beam, ribbon, and anim trail emitters with skeletal meshes, materials, and trail properties.

  • Optimize custom particle effects by combining modular workflows with artistic and technical control.

Skills you'll gain

Category: Unreal Engine
Category: Animation and Game Design
Category: Computer Graphic Techniques
Category: Animations
Category: Visualization (Computer Graphics)
Category: Computer Graphics
Category: Design Elements And Principles
Category: 3D Assets
Category: Video Game Development

What you'll learn

Skills you'll gain

Category: Unreal Engine
Category: Interactive Design
Category: Video Game Development
Category: Virtual Environment
Category: Game Design
Unreal Engine: Apply & Implement Physics Simulations

Unreal Engine: Apply & Implement Physics Simulations

Course 4, 3 hours

What you'll learn

  • Configure physics settings and level environments to simulate gravity and realistic physical behavior in Unreal Engine.

  • Apply physical materials to objects to control surface interactions using friction and restitution properties.

  • Implement physics constraints and force actors to control movement, simulate collisions, and apply dynamic forces.

  • Create physics-enabled environments by combining physics systems to build responsive interactive experiences.

Skills you'll gain

Category: Physics
Category: Simulation and Simulation Software
Category: Unreal Engine
Category: Virtual Environment
Category: Simulations
Category: Video Game Development
Category: Interactive Design
Category: Game Design
Building the Core Mechanics of a Pinball Game in UE

Building the Core Mechanics of a Pinball Game in UE

Course 5, 12 hours

What you'll learn

  • Construct a fully playable pinball game in Unreal Engine using Blueprint visual scripting and physics-based gameplay mechanics.

  • Develop interactive flippers, bumpers, plungers, scoring systems, and player input controls using Blueprint logic.

  • Implement game state management, dynamic score displays, high score tracking, and end-game conditions.

  • Design optimized UI widgets and a professional main menu to deliver a polished player experience.

Skills you'll gain

Category: Unreal Engine
Category: Scripting
Category: Video Game Development
Category: User Interface (UI)
Category: Game Design
Category: User Interface (UI) Design
Category: User Interface and User Experience (UI/UX) Design
Category: Event-Driven Programming
Category: Performance Tuning
Category: Interactive Design
Category: UI Components
Advanced Features and Polish for a Pinball Game in UE

Advanced Features and Polish for a Pinball Game in UE

Course 6, 13 hours

What you'll learn

  • Construct spline-based levels and modular gameplay environments using Construction Scripts in Unreal Engine.

  • Apply Blueprint systems to build drop targets, event-driven gameplay, and real-time scoring mechanics.

  • Integrate audio, physics, lighting, and materials to create responsive and immersive pinball gameplay.

  • Design polished UI animations, high score displays, decals, and particle effects for a professional game experience.

Skills you'll gain

Category: Unreal Engine
Category: Video Game Development
Category: Event-Driven Programming
Category: User Interface (UI)
Category: Animation and Game Design
Category: Scripting
Category: Virtual Environment
Category: Computer Graphics
Category: UI Components
Category: Animations
Category: Game Design
Category: Code Reusability

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Instructor

EDUCBA
EDUCBA
1,668 Courses340,586 learners

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EDUCBA

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