My personal Unreal Engine learning hub — documenting everything from beginner experiments to advanced systems.
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# 🎮 160-Day Unreal Engine Fundamentals Learning PlanA comprehensive day-by-day roadmap for mastering Unreal Engine fundamentals. Each day represents a focused learning session with specific objectives.
Use the checkboxes ([ ]) to track daily progress. Replace with [✅] as each day is completed.
- [✅] Day 1: Download Epic Games Launcher, install Unreal Engine (latest version)
- [✅] Day 2: Create first project, explore project browser, understand template options
- [✅] Day 3: Navigate viewport, master camera controls (Alt + LMB/RMB/MMB)
- [✅] Day 4: Explore Content Browser, understand asset organization
- Day 5: Understand World Outliner, Actor hierarchy
- Day 6: Explore Details Panel, modify object properties
- Day 7: Review week 1, practice all navigation skills
- Day 8: Understand Actor vs. Object vs. Component
- Day 9: Practice moving, rotating, scaling actors
- Day 10: Create basic geometry with BSP brushes
- Day 11: Work with static meshes, import simple assets
- Day 12: Understand transform vs. world vs. local space
- Day 13: Group and ungroup actors, use folders in Outliner
- Day 14: Build simple level using only basic shapes
- Day 15: Open Material Editor, understand interface
- Day 16: Create first material, apply to geometry
- Day 17: Understand Base Color, Metallic, Roughness inputs
- Day 18: Import textures, apply to materials
- Day 19: Work with Normal maps for surface detail
- Day 20: Create material instances for variations
- Day 21: Build material library with 5 basic materials
- Day 22: Place Directional Light, understand sun/outdoor lighting
- Day 23: Work with Point Lights, understand attenuation
- Day 24: Use Spot Lights, control cone angles
- Day 25: Understand Static, Stationary, Movable light mobility
- Day 26: Build lighting, understand difference between preview and baked
- Day 27: Add Rect Lights, Sky Light for ambient illumination
- Day 28: Light a simple interior scene properly
- Day 29: Understand Blueprint types (Level, Class, Widget)
- Day 30: Open Level Blueprint, add first Print String node
- Day 31: Create first Actor Blueprint class
- Day 32: Add components to Blueprint in viewport
- Day 33: Navigate Blueprint editor (Graph, My Blueprint, Details)
- Day 34: Understand Event Graph vs. Construction Script
- Day 35: Create 3 simple Actor Blueprints with different components
- Day 36: Create Integer variables, display with Print String
- Day 37: Work with Float variables for decimal values
- Day 38: Use Boolean variables for true/false states
- Day 39: Create String variables for text
- Day 40: Understand Vector variables for positions
- Day 41: Work with Rotator variables for rotations
- Day 42: Build Blueprint that tracks player stats with variables
- Day 43: Understand Event BeginPlay and Event Tick
- Day 44: Create custom events, call from other graphs
- Day 45: Build custom functions with inputs and outputs
- Day 46: Understand pure vs. impure functions
- Day 47: Use sequence nodes for execution order
- Day 48: Work with delays and timers
- Day 49: Create Blueprint with 3 custom functions and 2 custom events
- Day 50: Use Branch nodes (if/then logic)
- Day 51: Work with For Loops for iteration
- Day 52: Implement While Loops
- Day 53: Use Switch on Integer nodes
- Day 54: Implement Do N and Do Once nodes
- Day 55: Work with Gate nodes for execution control
- Day 56: Build complex logic chain using 4+ flow control nodes
- Day 57: Open Project Settings, understand Input mappings
- Day 58: Bind action mappings (jump, fire, interact)
- Day 59: Bind axis mappings (move forward, turn, look up)
- Day 60: Implement keyboard input in Blueprint
- Day 61: Set up mouse input for looking around
- Day 62: Configure gamepad input
- Day 63: Create complete input setup for first-person character
- Day 64: Understand Pawn class, create custom Pawn
- Day 65: Understand Character class vs. Pawn
- Day 66: Create Player Controller, possess Pawn
- Day 67: Set up Default Pawn class in Game Mode
- Day 68: Implement camera attachment to Pawn
- Day 69: Understand Auto Possess settings
- Day 70: Build functioning character with movement and camera
- Day 71: Understand collision presets and channels
- Day 72: Use OnComponentBeginOverlap events
- Day 73: Implement OnComponentHit events
- Day 74: Work with Ignore vs. Overlap vs. Block
- Day 75: Understand Object Channel and Trace Channel
- Day 76: Use line traces for line-of-sight checks
- Day 77: Build trigger volume system with overlap events
- Day 78: Enable Simulate Physics on objects
- Day 79: Understand mass and gravity effects
- Day 80: Apply forces and impulses to objects
- Day 81: Work with physics constraints
- Day 82: Set collision profiles for physics objects
- Day 83: Implement simple destructible meshes
- Day 84: Create physics-based puzzle element
- Day 85: Create landscape, understand landscape resolution
- Day 86: Use sculpt tools for terrain shaping
- Day 87: Paint landscape with multiple layers
- Day 88: Import heightmaps for real-world terrain
- Day 89: Work with landscape materials
- Day 90: Add erosion and noise to terrain
- Day 91: Build complete terrain environment
- Day 92: Open Foliage tool, understand interface
- Day 93: Import foliage meshes (grass, bushes, trees)
- Day 94: Paint foliage on landscape
- Day 95: Adjust foliage density and scale
- Day 96: Use procedural foliage spawners
- Day 97: Understand foliage culling and performance
- Day 98: Create dense forest area with varied foliage
- Day 99: Add Post-Process Volume to level
- Day 100: Adjust color grading and temperature
- Day 101: Work with bloom and lens flares
- Day 102: Implement depth of field effects
- Day 103: Use ambient occlusion for realism
- Day 104: Experiment with vignette and grain
- Day 105: Create 3 different mood setups (day, night, fantasy)
- Day 106: Create master material with parameters
- Day 107: Build material instances from master
- Day 108: Work with material functions
- Day 109: Implement animated materials (scrolling, pulsing)
- Day 110: Use vertex painting for material blending
- Day 111: Create translucent and masked materials
- Day 112: Build material collection library with 10+ variations
- Day 113: Import audio files (WAV) into project
- Day 114: Create Sound Cues from imported sounds
- Day 115: Play 2D sounds at locations
- Day 116: Implement 3D spatialized audio
- Day 117: Work with attenuation settings (falloff, distance)
- Day 118: Add reverb and sound effects
- Day 119: Build ambient soundscape for environment
- Day 120: Create Widget Blueprint, understand designer graph
- Day 121: Add Canvas Panel, understand anchoring
- Day 122: Work with Text blocks for on-screen text
- Day 123: Implement Buttons with click events
- Day 124: Add Images and progress bars
- Day 125: Create and show widget in viewport
- Day 126: Build main menu widget with 2 buttons
- Day 127: Bind widget properties to variables
- Day 128: Update UI elements from Blueprint
- Day 129: Create health bar that updates with player health
- Day 130: Implement score counter display
- Day 131: Build inventory slot UI elements
- Day 132: Work with widget animations
- Day 133: Create complete HUD with health, ammo, score
- Day 134: Install Visual Studio with Unreal workload
- Day 135: Set up C++ project, understand folder structure
- Day 136: Open project in Visual Studio, build solution
- Day 137: Understand basic C++ class structure in Unreal
- Day 138: Modify existing C++ class, recompile
- Day 139: Create simple C++ Actor, expose to Blueprint
- Day 140: Understand header files vs. cpp files in Unreal
- Day 141: Import skeletal mesh (character model)
- Day 142: Understand skeleton and sockets
- Day 143: Import animations from external sources
- Day 144: Create Animation Blueprint
- Day 145: Build simple state machine (idle to walk)
- Day 146: Work with blend spaces for smooth transitions
- Day 147: Set up character with basic animation set
- Day 148: Open Niagara editor, understand interface
- Day 149: Create simple particle emitter
- Day 150: Work with spawn rates and particle lifetime
- Day 151: Add forces (gravity, drag) to particles
- Day 152: Implement color over life modules
- Day 153: Attach Niagara system to actor/socket
- Day 154: Build fire, smoke, and spark effects
- Day 155: Understand Game Mode class and purpose
- Day 156: Work with Game State for global data
- Day 157: Implement Player State for per-player data
- Day 158: Understand Game Instance for persistent data
- Day 159: Set up complete game framework for simple project
- Day 160: Final review and practice of all fundamentals
- Day 161: Buffer day - review weak areas
- Day 162: Buffer day - practice Blueprint logic
- Day 163: Buffer day - environment building practice
- Day 164: Buffer day - UI/audio implementation practice
- Day 165: Buffer day - animation practice
- Day 166: Buffer day - C++/Visual Studio practice
- Day 167: Buffer day - complete any missed days
- Month 1 Complete: Foundations & Interface (Days 1-28)
- Month 2 Complete: Blueprints & Logic (Days 29-56)
- Month 3 Complete: Game Mechanics Framework (Days 57-84)
- Month 4 Complete: Environments & Visuals (Days 85-112)
- Month 5 Complete: Audio & UI (Days 113-140)
- Month 6 Complete: Animation & Advanced Concepts (Days 141-167)
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Each day represents approximately 1-2 hours of focused learning
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Adjust pace based on individual learning speed
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Practice previous concepts while learning new ones
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Use official Unreal documentation as reference
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Supplement with video tutorials for visual concepts
HUB-UnrealEngine is my structured learning space for Unreal Engine. This repository contains:
- 🎨 Materials & Shaders
- 🧱 Blueprints
- 💻 C++ Scripts & Classes
- 🎮 Gameplay Systems
- 🗂 Assets & Experiments
- 📝 Documentation & Notes
- 🧪 Mini Prototypes
The goal is to track my growth while building real, practical Unreal Engine experience.
- Unreal Engine fundamentals
- Blueprint scripting
- C++ integration with UE
- Material editor & shader logic
- Animation systems
- Plugin integration (e.g., VRM, custom tools)
- Optimization techniques
HUB-UnrealEngine/
│
├── Materials/
├── Blueprints/
├── Cpp-Classes/
├── Assets/
├── Experiments/
├── Documentation/
└── Mini-Projects/
(Structure may evolve as I grow.)
- Build strong Unreal Engine fundamentals
- Create reusable systems
- Prepare for internships & game dev opportunities
- Track consistent learning progress
- Showcase development journey
- Unreal Engine 5.x
- C++
- Blueprints
- Blender (for 3D assets)
- VS Code / Visual Studio