Reconstruct a 5-star-rated game system featured on Fab

What you'll learn
- Build a procedurally-generated yet extremely customizable skill tree
- Build a robust underlying skilling system, with persistent saving and crash-proof design
- Learn advanced UI material/animation concepts resulting in beautiful UI
- Learn a best-practice approach to smoothly pan, zoom, and autofocus UI
- Practice designing with fully data-driven architecture
- Practice designing with true modularity: modular hooks for a system to easily plug into/work with any game
- Use optimization best practices for maximum scalability, including soft object batch loading, optimizing materials with SDFs, and controlling dependencies

Requirements
- No C++ required

Description
In this masterclass,we rebuild the single-player foundation of a 5-star $200 system from Fab— 100% Blueprint, fully modular, production-ready.

What we're building:On Fab, it's the first result when you search "procedural skill tree" (Full name is "Multiplayer skill tree system : Procedural skill tree UI Modular skilling system", by Enginuity).

Hi, I'm Enginuity, the creator of Skill Tree Pro. I've worked in the industry with Unreal Engine for 10 years. I created this tutorial series to give developers the opportunity to reconstruct an industry-proven asset themselves, to follow along with my thought process and design flow, and to learn some nice techniques along the way. And ultimately, to walk away with something truly useful that you can use in most/all of your future games.

You'll build/learn:

A procedurally-generated yet extremely customizable skill tree

A robust underlying skilling system, with persistent saving with crash-proof design

Advanced UI material/animation concepts resulting in beautiful UI

An approach to smoothly pan, zoom, and autofocus UI

Designing with fully data-driven architecture

Designing with true modularity: modular hooks for a system to easily plug into/work with any game

Optimization best practices for maximum scalability, including soft object batch loading, optimizing materials with signed distance fields, and controlling dependencies

Why Only Single-player?

Multiplayer videos would make the masterclass at least twice as long.

The asset on Fab includes proper multiplayer design, which has simple function calls that do all the multiplayer heavy lifting for maximal ease of use for beginners, replicates state in a net-optimized way with best-practice anti-cheat mechanisms, is client-predictive, includes blueprint code to save/retrieve persistent state to a cloud dedicated server, and includes a multiplayer testing map. It is necessary in order to use this asset in a shipped multiplayer game. However, the asset we're building here works perfectly for a shipped single-player game.

Who This Course is For:

Developers who want topainstakinglybuild a polished game-ready blueprint-only system. I believe this can be helpful to all developers, beginner - advanced, especially those who want more practice with materials, procedural generation, and systems design. I tried my best to explain every design choice with clear reasoning and visuals. No C++ required.

Who this course is for:
- Suitable for all levels. Most useful for intermediate - advanced Unreal Engine developers, especially those who want more practice with materials, procedural generation, and modular systems design
More Info