Create Zelda-like skills with C++ in unreal engine 5

Setting up movement states before the skills stack

This Unreal Engine 5 C++ course tackles a practical problem in skill-heavy third-person projects: keeping locomotion, abilities, and interactable objects organized instead of scattering the logic across the project. It runs for 8h 10m, sits at an intermediate level, and stays focused on designing skill and locomotion management in C++.

The workflow begins with project setup and basic locomotion states, then moves into a skills management framework. From there, the movement side is handled with sprint, gliding, exhausted, and normal states, all tied to a stamina system so the character’s behavior stays in one connected flow rather than becoming a set of isolated cases.

Building a skill framework for named abilities

A large part of the material is spent on creating a framework that can handle several abilities without turning the project into a collection of one-off scripts. The course walks through a powerful skill system and then applies it to specific abilities that match a Zelda-like style of play.

• Remote bomb
• Magnesis
• Ice actor
• Stasis

The curriculum also includes five skills creation, which keeps the work anchored in actual implementation rather than staying at the level of abstract architecture. The named abilities show the kind of mechanics the framework is expected to support: different actions can share the same management structure while still behaving as separate skills inside the project.

Scene objects and UI that follow the gameplay

The project does not stop at the player character. A robust and neat UI system is part of the package for multiple gameplay mechanical actors, including wind tunnel, pressure plate, pickable object, breakable wall, and skill selection. That makes the system relevant for scenes where the player needs to read the world and choose the right action in response.

These mechanical actors are the kind of pieces that give a third-person puzzle game its structure. When a wind tunnel, a pressure plate, or a breakable wall has to work together with skill choice, the UI and the underlying gameplay logic need to stay aligned. This course keeps those elements in the same conversation, which is what makes the workflow useful for a project with several layered interactions rather than a single mechanic.

Keeping C++ and Blueprint in the same workflow

Another concrete part of the material is communication between C++ and blueprint. That link matters because the project is not framed as a purely code-side exercise or a purely visual one; the logic needs to move between the two cleanly so gameplay behavior can be managed without splitting the system apart.

The curriculum order reflects that approach: setup project and basic locomotion states, skills management framework, five skills creation, other gameplay mechanical actors, and a bonus section. The flow is direct and task-based, which makes it easier to follow the path from movement foundations into the ability system and then into the scene objects that react to it.

Where this fits in a third-person puzzle project

The target audience is straightforward: learners who want to build a project with multiple skills, apply C++ knowledge to a game project, or create a Zelda-like third-person puzzle game. The material is a fit when the project needs stamina-based movement, named abilities, and interactable objects to work together under one gameplay structure.

That makes it useful for a production path where movement rules, skill selection, and puzzle-facing actors all need to be established in the same Unreal Engine 5 workflow. If the goal is to keep those systems connected from the start, this is the kind of intermediate C++ setup that matches that need.