Verse Bootcamp UEFN Academy

Explore how verse uses operators to perform arithmetic, relational, and logical operations, and apply them in examples of x and y to control flow with comparisons, not, and equality checks.

Explore conditional expressions in Verse to make decisions with if, else, and case. Implement health checks, score-based outcomes, and medal rewards using inline conditions and dot notation.

Learn how classes act as blueprints, instantiate car objects with properties like model and color, and use move and moveTo with asynchronous suspense.

Learn how to use loops in Verse to repeat code, iterate a 0 to 4 range, and traverse arrays with for loops, printing values and using break to stop.

Learn to use enums to define a type with limited options, such as item rarity (common, rare, legendary), and map cases to values like 10 or 100, printing damage.

Learn how failable expressions manage array modifications and how immutable arrays are rebuilt to add or remove values across numbers, strings, booleans, and agents, including a light switcher example.

Define class specifiers to control how classes behave in Verse, including abstract, concrete, unique, and final. See how inheritance, overriding, and identity determine instantiation and behavior.

Explore concurrency in Verse UEFN academy with suspense specifier and spawn to run background tasks. Use sync for parallel async operations and race to finish first, managing timers and results.

Explore inheritance by building a game character hierarchy with a GameCharacter parent, supporting health and take damage, then extend with warrior and dragon using overriding and the dry principle.

Explore the scene graph by organizing objects into a component-based hierarchy with entities, meshes, lights, and keyframed movement. Create reusable prefabs, reference components in code, and manage collisions and motion.

Build a squid game style glass bridge using a scene graph in UEFN, creating a translucent light-blue bridge with automatic collisions and a timer-driven platform randomization.

design and build a multiplayer spliff style game where players compete in real time to be the last one standing, applying all course concepts through the final project.

Build a highscore UI in verse using a widget blueprint, binding a text block to a message, and manage per-player UIs with a UI manager.

Create and style a highscore UI using textures, image overlays, and text blocks; configure padding and alignment, initialize with 00, and update highscores in gameplay.

Implement a winner indicator and a start countdown by wiring the HUD message device to the scene and updating the UI manager to show timed messages to all players.