Unreal Engine Fundamentals Assessment

Unreal Engine, developed by Tim Sweeney at Epic Games, is a powerful suite of tools for creating interactive 3D experiences. Initially designed for first-person shooter games, it now supports AAA games, visual effects, and more. The engine offers a visual editor and a scripting language called Blueprints, allowing developers to create complex game logic without coding in C++. Users can start new projects, add actors, apply materials, and set up lighting. The video also covers landscape creation and physics simulation, concluding with a demonstration of programming game logic using Blueprints.

Who created Unreal Engine and in which year?

• Gabe Newell in 1998

• Tim Sweeney at Epic Games in 1995

• John Carmack in 1993

• Hideo Kojima in 2001

What programming language is Unreal Engine primarily written in?

• C++

• Java

• JavaScript

• Python

Which of the following is NOT a core feature of Unreal Engine?

• Ray tracing

• Physics simulation

• 3D rendering

• Database management

What is the purpose of the Content Drawer in Unreal Engine?

• To store game assets

• To compile code

• To render graphics

• To manage user accounts

How can you view the geometry of an invisible actor in Unreal Engine?

• By enabling the physics mode

• By changing the view mode to wireframe

• By applying a texture

• By using the debug console

What tool is used to sculpt landscapes in Unreal Engine?

• Landscape modifier

• Terrain editor

• Sculpting pen

• Brush tool

What is the role of Blueprints in Unreal Engine?

• To program game logic visually

• To design user interfaces

• To create 3D models

• To write C++ code

Which event in Blueprints runs when the level first loads?

• Tick

• Begin Play

• On Start

• Initialize

What function can be used to print messages on every frame in Blueprints?

• Show Alert

• Display Text

• Log Message

• Print String

What do you connect in Blueprints to create interactive game elements?

• Scripts and modules

• Actors and components

• Textures and materials

• Events, nodes, functions, and variables