Unity 3D Game Development Fundamentals

Configure a perspective camera, basic lighting, and materials for a readable side-view 3D scene.

Create reusable obstacle prefabs and prefab variants from primitive 3D objects.

Write a MonoBehaviour that uses Unity lifecycle methods and Time.deltaTime to produce frame-rate-independent behavior.

Expose tunable values and connect scene components to scripts using serialized fields and component references.

Configure Rigidbody and Collider components, then distinguish collision callbacks from trigger callbacks.

Create and read a Unity Input System action for keyboard-controlled jumping.

Implement automatic forward movement as a focused player component.

Implement a jump mechanic that permits jumping only while the player is grounded.

Implement a side-view camera that follows the player without inheriting unwanted rotation.

Detect hazards and the level finish using physics layers and trigger volumes.

Assemble prefab-based obstacles into a complete level with a deliberate difficulty curve.

Apply the component pattern by separating input, movement, ground detection, and run-status responsibilities.

Apply the observer pattern with C# events to broadcast run-started, player-defeated, and level-completed events.

Implement explicit Ready, Running, Defeated, and Completed states with a finite-state game controller.

Store player movement and level-tuning values in ScriptableObject configuration assets.

Create state-driven UI for starting, restarting, and displaying defeat or completion.

Connect sound and particle feedback to gameplay events without coupling effects to player movement code.

Configure, produce, and validate a Windows standalone build of the completed game.