// Corrected: Smooth and Consistent void Update() { // Now moves exactly 5 meters per second, regardless of FPS. transform.Translate(Vector3.forward * 5 * Time.deltaTime); }

201B

Temporal Logic

The Concept: Coroutines

Run

Yield (Wait)

Resume

201C

Async Operations

The Concept: Async & Await

MAIN

TASK

Heavy Load

201D

Sensor Arrays

The Concept: Raycasts & Overlaps

// Corrected: Optimized Vision int wallLayer = LayerMask.GetMask("Walls"); void Update() { // Short range, specific target if (Physics.Raycast(pos, fwd, out hit, 10f, wallLayer)) { TurnAway(); } }

201E

Navigation Systems

The Concept: NavMesh Agents

201F

Animation States

The Concept: Animator Controller

SetBool()

Animator

Idle

Run

CAPSTONE EXAM

The Automation Exam

The drone fleet is grounded. The timing logic is freezing the engine, the sensors are blind, and the movement is frame-rate dependent. Identify the three critical automation failures to certify your status as a Systems Architect.

Verify Capacity

Check Scope

Audit Efficiency