Project Title: Racing Simulator Game using Unreal Engine (C++)

Project Summary
This project is a high-performance 3D Racing Simulator Game developed in Unreal Engine using C++. It focuses on realistic vehicle physics, dynamic environments, and immersive gameplay, allowing players to race on various tracks with AI opponents or against the clock.

Core Components

Vehicle Physics System

• Built using Unreal’s PhysX-based vehicle system and extended with custom C++ logic.
• Simulates acceleration, braking, suspension, and traction control for realism.

Player Vehicle Controller

• C++ class that manages input for steering, gear shifting, throttle, and braking.
• First-person and third-person camera views for immersion.

Race Track and Environment

• Multiple 3D tracks with curves, elevation, and road types (asphalt, dirt).
• Weather effects (rain, fog) and dynamic lighting to enhance realism.

AI Opponents

• Enemy cars controlled using behavior trees and navigation paths.
• AI adapts to track layout and player behavior (e.g., overtaking, blocking).

Lap Timer and Scoring System

• Tracks lap times, total race time, and position.
• Includes checkpoints and start/finish line detection.

HUD and Dashboard UI

• Real-time speedometer, RPM, lap counter, mini-map, and race position display.
• Built using Unreal’s UMG and connected via C++.

Game Modes

• Time Trial, Quick Race, and Championship Mode.
• Each mode has its own set of rules and progression.

Technologies Used

• Unreal Engine 5
• C++ (with Unreal’s API: AActor, UCLASS, TSubclassOf, etc.)
• PhysX Vehicle System (integrated with C++)
• Blueprints (used alongside C++ for rapid UI and effects)
• UMG (for HUD and menus)

Learning Outcomes

• Mastery of C++ in a game engine environment
• Understanding of vehicle simulation and physics
• Real-time UI development and data binding
• AI pathfinding and behavior design
• Level design and environmental interaction

Possible Enhancements

• Multiplayer racing with real-time leaderboards
• Car customization system (visual and performance tuning)
• Replay system with camera switching
• VR support for full immersion
• Integration of real-world tracks using imported map data