An-Najah National University
Department of Computer Science	 
AutoMentor

Driving School Simulator
Done By:
Omar Haji
Mohammed Hantouli
Supervisor:
Dr. Suhad M. Daraghmeh




An-Najah National University
Department of Computer Science	 
AutoMentor
Outline 
What is AutoMentor? & Objectives.
Problem Statement. 
Problem Statement Solution.
Main technologies and tools were used.
Rewind Mechanism.
Multi Agent AI System.
DEMO video.
How could AutoMentor be improved?




An-Najah National University
Department of Computer Science	 
AutoMentor
What is AutoMentor?
AutoMentor is a comprehensive driving school simulator designed to provide a realistic and educational experience for learners. It features a detailed virtual city where players can practice driving rules, interact with AI cars and NPCs and receive real-time feedback on their performance. 

The primary objectives of AutoMentor are to enhance driving skills, ensure adherence to traffic laws and offer a motivating environment that encourages continuous improvement through positive motivations.




An-Najah National University
Department of Computer Science	 
AutoMentor
Problem Statement:

Many new drivers struggle to practice and internalize driving rules 
     in a safe and controlled environment.

Traditional driving lessons can be costly.




An-Najah National University
Department of Computer Science	 
AutoMentor
Solution:

Safe Simulation Environment: AutoMentor offers a realistic virtual city 
    where learners can practice driving without real-world risks providing
    a safe space to make and correct mistakes.

Cost-Effective Learning: By simulating driving lessons, AutoMentor reduces
    the need for expensive in-person sessions, making quality driving
    education more accessible.




An-Najah National University
Department of Computer Science	 
AutoMentor
Utilized technologies
Unity Game Engine: For building the simulator city for more  realistic experience.

C# Scripting: For implementing the actions in the city like AI cars, NPCs and rules in the city.

Other Used Tools: Blender, Unity Asset Store.




An-Najah National University
Department of Computer Science	 
AutoMentor
Rewind Mechanism
When the user do any violation against the traffic rules, a rewind mechanism starts execution, by popping the stored data before the violation occurred.




An-Najah National University
Department of Computer Science	 
AutoMentor


Rewind mechanism code snippet:




An-Najah National University
Department of Computer Science	 
AutoMentor
Multi Agent AI System
A multi agent system consists of multiple decision-making agents which interact in a shared environment to achieve common or conflicting goals.




An-Najah National University
Department of Computer Science	 
AutoMentor

AI Cars Path Decision Making


AI cars path decision making code snippet:




An-Najah National University
Department of Computer Science	 
AutoMentor

AI Cars Path Decision Making

AI cars path decision making code snippet:




An-Najah National University
Department of Computer Science	 
AutoMentor

AI Car Sensor detects the traffic light game object
An example for AI cars following traffic rules:




An-Najah National University
Department of Computer Science	 
AutoMentor

Traffic light decision making code snippet:




An-Najah National University
Department of Computer Science	 
AutoMentor
Go to the DEMO video




An-Najah National University
Department of Computer Science	 
AutoMentor
Software Evolution

Enhanced AI Capabilities.

Virtual Reality (VR) Integration.

Expanded Scenario Library.

Enhanced User Interface.



Any Questions?


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