ChatGPT

System Components and Design

Purpose

The purpose of this project is to design a comprehensive system for DriverPass, a company aiming to provide students with access to online practice exams and on$-$the$-$road training to enhance their preparedness for driving tests.

System Background

DriverPass intends for the system to offer both online practice exams and on$-$the$-$road training to address the issue of a high failure rate among students taking driving license exams.

Components required for the system include:

Online platform for practice exams

Mobile application for on$-$the$-$road training

Database to store user information, exam data, and training progress

User authentication system

Admin dashboard for managing exams, training modules, and user accounts

Objectives and Goals

The system should provide a comprehensive solution to help students better prepare for driving tests.

Objectives:

Increase the pass rate of students taking driving license exams.

Provide a user$-$friendly platform for both online practice exams and on$-$the$-$road training.

Ensure data security and integrity.

Allow administrators to manage exams, training modules, and user accounts efficiently.

Requirements

Nonfunctional Requirements

Performance Requirements

The system needs to run on both web$-$based and mobile platforms.

Response times for online practice exams and training modules should be fast to enhance user experience.

Regular updates to the system should be scheduled to incorporate new exam questions and training content.

Platform Constraints

The system should be platform$-$independent, compatible with both Windows and Unix environments.

Backend tools such as a database management system $($DBMS$)$ are required to support data storage and retrieval.

Accuracy and Precision

User authentication should be accurate and secure$,$ possibly utilizing biometric or multi$-$factor authentication methods.

Input should be case$-$sensitive to ensure data accuracy.

The system should notify administrators promptly of any technical issues or anomalies.

Adaptability

User management functionalities should allow IT administrators to add, remove, or modify user accounts without requiring code changes.

The system should be designed to adapt seamlessly to platform updates without significant disruptions to service.

IT administrators should have privileged access for system maintenance and troubleshooting.

Security

User login should require secure authentication methods such as passwords or biometrics.

Data exchange between client and server should be encrypted to ensure confidentiality.

In the event of a brute force hacking attempt, user accounts should be locked temporarily to prevent unauthorized access.

Procedures for password recovery$/$reset should be in place to assist users who forget their credentials.

Functional Requirements

The system shall validate user credentials during login$.$

The system shall provide access to online practice exams with randomized questions.

The system shall track and display user progress in completing training modules.

The system shall allow administrators to add, edit, or remove exam questions and training content.

The system shall generate reports on user performance and exam results.

User Interface

The interface should be intuitive and user$-$friendly.

Different users include students, instructors, and administrators.

Students should be able to access practice exams and training modules through both web and mobile interfaces.

Instructors should have access to monitoring and tracking tools for student progress.

Administrators should have a dashboard for managing users, exams, and training content.

Assumptions

Users have access to internet$-$enabled devices such as smartphones, tablets, or computers.

The system will be developed using modern web and mobile technologies.

Training content will be created and curated by DriverPass instructors.

Users will have basic knowledge of operating web and mobile applications.

Limitations

Budget constraints may limit the scope of the project.

Resource availability, including time and expertise, may impact the development timeline.

Technological limitations may arise during implementation, necessitating adjustments to the system design.