$1.$ Problem Statement

$$ Provide a clear and concise description of the problem your system is designed to solve.

$$ Explain why the problem is important or relevant, including any background information

that helps illustrate its significance.

$$ Make sure to define specific challenges or needs the software will address.

$2.$ System Features

$$ Identify and list the key features that your software will include.

$$ These features should be directly tied to solving the problem outlined in your problem

statement. Examples might include:

o Inventory System: Stock tracking, order processing, report generation.

o Task Management App: Task scheduling, priority setting, task reminders.

$$ Prioritize functionality by describing both functional requirements $($specific behaviors and

functions your system will perform$)$ and non$-$functional requirements $($usability$,$ scalability,

security, performance constraints, etc.$).$

$3.$ Design Approach

$$ Provide an overview of your high$-$level design approach, explaining how object$-$oriented

principles such as encapsulation, inheritance, and polymorphism will be applied.

$$ Focus on how you plan to structure your system using object$-$oriented thinking without

going into specific design patterns.

$$ Identify key classes and explain their roles and interactions in your system.

o For example: If you are designing an inventory system, describe the relationships

between classes such as Item, Order, and InventoryManager without diving into

specific design patterns.

$$ The idea is to show how object$-$oriented concepts will help structure the system logically

and effectively, leaving the more specific design patterns for later development stages.