ou will acquire practical knowledge and skills in the field of sequential circuits, registers, and counters, including the ability to design and analyze circuits for real$-$world applications.

In this learning journal assignment, you will learn and showcase how registers and counters collaborate to create interactive and logical input$/$output behavior.

Scenario: Imagine you are a junior electrical engineering instructor, and you want your students to apply their understanding of sequential circuits, registers, and counters by creating a simple project. This project will help them demonstrate their grasp of designing and analyzing these circuits while considering their input$/$output behavior.

Assignment: Compose a basic project that involves designing and analyzing sequential circuits, including registers and counters. Your project should clearly explain the input$/$output behavior of these circuits.

a$.$ Choose a practical scenario, such as a simple digital game, a binary counter display, or a vending machine controller. Justify why you selected this scenario.

b$.$ Provide a step$-$by$-$step analysis of your circuit design.

c$.$ Highlight how registers and counters are utilized to achieve the desired behavior.

d$.$ Additionally, provide a summarized overview of your project's key components and how they work together to achieve the intended outcome.