Reference no: EM133518211

Fundamentals of Programming

Learning outcome 1: Interpret simple program specifications.

Learning outcome 2: Produce a high-level model via the use of pseudocode and flow charts.

Learning outcome 3: Transfer a high-level model into a software application via the use of a programming language.

 

Assessment - Control Flow Prototype

Your Task

This assessment is to be completed individually. In this assessment, you will develop a program based on a provided case study using pseudocode, a flow chart, and Python 3 language.

Assessment Description

This assessment aims to evaluate students' ability to interpret program specifications, produce a high-level model using pseudocode and flow charts, and transfer that model into a software application using Python 3 language. To accomplish this, students will be provided with a case study that involves calculating taxation for individuals based on their income and other relevant factors.

Case Study:
You are a junior software developer at a financial company. Your task is to develop a program that calculates an employee's income based on the number of hours worked and hourly rate. The program should also calculate deductions for income tax and superannuation. You will need to create a pseudocode and flow chart to show your design process and develop a working program using Python 3 language.

The case study involves a fictional country where individuals are taxed based on their income. The income is determined by multiplying the number of hours worked by the hourly rate. Each individual is taxed at 20%. Students must develop a program that can take in user input for hours worked and hourly rate, to calculate the income and then apply the appropriate taxes owed based on the fixed tax rate of 20%. The program must also consider any superannuation deductions, which is 10% of the income.

For example, if an employee user, "John Smith", enters 40 hours worked and hourly rate of $25 per hour, as shown in Table 1. Then, the total income will be $1000, of which 20% is taxed ($200) and 10% deducted for superannuation ($100), as shown in Table 2.

Employee Name	Hours Worked	Hourly Rate
John Smith	40	25
Jane Doe	35	30

Table 1 Employee Input

Employee Name	Income	Income Tax Deduction	Superannuation Deduction
John Smith	1000	200	100
Jane Doe	1050	210	105

Table 2 Output calculations based on Table 1 Employee Input

Assessment Instructions

Assessment instructions for this assessment:

1. You will be provided with a case study and data for the program.
2. Develop a pseudocode and flow chart that demonstrates the design process for the program.
3. Develop a Python 3 program that calculates an employee's income based on the provided data and includes deductions for income tax and superannuation.
4. The program should include appropriate comments and be clearly organised into functions and loops.
5. You cannot use modules, dictionaries, files, or classes, but only lists, loops, and functions. Optionally, you may or may not use strings.
6. Submit your pseudocode, flow chart, and Python 3 program code to the designated submission platform by the due date.
7. Please refer to the assessment marking guide to assist you in completing all the assessment criteria.