1. 1. Learning outcomes
   2. Illustrate problem specifications using flowcharts and Pseudocode.
   3. Explain the basic principles of algorithms and programming language.
   4. Write snippets using variables, different data types, inputs, and outputs.
   5. Analyze the outputs of code snippets.
   1. Apply modularity, repetition, and decisions to design functioning programs individually or within a team.
   
   
2. 1. Project Name

Select a proper name that adequately describes the problem your program tackles. For example, Grocery Shop Sales Software.

1. 2. Project Goal

This project aims to improve students’ ability in analyzing, designing, and developing a real-world system using Python programming language.

1. 3. Project Description

Students should consider clients functional requirements and provide rational solutions of current system problems during project development taking into consideration the following:

• a. Project should be completed by each group independently.
• b. Each group is responsible to submit a report which is clearly describing in well-written English the problem they aim to solve, the approach they implement, clear procedure on running the system, and pseudo code/flow chart explaining the programming side of the project.
• c. Final report should follow the standard structure of writing such as,
• Cover Page (Project title and name of students and ID in the group)
• Introduction (Background and significant of the provided solution)
• Method and implementation (The used algorithm, pseudo code and flow chart)
• Well documented code
• Result and discussion along with proper screen shots
• Conclusion and future work
• References if any!
• d. Submitted project will be evaluated base on,development of the idea, organization of the code and report, method/model validity, coding efficiency, individual engagement and workable product.
• e. Every student in each group must be ready for answering questions during the interview sessions.
• f. Upload your report to the portal.
1. 4. Required Artifacts

Students must analyze, design, develop and test their system and provide the instructor with required artifacts. They must follow project schedule below.

No.	Item	Detail
1.	Project Title	Provide an intuitive name to your project.
2.	Group Member	Kindly indicate name, ID and the contribution of each member.
3.	Project Description	Describe your project’s features. Explain what your project is trying to solve, the target audience and how users will interact with your project.
4.	Usability	Make sure that your program is user friendly. Its interface should be self-explanatory.
	Flow Chart and Pseudocode	Your project should contain at least three flow-charts and three Pseudocode for three different functional requirements.
6.	Different Data types	Usage of different data type is required. (Boolean, Integer, Float and String)
7.	Decision statements (if and switch case)	Implement the two-decision statement if and switchcase statements.
8.	Loops	It is required that you implement the loops: For, While and Do…While
9.	Functions	Optimize your code by programming functions whenever is appropriate.
10.	Files	The results should be written on Files.
11.	Proper indentation and comments.	Proper indentation and comments are mandatory.
12	Teamwork

1. 5. Project Teams

Students shall do the project in a group3 students. A smaller or larger group is not acceptable.Exceptions need the agreement of the course teacher.

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2. 6. Other Notes
Academic Honesty:
The maximum accepted plagiarism rate on TurnItIn Software is 20%.

The following Scheme for Grade Point Deduction will be applied:

Scheme for Grade Point Deduction for Academic Misconduct
Undergraduate Students	Maximum Accepted Plagiarism	Deduction
	20%	21% - 30%	More than 30%
		50% deduction from the total of the assignment	Zero

Late Policy:
Late submission of artifacts is acceptable with the following penalties:

Latency	Penalty
1 Day	10 %
2 Days ~ 1 week	20 %
More than a week	Not Accepted

Report Submission:

1. The Due date for submission is Sunday, Dec5^th, 2020.
2. The report of the assignment must include the Python source code and be supported with the Screenshots of the output.
3. You need to describe your code by adding comments that explain the steps you follow.
4. Submit the report of the Assignment through your Student Portal.
5. Make sure that your project should work without any error

Grading:

Grading of the project will be based on these above-mentioned features, as well as how well you worked on the project, performance and individual demonstration and explanation of the code. The below Table shows the grade breakdown.

Grading Schema:

No.	Item	Grade
1.	Project Description	1 Marks
2.	Usability	1 Mark
3.	Flow Chart and Pseudocode	3 Marks
4.	Code: (various programming structures, if, for, while, functions..etc)	10 Marks
5.	Code: Writing/ reading from Files	2 Marks
6.	Teamwork	3 Marks

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Answer rating: 100% (QA)

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