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BMIS 331 Management Information Systems
Final Project
100 Total Points
Project
The final projects for the course will consist of developing two programs that display your ability to apply the concepts you learned in this course to a professional context that you are interested in. My hope is that you can use this project as a mechanism to discuss your IT skills in relation to a job you seek or market you wish to enter.
Ido not expect your programs to be a novel solution to a problem. All I expect is that the program shows your ability to use python to solve a problem related to your interested context. This could be developing a calculator for core concepts from your discipline (value calculators, depreciation schedules, inventory trackers, simplified CRM’s, etc.), visualizing your music, developing a tool to automate a process, developing a video game … really the options are endless. Basically,
something that you can use as a tool to show someone in the field you are interested in that you had a choice to develop a program in whatever context you wanted, and since you are so interested in your particular field, you decided to develop a program that applies your newly acquired python skills to it.
I will be very flexible with how you want to scope your project. You could also use this opportunity to learn something new that we haven’t covered in this class. I have worked with our Zybook’s publisher to include additional resources/chapters for you to explore. For example, if you are interested in visualizations with python, you could spend the next few weeks exploring MatPlotLib and develop a simple solution that utilizes its fundamentals in the context you are interested in. If you are eager to learn various supervised and unsupervised data analysis methods, you could explore those chapters. The key in this case will be your ability to clearly communicate your code to me in your video presentation. With either option you choose (application of learned concepts or exploration of something new), the intent is to develop programs to use as a mechanism to communicate your technical skills and sincere interest in a particular company and/or context.
Allocation of 150 Points Global Points |
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- Attendance (subtract 5 points for every absence) |
25 Points |
- Individual Work |
20 Points |
Project 1 – Mini Project |
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- Code Submitted with Comments |
15 Points |
Project 2 – Final Project |
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- Project Proposal Document |
5 Points |
- Interview Stream Video Submission (Optional) |
5 Points |
- Final Presentation |
10 Points |
- Code and Video Presentation of your Program |
20 Points |
*** Bolded/red items are required. Failure to submit/participate in these aspects of the project will result in at least a 50% reduction of your Final Project Grade ***
Description Points
Attendance
Attendance will be taken at the beginning of every class. For every class missed, 5 points will be deducted from the 25 points allocated for attendance. You will be allowed to miss 1 class without penalty.
Individual Work
This project can be either be done individually or with a group of 2 students. The group of 2 students can be across both 12:25pm and 1:50pm sections (1 student from each section). If you choose to work with someone else, the total amount of points you can earn on the project will be 80 out of 100.
Project 1 – Mini Project
For the mini project, I would like you to develop code that focuses on extracting and/or cleaning data of your interest. This data could be used in project 2 later in the semester. You can leverage data scraping, API connections or simply loading a csv file into your python program and then, you can use various methods to clean (refine) down the data to a usable form. Then, you can save the file as a new csv for future use.
If you are taking on a large project for project 2, you could use this as phase 1 of the project.
At the end of the project, you will record a video of your screen sharing what you did and then submit it to canvas.
Project Proposal Document
The proposal will consist of:
1) describing the context you are interested in (particular job or general field);
2) what your program will do;
3) a timeline setting some key milestones for you to meet the deadlines of the project; and
4) identifying a few factors that may inhibit your ability to develop the solution to meet the project’s requirements.
You can simply create a word document and bullet your responses below each of the 4 components described above. Somewhere between a half page and full page would suffice.
Interview Stream Video Submission
This component of the project is optional. I have worked with the Career & Professional Development department to facilitate an opportunity for you to use Interview Stream as a mechanism to develop and refine a response to an interview question related to the project. If you want to participate in earning these points, you will need to follow the instructions (coming soon) to logon and record a video of yourself responding to the interview question:
“Give me an example of how your MIS degree has prepared you for this position”
Your response should use this project as a tool to not only show how you are able to apply your IT skills to this specific position, but also how given an opportunity to develop a solution on any professional problem, you chose to develop a program in the context of this position. The “context” can be narrowly or broadly scoped (e.g. auditor at KPMG versus financial analyst). Either way, make sure there is a connection between the context in the python solution and the context of the position you are referencing.
Please note: These videos will be reviewed by two members of the Career & Professional Development department. They will provide customized feedback on your video, so please do not just “mail it in” . Be as professional as possible and look at this as an opportunity to get some constructive feedback related to your ability to bridge what you learn in class with obtaining employment somewhere in the future. This is not intended to discourage you from submitting a video but to motivate you to do your best.
Project 2 - Code and Video Presentation of your Program Two types of submissions are required for the project.
1) A video that is recorded and submitted on blackboard that describes your code in somewhat detail.
A link will be made available for you to submit your video and code. At this point, you will upload your video and submit a copy of your code. You need to record a video in which you explain your code. You must share your computer screen during the recording. The recording should be between 4-7 minutes long.
Recording to the zoom cloud and then providing the link and password would be the
easiest. Either way you choose your video should be just a few minutes long. You should follow this structure:
- Introduce the context you are focused on
- Provide an overview of your program by running it and explaining its purpose.
- Provide a more detailed description of your code by highlighting the core
concepts applied, or the new concepts you explored. Basically, this is kind of like the comments you put in your code, but an audio explanation of the major components of your code.
- Provide me some brief feedback on the project and how I may improve it in the future.
Below is the rubric that will be used to grade the video presentation of your code. The core programming concepts I refer to are:
- Branching/Boolean
- Loops
- Functions
- Classes
- List/Dictionaries/Tuples
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Poor |
Good |
Great |
Clear Description of the Context |
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Clear Presentation of How the Program Works |
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Adequate Comments |
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Organization of Code |
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Feedback to me about the project |
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Code Submitted on Canvas |
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Total |
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20 |
* If you choose to learn something new that was not covered in class, you do not need to use/apply 3 concepts learned in this class. Pushing yourself to learn something new on your own will earn you the 10 points possible for this component of the project. |
2) A short description of your project that you will give to the class during our final timeslot. The presentation should be between 2.5 and 3.5 minutes long and can include screenshots of your data and the output of your code or a video demonstration of what your program does.