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For my Web Development coursework, I designed and implemented a Daily Water Intake Calculator using HTML, CSS, JavaScript, jQuery, and Bootstrap. This project involved building a fully responsive interface and creating a calculation tool that determines an individual’s recommended daily water intake based on weight and activity level. I was responsible for the full development process, including UI structure, layout design, user input validation, and implementing the calculation logic using JavaScript. Through this project, I strengthened my front-end development skills, gained hands-on experience manipulating the DOM with jQuery, and improved my ability to create user-friendly interfaces with Bootstrap. This work helped me build confidence in translating real-world requirements into functional web applications.

My calculator calculates the growth of an investment over time with monthly contributions. Calculates
the monthly compounded future value of an annuity given the initial investment, monthly contribution,
annual interest rate, and number of years. People would use this calculator for financial planning. I
thought of this calculator because of my accounting class when I was calculating the present value of
annuity. This calculator will help users determine if they have enough money saved to reach their
financial goals using the future value of their money.

https://misdemo.temple.edu/tus60654j/project2/

The goal of this project is to get additional hands-on experience in data analysis and reinforce the concepts and methods covered in class.

For this project, we should find a new suitable dataset on the internet (that was never used in the class before) and apply Decision Tree analysis to build the prediction of the outcome variable. The process should be very similar to the regular assignment on Decision Trees (i.e., start with the same Jupyter Notebook) but applied to a new datase.

Built two fully functioning JavaScript based calculators, a loan repayment calculator and a daily calorie intake calculator. User friendly tools like HTML, CSS, Bootstrap and jQuery aided in the making of these calculators.

With an interactive design and being user friendly, they were able to accurately compute financial information like loan payments and manage people’s health like advising on a specific amount of calories to maintain based on your specific body composition.

Understood how to validate user input and prevent missing values through custom form error handling.

Gained confidence in using A.I tools as coding partners to generate, edit and troubleshoot functional web applications.

 

For this project we had to use any sort of generative AI website like ChatGpt or Gemini to create two calculators for different uses.

The goal of this project was to create two special-purpose calculators with the help of AI. Through using AI, I  created both a loan repayment calculator and a custom special-purpose calculator of my choice. From this project, I learned how to effectively interact with AI to design specialized tools.  I also applied coding skills from class to design my own special-purpose calculator, which allows users to calculate their total expense for a Disney trip and determine the amount they need to save each month for their trip.

https://misdemo.temple.edu/tus44194w/project/

https://misdemo.temple.edu/tus44194w/project2/

The Cybersecurity Risk Cost Calculator is a web-based tool that helps organizations estimate the potential financial impact of a data breach and the savings from cybersecurity investments. By entering data such as the number of compromised records, cost per record, downtime hours, and price per hour, users can quickly see the total breach cost and how much risk reduction a security investment could provide. This calculator translates technical cybersecurity risks into clear financial terms, helping managers and IT leaders make smarter, data-driven investment decisions.

For this final project, I used an AI chat tool to help me design and build two special-purpose web calculators using HTML, CSS, JavaScript, jQuery, and Bootstrap, then deployed them on the MIS demo server. For Part 1, I followed the required AI prompt to generate a loan repayment calculator, copied the AI-generated code into my index.html file in my finalproject folder, and then debugged and refined it so it worked correctly at:

https://misdemo.temple.edu/tuq10109s/finalproject/

I made sure it calculates the monthly payment, total amount paid, and total interest for a loan, validates user input, avoids JavaScript alert() and prompt(), and displays helpful error messages and results in a clean Bootstrap layout.

 

For Part 2, I created my own unique special-purpose calculator and hosted it at:

https://misdemo.temple.edu/tuq10109s/finalproject/nbacalc/.

Instead of reusing a class example, I edited the AI prompt to build a recovery and risk assessment tool for ACL injuries. My custom calculator collects information about a person’s ACL injury and uses that input to estimate where they are in the recovery process, how appropriate their current training load is for that stage, the risk level of their knee, and suggestions on how to move forward. I again tested and adjusted the code to ensure it responds appropriately to both good and bad input and presents clear, user-friendly feedback. Overall, the project showed that I can combine my own coding skills with AI-generated code to design, deploy, and refine practical web applications.

In this project, I used an AI prompt to help create a special purpose calculator that calculates percentages of a monthly income to be set aside for certain uses (groceries, school spending, etc.). This was a fun project and it helped me better understand how different aspects of code work together to create a final page. Coming up with an idea for a special use calculator was also interesting because there are so many different possibilities.

https://misdemo.temple.edu/tuq60667j/project2/

 

 

The project was to create two special-purpose calculators using an AI platform. The first calculator was standard – a loan repayment calculator. The second calculator was one of the students’ choices. I chose to create a SIP calculator that accepts user inputs for monthly investment, expected rate of return, and a time period. The calculator yields the total made from investing with the mentioned inputs. I learned about AI’s ability and how quickly it can read prompts and generate hundreds of lines of code. I also learned about prompts that are effective enough to develop the necessary code.

 

https://misdemo.temple.edu/tur31478t/project2/