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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/

I created an optimal protein and water intake calculator by prompting AI with the exact specifications and formulas needed to complete the task. The idea was to take the persons weight and estimated activity level and find their own personal protein and water goals per day.

 

This project was developed entirely by an AI and consists of a single-page web application featuring two distinct, interactive financial tools: a Loan Repayment Calculator and a custom Bond Price Calculator. The Loan Repayment Calculator determines the monthly payment and total interest paid for a standard loan, given the principal, term, and APR. The Bond Price Calculator computes the present value (current market price) of a bond and its market status as a premium, discount, or par bond, based on its face value, coupon rate, and current market yield. The entire application is self-contained within a single HTML file, which includes all necessary HTML for structure, CSS for custom styling, Bootstrap 5 for a responsive layout, and client-side JavaScript with jQuery to handle user input, perform all financial calculations, and dynamically update the DOM with the results.

In this project, we are asked to use AI to create two special-purpose calculators. A “special purpose” calculator is a web application that takes one or more inputs and generates a useful result.

https://misdemo.temple.edu/tuu14221m/project/