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At the end of the semester I worked with AI tools to combine what I learned in Web Application Development and the structure of javascript to use AI tools to build an application. The application I built was a specialized calculator specifically to track subscription metrics and calculate spending across different intervals to allow users to see their total spending across subscription platforms. I used the debugging tools that I learned in MIS 2402 to not just let the AI create a solution for me but to also make changes and develop the application in collaboration with the AI agent as a resource rather than letting it do all of the work and not understanding what it did. I used skills like prompt engineering and the coding we practiced in class to successfully finish this project.

Stock P/L Calculator

For the course web application my task for a project sponsored by my professor Laurel Miller was to create a special purpose calculator. My special purpose calculator is a P/L (profit/loss) day calculator for the stock market. What you do is enter the ticker of your desired stock and then the current price, previous closing price, and the number of shares you have or wish to invest in. Why would anyone want to use it?, I’m a trading analyst, so I myself and anyone who is involved in the market would want to use this to analyze the performance of a stock if they wish to acquire it, for example, when doing market analysis on future stocks you wish to add to your portfolio by plugging in the calculator you get to see how it performed as if you were in a position that you already had it. This is very useful for market analysis and deciding if you want to buy it or not and also seeing how much you would have made or lost if you had it. Also if you had a stock at 10 shares and you wish to increase it you can plug in how much you would have
made that day with 15 or 20 shares to try and maximize ultimate portfolio gain.

This web app serves as an automated ROI tracker that bridges the gap between historical market data and personal investment strategy. By integrating the CoinGecko API and TradingView analytics, it allows users to instantly calculate their cost basis from any past purchase date and visualize their portfolio’s performance against the US Dollar. It’s designed to transform blockchain data into actionable financial insights through a streamlined interface.

With this project, I was instructed by my professor, Laurel Miller, to utilize AI in order to create two special-purpose calculators on the web. First, my professor wanted me to use AI to create a Loan Repayment Calculator. Then, she wanted me to come up with another special-purpose calculator to create on my own, and I opted to make a GPA calculator. It was designed to calculate an individual’s new estimated GPA after entering their current GPA, current number of credits completed already, and the grades/credits of the classes they just completed. After completing this project, I gained further knowledge of HTML, JavaScript, and jQuery, as well as how to utilize AI in a way that makes it work with you, rather than for you.

Developed two financial web calculators — a Loan Repayment Calculator and a ROAS (Return on Ad Spend) Calculator — as part of a web development course project. Each application was built in a single HTML file using HTML, CSS, JavaScript, Bootstrap 5, and jQuery. Key features include amortization-based payment calculations, ad spend break-even analysis, dynamic results rendered via jQuery DOM manipulation, and responsive Bootstrap grid layouts with client-side input validation.

I completed my Final Project for this class with 100/100 – MIS 2402 002 Section

https://misdemo.temple.edu/tun95787p/project/

https://misdemo.temple.edu/tun95787p/project2/

For my final project in MIS 2402, I was instructed to create a loan repayment calculator and my own special-purpose calculator by using the help of artificial intelligence. For my own special-purpose calculator, I created a GPA calculator. For both of these calculators, I used the artificial intelligence program “Claude” to help me.

My special purpose calculator calculates investment growth when given an initial investment in dollars, annual interest rate, and a set number of years. After these inputs are entered my calculator then computes it and returns Future Value, Interest Earned, and Overall Growth. Why someone may want to use it is because it is a simple and instant way to see how any potential investment may pan out through math instantly making potential investment decisions easier and more efficient. What I learned through this project is how to effectively code and implement certain mathematics in order to see correct results for investment growth. 

Link to the project: https://misdemo.temple.edu/tut31235s/project2/

I designed two special purpose web calculators using HTML and JavaScript, with an emphasis on real world usability. The first application was a loan repayment calculator that accurately computes monthly payments while validating user input and handling errors without relying on browser alerts. For the second application, I independently created a light-pollution and night-sky visibility calculator that estimates local Bortle class and illustrates how outdoor lighting contributes to skyglow and energy waste. This project strengthened my skills in JavaScript logic, form validation, UI design, AI-assisted development, reinforcing the importance of building tools that translate technical work into meaningful, real world insight.