Search Results for: JavaScript

In this project, I utilized AI to create a code for a special-purpose calculator. With the use of JavaScript, jQuery, HTML, and more, a specific prompt was provided for the AI chatbot to use to create the code needed. Through this, I was able to gain knowledge on how to be as thorough as possible when providing prompts and information to AI in order to get the best results possible. I also learnt how to edit the code in order to personalize it even further for the best results.

For my MIS 2402 final project, I developed two web-based special-purpose calculators using HTML, CSS, JavaScript, jQuery, and Bootstrap. The project was sponsored by the MIS department and supervised by Professor Laurel Miller.

The first application I built was a Loan Repayment Calculator that determines monthly payments and total interest based on user-inputted loan amounts and APR. For the second part of the project, I independently designed and coded a GPA Projecting Calculator. This tool allows students to input their current cumulative GPA and credits alongside their expected semester performance to visualize how their current grades will impact their long-term academic standing.

Through this activity, I learned how to effectively use AI prompting to generate initial code structures and then manually refined that code to ensure proper data validation and responsive UI design. I also gained experience deploying these applications to a live server environment via Bitvise.

Final class project for MIS 2402. Designed and executed HTML, CSS, and Javascript to create commuting cost calculator and loan repayment calculator. Helped reinforce topics learned in class and refine coding knowledge.

Links to the calculators:

• https://misdemo.temple.edu/tup90985k/project/
• https://misdemo.temple.edu/tup90985k/project2/

I used AI to build two web calculators using HTML and JavaScript. The first one was a loan calculator that finds the monthly payment, total paid, and interest paid given the loan amount, the term of the loan in years, and the APR percentage. The second one was my own idea, a subscription value calculator that shows yearly cost, cost per use, and per hour, and gives a rating from Excellent to Poor. It’s meant to help people see if their subscriptions are really worth it. Overall, this project helped me get better at using AI and fixing and debugging code.

This project was for my MIS2402 Web Application Development class. For the first part of the project, I utilized AI-generated code to help me develop HTML for a loan repayment calculator where we are able to calculate monthly payments, total amount paid, and total interest paid based on loan amount, loan years, and APR%.

Additionally, I utilized various coding techniques taught in class by professor Miller such as HTML, CSS, JavaScript, and jQuery to create an investment growth calculator. This calculator helps individuals who seek to estimate how much investment they’ll gain overtime on a specific amount of money added, considering monthly contributions, annual interest rate, and number of years. Someone may want to use it for long-term saving goals such as retirement plans or for planning on opening a CD account. With the different input boxes for each section, this calculator will accurately calculate the final balance along with how much has been added over time and interest earned.

Loan Repayment Calculator: https://misdemo.temple.edu/tus58726a/project/

Investment Growth Calculator: https://misdemo.temple.edu/tus58726a/project2/

 

For this project, I developed a retirement readiness tool built using HTML, CSS, JavaScript, jQuery, Bootstrap, and Chart.js. It helps users see if they are on track to meet their retirement goals. The tool collects 10 inputs related to age, finances, and goals, with 3 of those inputs (expected annual return, inflation rate, and safe withdrawal rate) pre-filled using historical averages but still customizable. Using these inputs, it projects future savings and compares them to the amount needed for retirement. It then shows whether the user is on track, highlights any surplus or shortfall, estimates projected monthly income, and provides recommendations. A visual chart showing the user’s projected portfolio growth over time is also included. People would want to use this calculator because retirement often feels distant and uncertain, but they still want a clear sense of where they stand. Since everyone’s situation and goals are different, this tool offers a personalized and straightforward way to plan without having to pay for a financial advisor.

Completed an MIS 2402 project in which I built two web-based calculators using HTML, CSS, JavaScript, jQuery, and Bootstrap. The first was a loan repayment calculator, and the second was a balance transfer payoff planner. I focused on input validation, clean design, and accurate financial calculations.

Project URLs:

Loan Calculator: https://misdemo.temple.edu/tun67076y/project

Balance Transfer Planner: https://misdemo.temple.edu/tun67076y/project2

https://misdemo.temple.edu/tut65024t/project2/  

https://misdemo.temple.edu/tut65024t/project/

The web development project is a part of my web app course work at Temple University in which I utilized HTML, CSS, JavaScript, jQuery, and Bootstrap and AI tools to develop two special-purpose calculators. I designed and tested my own calculator of a loan repayment and a more personalized calculator, concentrating on accuracy and easy-to-use design. The project enabled me to advance my coding abilities, problem-solving, and possibilities to use AI in creating actual web applications.

For my Web Application Development Project at Temple University, sponsored by Professor Laurel Miller, I developed two special purpose web calculators (Loan repayment, Water intake) using HTML, CSS, JavaScript, jQuery, and Bootstrap. The project focused on applying front end development concepts to build functional, user friendly tools that handle both valid and invalid user input without using browser alerts or prompts. I was responsible for designing the layout, implementing the calculation logic, and testing the applications in a live server environment. Through this project, I strengthened my understanding of JavaScript event handling, DOM manipulation, and building web applications based on real academic requirements.

The Student Loan Affordability and Payment Calculator is designed to help students make more informed financial decisions. It was developed using HTML and JavaScript techniques taught in the class for the final project.  The tool evaluates loan affordability through debt-to-income ratio analysis and generates personalized repayment insights. It also compares the costs of traditional international bank wire transfers with USDC stablecoin transfers for expenses such as tuition, highlighting potential savings. Overall, this solution enables students to assess how much they can realistically borrow while identifying the most cost-effective method for managing cross-border education payments.