Phuc Nguyen

As a second-year IT student, I am currently honing my skills in Java and HTML with the aspiration of becoming a proficient web developer. While I have limited experience, I am committed to continuous learning and furthering my expertise to excel in this field. I am dedicated to putting forth my best effort in order to achieve optimal results.

• This project centers around developing a program to simulate the launch of a custom-named rocket in celebration of the Artemis mission. The program computes key metrics regarding the rocket's journey, including the duration it takes to reach the moon from Earth, the number of lunar orbits completed in 19 days, the total distance traveled during lunar orbits, and the overall distance covered for the entire round trip. The user is prompted to input details such as the rocket's name, speed during travel to the moon, distance to be covered, height of its lunar orbit, and speed during orbit. For instance, in the provided sample run, the rocket named "Ken-11" is estimated to take approximately 2.12 days to reach the moon, cover around 283,246 miles per lunar orbit, complete roughly 1.61 orbits in the 19-day mission, and accumulate a total distance flown of 1,016,000 miles.

• This project is about making a computer program to figure out how much income tax you owe in 2023. You put in numbers like how much money you earned, interest from savings, and dividends from stocks. It also asks if you're married or single and if you have a special flag (like being friends with a professor) that might affect the taxes. The program then does a bunch of calculations. First, it adds up all your earnings to get your total income. Then, it checks if your income is too high for a certain tax form. If it is, it says there's an error. If not, it checks if you're a friend of a professor; if you are, it says you don't owe any taxes. Next, it figures out deductions based on whether you're single or married, and then it calculates the amount you need to pay taxes on. It uses a table to find out how much tax you owe, rounding it up to the nearest dollar. Finally, it tells you if you're getting a tax refund or if you owe taxes, along with the amount. Some example situations are given to show how the program works.

• In this project, a professor is teaching three sections of a Programming 1 class with varying student counts. After administering the first exam, the professor needs to compute metrics for each section and for all sections combined. These metrics encompass average test score, median score, minimum and maximum scores, along with standard deviation. The professor must conduct research to implement these calculations. Scores for each class section are provided as input and stored in arrays. Specific methods are created for these computations, ensuring they provide results without direct output. The use of Java ArrayLists and built-in methods for calculations is not allowed. The main program then utilizes these methods to retrieve and display the desired metrics.