More About Air Traffic Controller Application

• A fully interactive application that allows users to create and view their tickets

• The application stores and retrieves customers, tickets, and airports from different databases

• The databases were made simple and used consistent formatting

• Part of a Software Modeling and Design Semester Long Project

• Created as a shared GitHub Project

• Designed based on UML diagrams and GRASP design patterns created by a team

What was Learned

• Learned about creating menu objects and allowing interaction with them

• Used custom Scanner classes to manage the transfer of data between the program and the databases

• Created multiple threads to allow for asynchronous operations as well as unique visuals

• Managed the development process and instructed team members on solutions

• Handled and resolved merge conflicts between various git branches that were created

• Used extensive debugging and error checking to find and test for issues with the logic

• Used Exception Handling to prevent a user's invalid entries from corrupting the program

• Implemented action listeners so the user can interact with objects

• Made the experience unique to every user by gathering data on every customer

• Used parsers for assigning format to date objects

More About Mario With A Gun

• Project submitted for a hackathon competition

• Created with a group in Python using Pygame

What was Learned

• Used Sprite sheets to animate the player and enemies

• Learned more about Pygame and how you can use external platforms in conjunction with a programming language

• Learned how to create logic for movement of player and developed in game collision physics for background objects and enemies

• Worked with a team to complete the project

• There was a limited deadline, and the team was forced to make changes to cater to this deadline

• Implemented external custom resources such as soundtracks and visuals

More About Word Search Game

• This project is an extension to the Boggle Word Search game created for a Java II Class

How the Project was Expanded and What was Learned

• Learned how to create graphical interfaces using JFrames

• Used action listeners to make the program interactable

• Used Exception Handling to deal with invalid user entries

• Used visuals and sound effects to make the experience complete

• Made the values in the word search table customizable

• Allowed the user to choose different table sizes as well as use different Lexicon listings

What was Learned in the Original Class Project

• Used Lexicon dictionaries and stored the values into a Sorted Set of strings

• Used a depth first search algorithm to search for valid words on the generated board

• Used 2 dimensional arrays to create the board

• Used various functions for checking what neighbors existed near the current position

• Used a scoreboard to keep track of the users correct responses