Implemented a UI for a user to play the Prisoners Dilemma game. The game mode is provided through a dropdown menu, the user can also select from a file with preset choices for the computer. For user experience, parts of the screen are gray out during the game to focus the user on where to play the game. Results are store in a file and displayed once the user requests it.

This project took advantage of Java multithreading capabilities. User is able to create unique (objects) balls of different sizes and colors. Each ball has its own speed and bounces around the screen independently by being a signle thread in the program. We are able to sort through the objects and change their speeds, cut and paste, and delete. We can also export the balls to a file and import them back into the program.

This project is a mock app that allows a cellphone repair shop track and uodate repair information. The app connects to real online MySQL database and retrieves and stores its data there.
The user is presented with a form to enter a new repair order or the user can simply choose from a category from the navigation menu at the bottom. The repair tickets have status' and are categorized accordingly in the nav menu.
Once the user selects a category to get the repair from the user can updated the repair ticket's status, price and add comments. When the user updates the order the order gets updated in the database and the panels are refreshed to update with the new data from the datase.

Programmed a microshell in C++ that is able to take user input and process it accordingly. When the microshell is run the user is shown a shell input where the program waits for the user to type a command. Once the command is type we run the user's input and check if they want to do a single process or maybe they want to pipe something so we do multiple processes. The program is able to use piping in the example, we display an usorted list then pipe the output to a sorting function and we get a sorted list. If there are process errors we are able to catch them and display them accordingly. To quit a special command was coded and the user can quit with either 'q' or "quit".

Programmed a simulated process scheduler to handle requests made by a list of processes. The list includes the name of the process, its execution period, the amount of input and output time it needs and when to terminated. We count CPU bursts and I/O bursts and record the data to print a detail summary at the end. We use the processes given priority to executed when the CPU has other processes waiting. All of the processes "objects" are handle with deques, to make it easier to push, delete and edit process information.

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This website is a tool for the employees of GMW to be able to track customer orders, sales goals, repairs tickets and more. It also serves as a point where management can store financial information and run reports for the time period they like.

The website's interface is build with bootstrap and was deployed with multi-device usage in mind. The employee can login through a tablet, phone or desktop and be able to navigate the website without a compatibility problem. In the backend the data is process with PHP and stored in MySQL databases. Through out the website jQuery is run and for smooth data input/output Ajax is used.

Having security in mind the website is protected from SQL-injection attacks or just simple employee typos. Storing passwords and customer data should always be a security concern no matter the size of the company. The users passwords are stored and access using PHP's password hashing functions.

The page counts with an auto-logout javascript code where if there is not activity the users account is closed by closing the PHP session. Every time the user logins it creates a random security token that is store in the database. This token is periodically check for and if the user logins from a different device the token is changed and previous sessions auto logouts due to having different tokens.

The employees are created with titles and certain pages only allow for access to certain titles. Like the financial page only allows for managers to access it or the sales page can not be access by technicians.

As a previous employee of the company I knew the kind of tool that was necessary for everyday use and what was the most necessary. Building this website onsite was crucial as I was able to get immediate feedback from the employees and correct errors within minutes. This was the project that has given me the most experience and thus far the most fun.