My Projects

Personal Projects

This Resume!

1. This resume is my first HTML5 project! I am using this project to learn and understand the fundamentals of HTML5.
2. A HTML script was created in VS Code.
3. A folder was created for assets such as images.
4. Another folder was created to hold the other html pages that the main resume would link to.
5. Each page was filled with the appropriate content. The pages were formatted and hyperlinked using HTML5 tags.

Password Manager

1. A basic password manager script was initially created using PyCharm. Initially, the script prompted the user to enter a master username and password to access the password manager. After validation of the password, the script allowed the user to add passwords to a storage, view the passwords in the storage or quit the program.
2. If the user input the master password incorrectly 3 times, the script would record the date and time as a breach in a separate file.
3. The feature to delete a password from the password storage was added next.
4. The view password feature was then upgraded so the user could either view a single password or all of the stored passwords.
5. The next feature to be added was a strong password generator, which would generate another password if the user asked it to.
6. The view password and delete password features were updated to let the user know if a password did not exist. The ability to cancel an action was aslo implemented.

University Projects

Third Year Individual Project

• The title of this project was “Forecasting Geomagnetic Storms Using NARX Neural Networks” and a brief was provided.
• A Gantt chart was created to aid in planning the project and research.
• Research was conducted for the topic background and current methods of solving the problem.
• Data was imported, preprocessed and cleaned in Excel.
• A NARX algorithm was created in MATLAB to predict future output values given past input values.

Robot Manipulator Team Project

• A model of the robot manipulator was created in MATLAB.
• Forward kinematics were explored to calculate the transformation matrix of the manipulators home position.
• Inverse kinematics were explored to test the end position of the manipulator, given that the joints had random configurations.
• Different forms of motor jogging were explored to perform coordinated movements.
• The robot arm manipulator was programmed to pick up cubes and other foam shapes from one space and place them in a specified configuration.