Projects in Numerical Analysis

January 2021

As a student in Ship Automation Systems course, I have worked on a project that involves the implementation of a PID (Proportional-Integral-Derivative) controller using Matlab. This project has given me a deeper understanding of the principles of control systems and how they are applied.

In this project, I learned how to design and implement a PID controller, how to simulate using Matlab and how to analyze the results to evaluate the performance of the controller. The use of Matlab allowed me to visualize the results of the controller in a graphical format, making it easier for me to understand the underlying principles and to identify areas for improvement. This project has also helped me develop my problem-solving skills as I had to troubleshoot various issues that arose during the implementation process. Overall, this project has provided me with an experience in control systems and has given me a deeper appreciation of the practical applications.

May 2020

As a student in Applied Mathematics course, I had the opportunity to work on two exciting projects. The first project involved creating a Fourier series with Scilab software. This project provided me with a solid understanding of Fourier analysis and its applications in real-life situations. I learned how to represent a periodic function as an infinite sum of harmonically related sinusoidal functions, and how to use Scilab to perform these operations.

In the second project, I focused on the application of the Simpson method for numerical integration. This project allowed me to learn how to use the Simpson method to approximate the definite integral of a function in real-life conditions. The project emphasized the importance of numerical integration in various fields, such as engineering and physics, and how it can be used to solve complex problems. I gained hands-on experience in applying the Simpson method to real-life examples, which further reinforced my understanding of the concept.