Welcome to my portfolio! Here, you can get a closer look at my journey as a computer engineering student at the University of South Florida and discover the projects and passions that drive me.
I am currently in my third year and have a keen interest in Artificial Intelligence, machine learning, and hardware. With experience from a summer 2023 internship, I developed a mobile portal for construction workers using Flutter. I am also actively involved in the Society of Aeronautics and Rocketry (SOAR), where I contribute to projects involving control systems, data acquisition systems, and RF control systems to support our liquid propulsion rocket engine development efforts.
In my spare time, I enjoy deepening my understanding of Data Structures and algorithms, and I am currently exploring robotics topics such as rigid body transformations and forward kinematics. I also work as a mail and desk clerk for USF Housing & Residential Education, where I have built strong interpersonal and organizational skills while assisting fellow students.
Thank you for visiting my portfolio! I am excited to share my accomplishments and connect with others who share my interests.
Here is a link to my resume. Check it out!
This is a student-led liquid propulsion rocket engine designed to produce 250LB of thrust. As the EECS Lead, I manage the integration of electronic systems, including load cells for thrust measurement, pressure and temperature sensors, and RF systems for remote ignition and monitoring. This project allows me to apply my skills in control systems, embedded systems, and sensor integration in a hands-on, collaborative environment
This project involved designing a 24x24-bit array multiplier using CMOS technology and Carry Save Adders (CSAs) to optimize performance while minimizing area constraints (751.95 µm x 891.65 µm). Using Cadence Virtuoso, I developed a hierarchical layout, incorporating signal boosters and bus bars to ensure power distribution and signal integrity across the chip. The design underwent DRC and LVS validation, ensuring manufacturability and compliance with CMOS fabrication standards. Through this project, I gained hands-on experience in VLSI design, circuit simulation, and hardware optimization.
(Image coming soon...)
This is an IoT-based home automation system designed to enhance convenience and efficiency in a smart living space. Using IR control and PIR sensors, the system automates room lighting and fan operation based on presence detection. A custom-built mobile app provides remote control, while an ESP32 microcontroller manages embedded firmware for real-time responsiveness. I am currently working on RTOS integration to improve task scheduling and developing voice activation and machine learning-based automation for enhanced user experience. This project highlights my skills in embedded systems, control systems, and IoT development.
This is a blog website I developed that gives users a simple and secure way to share their thoughts and engage with content online. Using Flask and RESTful APIs, I developed features like creating, editing, and deleting blog posts, all backed by a Postgres database. I also implemented user authentication with password hashing to keep user data safe. The website is deployed online, making it accessible and scalable. This project reflects my hands-on experience in web development and my focus on building practical, user-friendly applications
This is an app I developed during my Summer 2023 internship at Hassan Allam Technologies. It's main purpose is to give employees more access such as notifications about upcoming events, requesting sick leave and signing-in and out. I did it's implementation completely individually using the flutter mobile development environment. The links below show more about the project, however, it is still in progress and I will still add more functionalities and complete the intended purpose. The app is not yet deployed so the google drive link below contains snapshots of development progress as well as videos of the app's functionalities.
(Testing and development snapshots)
This is a fully-functional news app I developed using APIs and the flutter development environment. It has theme changes such as switching from light to dark mode. It also updates and refreshes to get the latest news thanks to the integration of APIs into the app. The app is complete but not deployed so the google drive link below shows snapshots from its testing and development progress. Its github link is in the other projects section below.
(Testing and development snapshots)
This section lists some unfinished projects that have either been not deployed or do not have any links or snapshots.