Who Am I ?
I’m a computer engineering student passionate about building innovative embedded systems, designing efficient software, and crafting seamless digital experiences. My work bridges hardware and software development, allowing me to create high-performance, reliable, and scalable solutions across various domains, from embedded programming and cybersecurity to data science and web development. Currently, I’m pursuing a Bachelor of Science in Computer Engineering at Florida State University, minoring in Computer Science, with a strong focus on IT support, embedded systems, computer architecture, and artificial intelligence. I’ve worked on projects involving joystick-controlled stepper motors, VGA controllers for FPGA boards, and real-time client-server communication systems, applying both low-level programming and high-level software engineering principles. In the past, I’ve contributed to STEM education as a tutor, helping students strengthen their understanding of programming, data structures, algorithms, and digital logic design. I’m also actively involved in IEEE, DevLUp at FSU, and FGLSAMP, where I engage in hackathons, research, and mentorship programs to expand my technical expertise and collaborate with like-minded peers. In my free time, you’ll find me exploring new programming languages, diving into cybersecurity challenges, refining my hardware design skills, or enjoying anime and Korean dramas.
What I Do ?
Develop and program microcontrollers for real-time and embedded systems.
Design and implement software applications using multiple programming languages.
Build and test digital and embedded hardware systems.
Create clear and precise documentation for technical projects and research.
Develop interactive and responsive websites using HTML, CSS, and JavaScript.
Analyze and interpret data to extract meaningful insights and improve decision-making.
Configure, troubleshoot, and optimize computer network systems.
Implement security measures to protect systems and data from cyber threats.
What I can do ?
Recent Projects?
Developed and implemented an autonomous navigation algorithm for the TI-RSLK MAX robot using the MSP432 microcontroller. Programmed the robot in C to follow a predefined maze using sensor feedback and real-time decision-making. Integrated motor control, line sensor readings, and bumper switch inputs to guide movement without human intervention. Optimized timing and control logic to ensure reliable navigation and obstacle handling. Successfully completed certification runs, demonstrating strong skills in embedded systems and real-time programming.
Designed and implemented a motor controller using the MSP430 Launchpad and Booster Pack MKII. Developed a joystick-based interface for precise directional and speed control of the stepper motor. Integrated debugging functionality to monitor and optimize motor performance in real time.
Developed a real-time client-server communication system using socket programming in C. Implemented bidirectional messaging for seamless data exchange between server and client applications. Optimized system efficiency and reliability using non-blocking I/O and multi-threading techniques.
Developed a VGA controller for the DE-1 FPGA board, displaying dynamic colors on a monitor. Designed and implemented logic to generate video signals and control screen resolution. Integrated a 7-segment HEX display to process and visualize user inputs in real time.
Built a simple calculator using HTML, CSS, and JavaScript. User-friendly interface with clickable buttons. Real-time display updates as buttons are pressed.
Developed a program to convert numerical values to words. Supports conversion of both small and large numbers. User-friendly interface for easy input and output.
Feel free to reach out! Whether you have a question, a project idea, or just want to connect, I'd love to hear from you. Drop me a message, and I’ll get back to you as soon as I can!