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Hi 👋, I'm Jayamadu Gammune

Third-Year Undergraduate in Biomedical Engineering, University of Moratuwa


As a passionate third-year undergraduate majoring in Biomedical Engineering, I am at the forefront of merging technology with healthcare solutions. My academic journey at the University of Moratuwa has fueled my interests in cutting-edge areas such as prosthetics, exoskeletons, robotics, medical instrumentation, and wearable electronics. I am driven by the potential to innovate within these fields, applying my growing expertise in product design, programming, image processing, and app development to create impactful solutions.

My focus lies in developing advanced prosthetics and exoskeletons that can significantly improve the quality of life for individuals with mobility challenges. I'm equally enthusiastic about pushing the boundaries of medical robotics, designing precise and minimally invasive systems for surgical applications. In the realm of medical instrumentation, I'm working towards creating more accurate, efficient, and user-friendly devices. Additionally, my passion for wearable electronics drives me to explore how we can seamlessly integrate health monitoring into everyday life.

Through hands-on projects, rigorous academic coursework, and collaborative research opportunities, I am building a strong foundation to contribute meaningfully to the biomedical engineering field. I am committed to continuous learning and staying abreast of the latest technological advancements. My goal is to bridge the gap between engineering principles and healthcare needs, developing innovative solutions that have a tangible impact on patient care and medical practices.

Areas of Interests:

  • Prosthetics and Exoskeletons
  • Robotics and Automation
  • Medical Instrumentation
  • Wearable Electronics
  • Product Design
  • Biomedical Image Processing
  • Healthcare App Development

Tech Stack & Tools:

Python C++ C MATLAB Arduino Node.js Visual Studio Code Raspberry Pi Altium SolidWorks OpenCV HTML5 CSS3 JavaScript Proteus Wolfram Alpha

Let's Connect!

I'm always eager to collaborate on innovative biomedical projects, discuss the latest advancements in the field, or explore potential research opportunities. Feel free to reach out through any of the following channels:

Primary Contact

📧 [email protected]

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Jayamadu Gammune's Projects

assembling-part icon assembling-part

This is the semester 4 Engineering Design Realization Project of Electronics and Telecommunication Department University of Moratuwa

cctv-human-tracker-opencv icon cctv-human-tracker-opencv

This project demonstrates human detection and tracking using OpenCV and Tkinter. The user can select between a webcam and a video file as the source. The application uses a HOG descriptor for human detection and the CSRT tracker for tracking. It's a simple and effective way to explore computer vision techniques.

dream_guard-biomedical_sleep_inducer icon dream_guard-biomedical_sleep_inducer

Dream Guard is an innovative biomedical device designed to improve sleep quality by utilizing non-invasive techniques to alter brain activity and promote sleep. The primary goal of Dream Guard is to provide a portable, cost-effective solution for individuals suffering from insomnia.

dsa-sem4-labs icon dsa-sem4-labs

These are the labs of Data Structures and Algorithm module of Semester 4 of University of Moratuwa

fall-detection-open-cv icon fall-detection-open-cv

A real-time fall detection system using OpenCV and a pre-trained HOG descriptor for human detection. This project captures video from a webcam, detects humans, draws stick figures around them, and identifies falls based on changes in aspect ratios and positions.

hand-gesture-detector icon hand-gesture-detector

The Hand Gesture Tracker is a real-time hand gesture recognition system using OpenCV and Mediapipe.

hole-centering-tool icon hole-centering-tool

This is a real-time vision-based tool designed to assist in precisely aligning holes with a crosshair on a screen. Using a webcam, the tool detects circular shapes (holes) and provides feedback to adjust the device so the hole is centered on the crosshair, ensuring accurate alignment for various applications.

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