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Sanugiw/README.md

Sanugi Dilara Wickramasinghe

I am a Third-year Biomedical Engineering undergraduate at the Department of Electronic and Telecommunication Engineering, University of Moratuwa, maintaining a CGPA of 3.9/4.0 with consistent placement on the Dean’s List for academic excellence. I am passionate about solving complex healthcare challenges through interdisciplinary approaches that combine Mathematics, Physiological Modeling, Bio Signal Processing, and Machine Learning.

My academic journey is defined by hands-on experience in developing medical devices and intelligent software systems that enhance diagnostic precision and clinical efficiency. With a strong foundation in hardware integration, algorithm development, and user-centered design, I strive to create accessible, impactful solutions that advance patient care and global health. My key projects include X-Hale (a portable spirometer with mobile app integration), ML Integrated Table Mounted Fundoscope, Dual Mode Analog Thermometer, and MediBox (an IoT-based medicine reminder).

Beyond the classroom, I am actively involved in leadership and technical roles within several organizations including the Electronic Club, IEEE EMBS Student Branch Chapter of University of Moratuwa, IEEE Student Branch of University of Moratuwa, and AIESEC in University of Moratuwa. These experiences have helped sharpen my communication, project management, and team collaboration skills.

I am continuously seeking opportunities to engage in research, collaborate on multidisciplinary projects, and explore how emerging technologies can be translated into real-world biomedical solutions.


Tech Stack & Tools

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GitHub Analytics

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  1. Dual-Mode-Thermometer Dual-Mode-Thermometer Public

    A dual-mode temperature measurement device designed using only analog components.

    AGS Script 1 3

  2. X-Hale X-Hale Public

    Forked from Blazer2020/X-Hale

    Smart, portable spirometer with real-time lung function analysis and mobile app integration for accessible respiratory health monitoring.

    Dart 1

  3. Medi-Box Medi-Box Public

    Arduino-based medicine reminder system to monitor environmental conditions and ensure safe medication storage and timely intake reminders.

    C++

  4. Modelling-and-Analysis-of-Physiological-Systems- Modelling-and-Analysis-of-Physiological-Systems- Public

    Simulations of physiological systems, covering lungs, heart, neurons, and disease models, with reports, done as a part of the BM2102 - Modelling and Analysis of Physiological Systems module.

    MATLAB

  5. Table-Mounted-Funduscope Table-Mounted-Funduscope Public

    A stationary retinal imaging system that reduces motion artifacts to capture clearer images and uses machine learning to classify the severity of diabetic retinopathy.

    Jupyter Notebook 2

  6. Image-Processing-and-Machine-Vision Image-Processing-and-Machine-Vision Public

    This repository contains my work done for the module EN3160 Image Processing and Machine Vision.

    Jupyter Notebook