About
I am a third-year Biomedical Engineering undergraduate at the Department of Electronic & Telecommunication Engineering, University of Moratuwa. I focus on applying mathematics, physiological modeling, biosignal processing, and machine learning to build accessible medical technologies. My experience spans analog & embedded hardware, algorithm design, and user-centered interfaces across collaborative team projects.
I am motivated by translational impact: reducing barriers to diagnostics and monitoring through intelligent, low-cost, and portable systems. I continuously explore pathways that merge rigorous modeling with practical prototyping for real-world clinical contexts.
Skills
Projects
X-Hale – Portable Spirometer
Handheld spirometer measuring exhaled airflow velocity with on-device FVC/FEV1 computation and mobile integration for respiratory tracking and early screening.
ML-Integrated Fundoscope
Stationary retinal imaging platform streaming fundus frames over Wi‑Fi to a web interface with machine learning inference for preliminary diabetic retinopathy assessment.
MediBox
Smart medicine reminder with environmental sensing (temperature / light) plus timed alerts to support adherence and safe storage in varied conditions.
Dual-Mode Analog Thermometer
Analog front-end thermometer with selectable body / liquid modes using thermistor bridge & instrumentation amplifier; digital OLED display module isolated from core analog chain.
Smart Trash Classifier
Edge AI waste sorting prototype employing Raspberry Pi vision pipeline & TensorFlow Lite to classify recyclable categories with real-time dashboard visualization.
UART Transceiver (FPGA)
Custom Verilog RTL UART module on DE0‑Nano enabling reliable serial data transfer; validated via simulation & hardware testbench loopback.
Handheld HF RFID Reader
Portable HF RFID reader with Wi‑Fi connectivity and app interfaces for real-time tag acquisition, logging, and asset tracking workflows.
Education
B.Sc. Engineering (Hons) – Biomedical Engineering
CGPA 3.9/4.0 • Dean's List (Sem 1–3). Core modules: Anatomy & Physiology for Engineers, Modeling & Analysis of Physiological Systems, Biomedical Device Design, Signals & Systems, Electronic Circuit Design, Data Structures & Algorithms, Differential Equations, Numerical Methods, Linear Algebra, Graph Theory.
Advanced Level Examinations
3 A’s (Combined Mathematics, Physics, Chemistry). District Rank: 8 • Island Rank: 83 • Z-score 2.5903 • 9 A’s at Ordinary Level.
Social Engagements
Honors & Awards
Dean's List Placement
Recognized for academic excellence across first three semesters.
Best Performing Matching Panelist – AIESEC
Acknowledged for outstanding contribution to international volunteer program matching.
Team Leader – Most Impactful iGV Project
Led high-impact initiative delivering measurable educational & cultural outcomes.