This project was completed in 2018 as a part of my postgraduate studies in Biomedical Engineering

Designing, building and controlling a motorized prosthetic arm

A documentation automation system for SaMD and medical device software. Documentation-as-code for ISO62304 compliant development processes.

My undergraduate honours project on paper-based microfluidics for animal disease detection

Smart Wearable Device for Reduction of Parkinson’s Disease Hand-Tremor

This project was completed in 2018 as a part of my postgraduate studies in Biomedical Engineering

Emergency Ventilator-Sharing System. A system using standard ventilation circuit parts and localy-manufacturable custom components to allow the use of a single ventilator to support two patients with independent control of tidal volume, FiO2, and PEEP for each patient.

Automated Reactive Accelerated Aging for Rapid In Vitro Evaluation of Neural Implants Performance

Source for the controller interface for BiVAD project on the BeagleBone Black. This repository will contain testing programs and any other peripheral functionality required by testing or updated by Customer Requirements.

A system for suggesting alternative medical devices based on FDA classification api.

Electronic device for wrist rehabilitation

The objective of our project is to use electromyography (EMG) in order to classify different hand gestures. EMG is a technique for evaluating and recording the electrical activity produced skeletal muscles. We used double channel surface electrodes to record EMG, with 3 electrodes per channel, one for ground and 2 for the differential input. We …

This project presents a Smart Wearable Medical Device (SWMD) – an IoT-based hand-band designed for critical care Alzheimer's patients. It features real-time GPS tracking, fall detection with caregiver alerts, emergency alert functionality, and monitoring of vital biomarkers, utilizing Firebase for data storage and synchronization.

This project creates a simple electrospinning syringe pump that incorporates an Arduino and motor.

A handheld external compression device to facilitate computed tomography (CT)-fluoroscopy-guided percutaneous interventions in the abdomen.

Open-Source Sequential Compression Device development for humanitarian use

This project presents the design and development of an IoT-enabled syringe pump with a web interface for remote operation and precise dosage control.1 It utilizes a Raspberry Pi 4, a NEMA-17 stepper motor, and a web interface built with HTML and Python.

Generates medical device alarms as .wav files according to FDA standards

Vue / Vue Formulate-Validation, wrapped in 11ty and webhooks to API CRUD managers and live update CRM tool workflow

This project details the design and implementation of an ECG simulator using an instrumentation amplifier and a Johnson counter (IC 4017) in Multisim software. The simulator continuously generates typical ECG waveforms for testing ECG amplifiers and aiding in biomedical research and medical device development.