HAMZA AL HALABI
BIOMEDICAL ENGINEERING / UC
01/ 04
01INDIVIDUAL BUILDBME 2081C

NINETAILS → ARDUINO → PROCESSING

ECG Monitor

Ninetales soldering and testing guide cover
ARDUINO / FULL SOURCE int ecgSignal = analogRead(ECG_PIN);
Serial.println(ecgSignal);
delay(10);
PROCESSING / DETECT if (ecgValue >= threshold && !isPeak) {
  isPeak = true;
  currentBPM = 60000.0 / timeInterval;
}

Soldered the board. Acquired ECG on A1. Sent samples at 9600 baud. Built the monitor.

02TEAM DEVICE DESIGNBME 3050

10% GROWTH / 150 N SUPPORT / < 8 MM

Pediatric Arch Support

V1 → V2

Positionally adaptable orthopedic device for children ages 5–7. Development concluded at V2 functional alpha.

03SYSTEMS ANALYSISBME 2060

HUMAN / MECHANICAL / ELECTRICAL / BIOLOGICAL / CHEMICAL

Wearable TENS Concept

INTERFACE
The primary barrier identified in the project was the cumbersome user interface.

The systems analysis converged on one design direction: integrate the TENS system into a comfortable wearable garment.

04TRANSLATIONAL RESEARCHQATAR COHORT

PROTEOMICS / METABOLOMICS / SAMPLE WORK

Published Research

My documented contribution includes cohort sample collection, processing, ethical approvals, and biological sample handling.

03 / ORIGINAL MATERIALS

Inspect the original work.

Reports, source code, design documentation, posters, and publications referenced throughout the project rooms. Browse one item at a time, then open any file in the built-in reader for the complete original material.

ABOUT

Biomedical Engineering
University of Cincinnati

Graduation 2028

Research Student II · Cincinnati Children’s Research Foundation · 2025–2026

Project Lead · EnableUC · 2025–present

Programming: Python, JavaScript, R, C++, MATLAB, Linux

Design: SolidWorks, Fusion 360, NX, KiCAD, LTSpice, FDM/SLA prototyping

alhalaha@mail.uc.edu ↗
ORIGINAL MATERIAL / EMBEDDED READER

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