Biomedical Engineering

Ali Azhar Dewali

Biomedical engineer bridging medicine and machines — brain-computer interfaces, embedded systems, and biomedical signal processing.

Fourth-year Biomedical Engineering student in a double-degree program between the University of Duhok and TH Mittelhessen (Germany). I design end-to-end systems — from bio-signal acquisition to firmware that controls real hardware.

Double Degree · UoD × THM Germany Graduating · 2027 Based in · Duhok, Iraq

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Projects

Internship

Languages

2027

Graduation

About

Education & Background

B.Sc. Biomedical Engineering

University of Duhok (UoD) & TH Mittelhessen (THM), Germany

Double-degree program · 4th-year student · Expected graduation 2027

International double-degree curriculum taught fully in English.

Focus on medical devices, signal processing, and embedded systems.

Secondary education: Werar High School (2023).

Upcoming

German Internship — 2027

A six-month biomedical engineering internship in Germany, as part of the double-degree program.

13th Engineering Design Day · May 2026

Experience

Professional Experience

2025 · Jul – Sep

Biomedical Engineering Intern

Dr. Ghazi Hospital

Hands-on training in the operation, repair, calibration, and installation of clinical medical devices — supervised by Eng. Mohammed Mizori, under hospital CEO Dr. Abdullah Abdullah, and recognized for professional conduct and commitment to hospital safety standards.

As part of the same training: maintenance and inspection of high-capacity oxygen and CO₂ generation plants, plus troubleshooting of hospital-wide medical vacuum systems used in critical care.

View internship certificate

Projects

Technical Projects

Brain-Computer Interface

EEG-Controlled Aerodynamic Levitation

A NeuroSky EEG headset streams brainwave data to a Python engine that measures focus in real time and drives an ESP32-controlled fan — the harder you focus, the higher a ping-pong ball floats. Full pipeline: acquisition, signal parsing, and motor control.

EEGESP32PythonSignal Processing

View code on GitHub →

Bio-Signal Hardware

ECG Monitor Design

Engineered a functional, simplified electrocardiogram (ECG) device using three bio-potential electrodes to capture and display the heart's electrical signal.

ECGBio-potentialCircuit Design

Embedded Control

Microcontroller Motor Control

Designed DC motor speed-control systems on Arduino Uno, Nano, and ESP32, using push-buttons and potentiometers for variable speed regulation, with closed-loop PID control and live LCD feedback.

ArduinoPWMPID

Clinical Software

Patient Intake Sheet Tool

A browser tool I built for physicians — fill in patient data and print a clean one-page intake sheet.

HTML

Software

C++ Calculator

A console calculator built from scratch in C++ with arithmetic operations, input validation, and clean control flow — a foundation project in structured programming.

C++Control Flow

Skills