Hospital-trained biomedical engineer with hands-on experience across 6 clinical departments — now building data pipelines and engineering career documents that open doors. Three disciplines. Eleven platforms. Two languages. One rule: precision over speed, always.
Three disciplines.
One engineer.
I maintain ventilators in ICUs in the morning, build data pipelines in the afternoon, and engineer CVs that get people hired in the evening — not by accident, but by design. Precision over speed is not a tagline. It's the methodology I apply across every domain, without exception.
I fix broken ventilators, broken pipelines, and broken CVs. The tools are different. The standard is the same.
B.Sc. Biomedical Equipment Engineering · Expected Graduation: August 2026
🎯 Target Certification: Microsoft Azure Data Engineer Associate (DP-203)
Issued by: Ministry of Communications & IT — رواد مصر الرقمية
13 months of field training across 6 clinical departments at a university teaching hospital — performing scheduled PM cycles, corrective maintenance, calibration, and electrical safety testing on complex medical devices. Click any department to see its equipment and brands.
Graduation projects, applied engineering builds, data pipelines, and real freelance deliverables — documented, categorized, and traceable.
Arduino-based syringe pump designed and fabricated from scratch as a graduation project. Features a TFT touchscreen interface (flow rate, volume, bolus control, real-time progress), a precision stepper motor drive with lead-screw mechanism, IEC 60601-2-24 calibration, 3D-printed enclosure, EEPROM settings persistence, full technical documentation, and a formal committee defense presentation. Currently in development across 8 phases.
End-to-end analytics pipeline built on NYC Taxi and Citibike datasets in Parquet format. Benchmarked DuckDB SQL performance against CSV — measuring query speed, memory usage, and scalability. Automated reporting with MLOps-style orchestration. Delivered as modular, reproducible Python scripts with defined input/output contracts. Built as a DEPI technical graduation project.
Automated end-to-end ETL pipeline — data ingestion, transformation, and loading into Azure Data Lake Gen2. Apache Airflow DAG design with task dependencies, logging, and error handling. Power BI visualization dashboard. Optional cloud deployment. Final committee evaluation.
DEPI's entrepreneurship and commercial readiness track — demonstrating professional capability through real market results, not simulated exercises. Target: 3 completed client transactions, or 1 deal worth $300+ USD, or documented employment. Actively pursuing across 11 platforms with structured client assessment, skill-fit scoring, and targeted proposal methodology.
Arduino-based SpO2 monitor using the MAX30102 dual-wavelength PPG sensor. Implements a Beer-Lambert law algorithm for oxygen saturation calculation, with digital filtering to suppress motion artifacts and ambient noise. OLED display shows real-time SpO2 percentage and heart rate. Threshold alarms trigger on low oxygen saturation values. Validated against a reference clinical device across multiple subjects.
A set of applied sensing and control builds: Temperature & Humidity Monitor (DHT11/22, LCD, threshold alerts) · Proximity & Object Detection (HC-SR04, IR sensor, PWM feedback proportional to distance) · Speed Measurement System (Hall effect sensor, encoder wheel, RPM display) · Multi-sensor integration experiments with conditional logic, interrupt handling, and structured serial output. All projects documented with circuit schematics.
A series of power electronics and analog circuit builds: DC-DC Boost Converter · DC-DC Buck Converter (PWM, efficiency measurement) · DC-AC Single-Phase Inverter (H-bridge MOSFET, harmonic analysis) · AC-DC Rectifier with linear regulation (LM78xx/LM79xx) · AC-AC Voltage Controller (TRIAC/DIAC triggering) · Op-Amp Amplifier circuits (LM741/TL071, gain and bandwidth verification). Selected designs taken through manual PCB layout, trace routing, etching, and testing.
Multi-page scraper targeting quotes.toscrape.com. Organized extracted data into a clean nested dictionary: each author mapped to their full quotes list and associated tags. Automatic pagination handling across all available pages. OOP-compatible code with personal naming conventions. Tools: Python, BeautifulSoup4, Requests — built in Jupyter Notebook (VS Code).
9-sheet workbook spanning BSU's full 4-year program (8 semester sheets + Final Summary). Automated grade-to-GPA conversion, credit-weighted SUMPRODUCT formula, cumulative GPA tracker, conditional formatting for pass/fail/honors, and cross-sheet references. Validated against official faculty academic regulations and widely adopted across the cohort for academic planning and graduation forecasting.
RC filter and op-amp circuit simulations with direct comparison to hardware measurements. Arduino–MATLAB serial interface for live sensor data acquisition and real-time visualization. Control systems modeling covering transfer functions, step response analysis, and PID tuning — built for academic control systems coursework.
For freelance work, a project idea, or any inquiry — I respond to all messages.