🇪🇬 From Egypt | 🇩🇪 Based in Munich, Germany | ⚗️ Hydrogen Energy Researcher
I'm a Mechanical & Power Engineer transitioning into the hydrogen economy — combining hands-on industrial experience with advanced research in green hydrogen technologies. My work sits at the intersection of electrochemical engineering, process simulation, and techno-economic strategy.
🔬 Thesis → Strategic Urban Retrofitting for H2 Integration (TH Rosenheim)
🎯 Focus → H2 Production · Fuel Cells · CO₂ Capture · Marine Applications
🌍 Languages → Arabic (Native) · English (Advanced) · German (Good)
🏭 Background → Seawater Desalination · Racing Vehicle Dynamics · H2 Research
Interactive Dashboard · Python Analysis · 3D Engine Simulation
- Built a low-cost Arduino-based lab test rig to measure a 6 kVA single-cylinder diesel generator's performance and emissions across 5 fuel configurations (Diesel, B20 biodiesel, magnetic conditioning, nano-additives, H2 enrichment)
- Found that B20 + magnetic conditioning + nano-additives achieved 37.7% thermal efficiency, a ~10% improvement over baseline diesel (34.4%)
- Developed an interactive Chart.js + Three.js dashboard with a live-rotatable 3D single-cylinder engine model driven by real experimental variables (load power, biodiesel %, magnetic current, air speed, heating value)
- Includes a full Python analysis toolkit (Pandas, Matplotlib) reproducing all performance/emissions charts
Project Management · ISO Quality & Safety Frameworks · Feasibility Study
- Developed an integrated governance framework for the conceptual conversion of a 4-cylinder diesel engine to hydrogen operation
- Applied PMBOK® (charter, WBS, schedule, risk register), ISO 9001 (PDCA quality cycle), and ISO 45001 (HAZID/HIRA hydrogen safety analysis)
- Built an interactive visualization dashboard covering combustion property comparisons, Direct Hydrogen Injection feasibility, and a color-coded project risk matrix
- Applied FMEA to link combustion/analytical failure modes to prioritized mitigation actions
Electrochemical Process Engineering · PEMFC · Marine Propulsion
- Designed an emission-free propulsion system for a Danube cargo ship using PEM fuel cells integrated with Li-ion batteries
- Selected operating points from polarization curves; estimated stack/cell sizing for cruise and port power demands
- Proposed a complete hydrogen storage solution for maritime application
Process Simulation · Techno-Economic Analysis · Clean Energy
- Conducted a full techno-economic & process simulation study for a dual-stage Selexol unit
- Analyzed process flow, stream data, utilities, and major equipment sizing to meet capture and purity targets
- Evaluated system performance for CO₂ capture in hydrogen-related gas processing
Renewable Integration · Hydrogen Economy · Storage Pathways
- Evaluated energy conversion pathways and storage options relevant to the hydrogen economy
- Comparative analysis of sustainable technologies including solar, wind, and hybrid systems
| 🏅 Certification | Domain |
|---|---|
| Hydrogen: Key Concepts & Use in Green Technologies — Coursera | H2 Fundamentals & Decarbonization |
| M.Sc. Hydrogen Technology (in progress) — TH Rosenheim | Advanced H2 Research |
| NDT Level 2 | Quality & Welding Inspection |
| Full MEP Diploma | HVAC, Fire Fighting, Medical Gas Systems |
🎓 M.Sc. Hydrogen Technology TH Rosenheim, Germany 2023 – Present
Focus: H2 Production · Fuel Cells · Energy Systems · Safety
🎓 B.Sc. Mechanical Engineering Kafr El-Sheikh University 2017 – 2022
Graduation Project: Diesel Engine Optimization with Alternative Fuels
🏭 Mechanical Engineer Seawater Desalination Plant, Ain Sokhna, Egypt May–Dec 2022
→ QA support · Failure analysis · Pump & pipeline systems maintenance
🏎️ Vehicle Dynamics Engineer Student Racing Team, Egypt 2020–2022
→ Chassis & suspension design · Aerodynamics analysis · Competition support