Electrical Power Engineer | Researcher | Engineering Software Developer
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Electrical power engineer with experience in transformer commissioning tests, equipment modelling, reactive-power compensation and ETAP studies for industrial and PV projects. Researcher at MPEI and Assistant Lecturer at Tanta University, pursuing a PhD with completion expected in December 2026. Also contributes to utility equipment specifications and develops power-system analysis software in Julia and Python.
Explore: Projects · Engineering experience · Tools · Education · Research & community
I lead development of AIMORA. Current work covers EMT simulation, line/cable and transformer parameters, project/study interfaces and numerical tests. Broader study modules and the desktop client are planned.
Explore AIMORA → · AIMORA.jl · Platform · Resources
As lead author and software developer, I developed Python genetic-algorithm software to locate and size fast chargers under traffic, grid, storage and renewable-energy constraints. The published study evaluates five scenarios over a 669 km motorway corridor, with 50 runs in total.
More tools · IEEE 13-bus optimisation and Thevenin impedance
| Tool | What it does | Start here |
|---|---|---|
| IEEE13-optimization | Optimises unified power controller settings on the IEEE 13-bus feeder, using the external DPFLOW MATLAB package. | Repository → |
| Zthevenin | Calculates Thevenin impedance in MATLAB. | Repository → |
See each repository's licence for its terms. AIMORA's public source includes noncommercial licensing conditions.
Commissioning and modelling · Power-system studies · Specifications · Teaching
MPEI — transformer commissioning, SVC analysis and shunt regulation
Researcher / R&D Engineer · Industrial Electronics Department · October 2023–present
- Participated in zigzag-transformer commissioning tests and developed measurement-based variable-impedance models in MATLAB/Simulink, comparing predictions with measured system behaviour at 50 Hz.
- Contributed to modelling and performance assessment of a departmental 50 kvar, 0.4 kV thyristor-switched SVC, using R to analyse two months of operating data.
- Developed shunt-regulator models, phase-power calculations and genetic-algorithm coordination of two compensators on the IEEE 13-bus feeder in simulation.
Independent studies — ETAP for industrial and PV projects
Project-based · 2024–present
- Load flow, short circuit, arc flash and protection settings, with reports prepared for client review.
- Capacitor compensation with 7% detuned reactors for a 480 V motor control centre.
- Short-circuit studies of PV installations with battery sources across seven operating scenarios.
Power Consult — utility equipment specifications
Project-based contributor · 2026–present
Contribute to material specifications and inspection/test plans for energy-storage and controller equipment. Resolve technical review comments and maintain standards references and meeting actions. The documents remain under committee review.
Tanta University — teaching and student supervision
Assistant Lecturer · July 2019–present
Tutorials, laboratory teaching, assessment and student project supervision in Electrical Power and Machines Engineering. Previously Demonstrator, March 2016–July 2019.
- Power-system studies: ETAP, NEPLAN, DIgSILENT PowerFactory and PSCAD; load flow, short circuit, arc flash, protection settings, capacitor compensation, PV and battery-source scenarios; small-signal and transient stability, harmonic analysis.
- Modelling and analysis: MATLAB/Simulink, Simscape Electrical, parameter fitting from measurements, genetic algorithms, unbalanced distribution networks.
- Power electronics: thyristor-based compensation, shunt regulators, arc-suppression devices and power quality.
- Programming and documentation: Python, Julia, R, SQL, Git/GitHub and LaTeX; engineering reports, specifications and inspection/test plans.
timeline
title Education and engineering journey
2009–2014 : BSc, Tanta University
2016 : MSc studies and Demonstrator, Tanta University
2019 : MSc completed : Assistant Lecturer, Tanta University
2023 : Researcher, MPEI
2024 : Independent ETAP studies
2026 : AIMORA development and Power Consult collaboration : PhD in progress, expected December
Tanta University: BSc 2014 · MSc 2019 | MPEI: PhD in progress, expected December 2026
Expand degrees, supervisors and appointment dates
PhD studies in Electrical Engineering — MPEI, Russia | In progress; expected December 2026
Research: managing operating conditions in distribution networks with unbalanced loads using shunt regulation devices. Supervisor: Prof. Dmitry I. Panfilov.
MSc in Electrical Power and Machines Engineering — Tanta University | 2016–2019
Thesis: Islanding Scenarios for High Reliable Operation of Distribution Networks. Supervisor: Prof. Ahmed Refat Azmy.
BSc in Electrical Power and Machines Engineering — Tanta University | 2009–2014
Renewable-energy project: The Impact of Large Wind Energy Penetration on the Performance of Electric Power Systems. Supervisor: Prof. Ahmed Refat Azmy. Grade: Excellent (99%).
Assistant Lecturer — Tanta University | July 2019–present
Tutorials, laboratory teaching, assessment and student project supervision. Previously Demonstrator, March 2016–July 2019.
Website | LinkedIn | Google Scholar | GitHub | YouTube
Read the research. My Google Scholar profile holds the full publication list. Research identity: ORCID 0000-0002-1834-1175.
Explore the ideas. My website is a place for articles, engineering notes and ideas beyond my professional work.
Visit the channel. I maintain YouTube as part of my contribution to the community.
Let’s connect: University email · Personal email · LinkedIn