About The Innovator
Engineering Experience Behind
Intelligent Hydrogen Infrastructure
Nearly 20 years of experience in pipeline engineering, projects, operations, and integrity management have shaped a deep understanding of energy infrastructure.
Today, this experience is driving advanced research in hydrogen transportation and digital technologies to develop H2-PIS — an AI-powered platform for the safe and intelligent conversion of existing natural gas pipelines to hydrogen.
The Engineer Behind H2-PIS
Mohamed Mahmoud Shamekh Ateya
Pipeline Engineer | Project Director | PhD Researcher in Green Hydrogen
With more than 20 years of hands-on experience in pipeline engineering, project management, operations, integrity, and energy infrastructure, I have led and delivered complex pipeline projects across multiple regions.
My career has been dedicated to building safe, reliable, and efficient pipeline systems.
Today, I am a PhD Researcher in Green Hydrogen, focusing on the safe conversion of existing natural gas pipelines to hydrogen using advanced CFD simulation, integrity assessment, and digital technologies.
H2-PIS is the result of combining deep industry expertise with cutting-edge research to support the global hydrogen economy.
Academic Qualifications
B.Sc. in Mechanical Engineering
Postgraduate Diploma
in Mechanical Engineering
M.Sc. in Mechanical Engineering
PhD Researcher in
Green Hydrogen Infrastructure
Research focus on repurposing natural gas pipelines for safe hydrogen transportation.
MPA in Project Management
Specialized in Project Management and Public Administration.
Professional Credentials
PMP®
PMI-RMP®
PMI-PBA®
Consultant Engineer
20+
Years Experience
Extensive pipeline engineering, projects, operations, and integrity management experience.
600+
Million USD Projects
Successfully delivered large-scale pipeline and energy infrastructure projects.
PhD
Researcher
Advanced research in hydrogen pipeline repurposing, CFD, integrity, and safety.
3+
Million KM
Global pipeline infrastructure can be transformed into hydrogen-ready assets.
Research Focus
Current PhD Research
CFD-Based Evaluation of Hydrogen Flow Dynamics in Repurposed Natural Gas Pipelines
This research aims to ensure the safe, efficient, and reliable conversion of existing pipelines for hydrogen transportation through advanced simulation and engineering analysis.
- Hydrogen Transportation
- Pipeline Repurposing
- CFD Simulation & Analysis
- Integrity & Safety Assessment
- Hydrogen Flow Dynamics
- Digital Decision Support
Professional Journey
2006
Pipeline
Engineer
Started career in pipeline design and engineering.
2015
Regional Pipeline
Operations
Managed regional pipeline operations and integrity programs.
2021
Project
Leadership
Led multi-disciplinary teams and delivered complex pipeline projects.
2025
PhD Research
Focused on hydrogen pipeline repurposing, CFD simulation, and integrity assessment.
2026
H2-PIS
Innovation
Developed H2-PIS platform to enable intelligent hydrogen infrastructure conversion.
The Vision
To accelerate the hydrogen economy by transforming millions of kilometers of existing natural gas pipelines into intelligent, safe, and sustainable hydrogen-ready assets using AI, CFD, Digital Twin, and engineering excellence.
From Experience To Innovation
20+
Years
Pipeline Experience
600+
Million USD
Projects Delivered
PhD
Research
Hydrogen Pipeline
Repurposing
3+
Million KM
Global Pipeline
Opportunity
ONE
Vision
Intelligent Hydrogen
Infrastructure