BaseOpole, PolandMechanical · Computational · AdditiveAM · AI · Simulation

AbdullahEl Sabea

Engineered forms · printed systems · research-grade mechanical products

GLADE active buildPhD / AM fatigueLabs · partners · investors

Topology optimization and additive manufacturing visual

Current build/GLADE

ObjectParametric lattice unit

Active buildGLADE computational platform

BaseOpole · Poland

Portfolio signal

Mechanical Design Engineer

Additive Manufacturing Researcher

Building GLADE as an active computational design platform

Explore GLADE

View selected work

Who I am and where I've worked

01 / 04

Operating thesis

Build · prove · scale

From research geometry to validated mechanical value

01 / Build

Printed systems

Topology · TPMS · AM-ready geometry

02 / Prove

Measured performance

FEA · fatigue · thermal · validation

03 / Scale

Toolchain value

Automation · AI workflows · GLADE

Portfolio for collaborators, research labs, engineering teams, and partners backing computational AM workflows

GLADE in active build

Biography

TPMS

Ra / Rz

S-N fatigue

FEA L / NL

Positioning

Mechanical design for research-grade printed systems

AM research · topology optimization · TPMS lattices · simulation · AI workflows · GLADE active build

Applied engineering across Dubai · Beirut · Nur Sultan

Research path through Gdańsk · Leuven · Opole

CAD · Python · FEA · CFD · AI tools · validation first

Biography

Mechanical engineer. Researcher. Technical business developer.

Abdullah El Sabea is a mechanical design engineer and additive manufacturing researcher who works at the intersection of engineering rigour and technical business development. From production engineering in Dubai's gold refineries to airport mechanical systems in Beirut, AI-driven thermal design in Leuven, and ongoing PhD research at Opole University of Technology, his practice translates technical capability into market language for clients spanning the Far East to Silicon Valley. He is the founder of GLADE, a computational platform for topology optimization, TPMS lattices, and additive manufacturing, and is completing a Certified Product Manager (CPM) qualification, where he connects AI with science to build real-world products and services. Open to research partnerships, technical co-development, and investor conversations that ask for both rigour and taste.

Physics-led design

Modeling tied to proof

AI workflows with validation

Atlas of reach

Where the work has been done, and where the conversations go.

Plate · IX / IX

Solid arcs mark cities where the engineering has actually happened. Dashed arcs mark the business-development reach: clients and partners from the Far East to Silicon Valley. The hub is Opole, where the PhD is being written.