Designing FEA-optimized mechanical assemblies, embedded robotics firmware, operational workflows, and interactive data analysis tools.
Total Projects
17 Projects
Engineering Domains
4 Core Pillars
Flagship System
Vertical Lift Module (VLM)
Primary Focus
Robotics & Mechatronics
Production Modules
Each project is presented as a system module in the control room.
Robotics & Automation
A PLC-controlled automated vending system featuring real-time inventory tracking, multi-product dispensing, and robust industrial logic.
University
Successfully developed a functional prototype with automated inventory management and safety-interlocked dispensing.
Mechanical Design
Engineered a 12-link, 2-gear biomimetic system to replicate avian wing dynamics and optimize lift through dynamic surface area adjustment.
University
Successfully validated a design that achieves non-uniform motion to maximize lift during the upward stroke.
Robotics & Automation
An integrated mechatronics solution featuring YOLOv11-based license plate recognition, automated gate control, and real-time occupancy mapping.
University
Developed a fully functional prototype capable of autonomous license plate recognition, automated entry/exit control, and real-time occupancy mapping.
Digital Tools & Analysis
Analyzed 1,891 songs from 1920–2022 using Python and NLP to quantify shifts in sentiment and offensiveness.
University
Identified a significant trend toward negative sentiment and increased offensiveness in modern Egyptian music, providing actionable data for cultural policy.
Mechanical Design
Engineered a high-torque, two-stage planetary gearbox achieving a 21.86:1 reduction ratio to power industrial hoist drums in harsh environments.
University
Successfully achieved a 67.7 RPM output speed while maintaining a safety factor of 2.0 under maximum load conditions.
Supply Chain & Operations
A comprehensive Operations Research study optimizing a multi-node fast-food delivery network using Linear Programming, the Floyd-Warshall algorithm, and TSP heuristic models.
University
Constructed an optimized 11-node delivery matrix and derived a 53 km optimal delivery circuit using Tabu Search, outperforming Genetic Search by 16.2%.
Engineering Domains
The portfolio is organized around the core areas that connect mechanics, robotics, software, and operations.
Domain
Designing controlled motion, sensing logic, and automation.
Domain
Turning engineering requirements into physical assemblies.
Domain
Connecting engineering choices to operational flow.
Domain
Using software and data to understand and improve systems.
Reach out regarding hydrogen engine research, FEA simulation work, or hardware project inquiries.
