Results-driven engineer specializing in process optimization, efficiency, and quality improvement. Skilled in Lean Manufacturing and Six Sigma, with a vision for innovation and leadership in manufacturing excellence.
Summary
Education
Shoubra Faculty of Engineering
Mechanical engineer - 71% (Good - Equivalent to C)
2017 - 2022
Military Status
Completed through service at Military Factory 200
Work Experience
Egyptian Tank Plant (Factory 200)
Production Engineer
October 2023 - Now
- Enhanced manufacturing efficiency by analyzing process bottlenecks and implementing continuous improvement methodologies.
- Applied Lean Six Sigma principles to minimize variability, optimize resource allocation, and improve production flow.
- Diagnosed and resolved operational inefficiencies through root cause analysis and corrective action planning.
- Coordinated with cross-functional teams to integrate process optimizations and align production goals with quality standards.
- Made sure all production processes followed ISO quality standards and safety regulations to ensure smooth and safe operations.
Skills
Technical Skills
CAD Software: SolidWorks , AutoCAD
Project Management: Primavera P6 , Microsoft Project
Microsoft Office Suite: Excel, Word, PowerPoint
Production Planning & Scheduling
Lean Six Sigma & Process Improvement
Industrial Safety & Risk Management
Soft Skills
Communication, problem-solving, teamwork, and adaptability. Experienced in high-pressure environments through technical support at Orange
Projects
Elevator Design (2021)
- Designed a 4-person elevator for a 6-floor building, focusing on safety and efficiency.
- Selected an energy-efficient motor to reduce power consumption.
- Implemented advanced safety features, including emergency brakes and weight sensors.
- Optimized travel cycles to minimize wait times and improve performance.
- Ensured compliance with engineering standards and safety regulations.
Upper Limb Exoskeleton (2022)
- Designed and developed an exoskeleton arm to assist individuals with disabilities and enhance workforce efficiency.
- Integrated pneumatic artificial muscles (PAMs) controlled by EMG sensors for natural movement.
- Focused on lightweight, durable materials to ensure comfort and functionality.
- Conducted structural analysis and load optimization to enhance performance.