Résumé
Hussein Mohammed Fawzy Badie
Email:-www.linkedin.com/in/hussein-fawzy/
Tel: -
Location: Cairo, Egypt
EDUCATION
My objective is to be a part of the technological revolution by developing the assets that have an
impact on every day interactions using scientific knowledge as a basis for development.
o Ph.D. at the German University in Cairo (GUC) in Mechatronics
o Title: Design and Development of an Unprecedented Technique for Multi-Agent Path
Planning Algorithm Using Air Stream Navigation.
o Approximate completion date: November 2020.
o Master’s degree from the German University in Cairo (GUC)
o Title: Tool Wear Monitoring in Flexible Manufacturing Systems using vibrations
analysis.
o University: German University in Cairo (GUC), Faculty of Engineering, Mechatronics
Department.
o Bachelor project grade: A+ (Excellent)
o Year of graduation: 2012
o IELTS (International English Language Testing System) Certificate (2017)
EPERIENCE
o Extra-Curricular Studies
o Project Management
o Machine Learning
o Aerial Robotics
o 12-2016 till present: Robotics and Automation Director at Sypron Solutions
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Research and development for autonomous and intelligent mechanical systems.
Convert customer and market requirements to implementable ideas.
Developing relations with external parties to reach business goals
Forming and managing the development teams.
Leading a research and development team for product implementation.
Guide and develop the competency of the team.
Provide cross-company technical advice and experience.
Higher level design for mechanical, electrical and control systems.
Plan and supervise the manufacturing process according to the design requirements.
Plan, review and update project plans.
o 1-2015 to 11-2016: Field Service Engineer at Tetra Pak
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Customer site survey and preliminary project preparation
Organize with external contractors for the production line electro-mechanical
requirements.
Leading production line installation projects through their phases at customer sites.
Performance validation and improvements for the installed production lines.
Receiving and handling customer issues to ensure customer satisfaction.
Troubleshooting of production line stoppage root causes to ensure continuous
production.
Emergency response for production line breakdowns.
Responsible for carrying out the production machines scheduled maintenance.
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o 1-2014 to 12-2014: Team Leader in the German University in Cairo (GUC) at the
Industrial Automation Department.
TECHNICAL SKILLS
o 9-2012 to 12-2013: Automation Lab Engineer in the German University in Cairo (GUC)
at the Industrial Automation Department.
o Mechanical Design
o 3D Advanced Modelling and Assembly
(Creo, SolidWorks)
o Welding Design (Creo)
o Stress Analysis and Optimization (Creo)
o Design Optimization (Creo)
o Flow Simulation (Ansys)
o Pneumatic System Design
o Hydraulic System Design
o Programming
o Siemens PLC Programming
o Allen-Bradley PLC Programming
o Embedded C
o Python
o Visual Basic
o JavaScript
o C++
o Java
o Electronics
o Control Circuits Design
o Digital Logic Circuits Design
o Analog Circuits Design
o Circuit Simulations
o PCB Design
o PCB Manufacturing and Assembly
o Languages
o Arabic (Proficient)
o English (Proficient)
PUBLICATIONS
PATENTS
o German (Elementary)
o A Smart Automated Facade Cleaning System
o Filing date: April – 2019
o Office: US Patent Office
o Patent Number: us-
o Tool Wear Monitoring in Milling Machines Using Frequency Domain Vibrations Analysis
(ICMSCE)
o Year: 2019
o Robotic System for High-Rise Building Façade Cleaning
o Year: 2019
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A SAMPLE Of PROJECTS
o Façade Cleaning Robot (for High Rise Buildings. The system has multiple safety features
and multiple innovations (Patents pending). Components used are industrial grade.
Control is implemented using Siemens S7-300 and ET-200S along with Siemens
MicroMaster and HMI. Mechanical calculations and actuator sizing were carried out
then the system was modelled on Creo (Pro/ENGINEER) and SolidWorks to check for
failure and fatigue.
o Mechanical design, analysis, optimization and implementation of a 3D-Printer with an
enclosed printing chamber for better temperature control. One of the main design
features is the ease of changing the maximum print size from one version to the other.
o Software implementation, circuits design and manufacturing of a 3-Axis milling
machine controller to convert a conventional milling machine to a CNC milling machine.
The computer software compiles the G-Code and the embedded software and
electronic circuits convert the communicated commands to controlled motion.
o Developed, in Python, a Chess engine implementing different game theories and
advanced search algorithms.
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