Dr. Khaled FOUDA's web Resume This site is under construction
Taught Hours
Managed Project
Years of Experience
Profile I Current Job I Employment History I Educational Records I PhD Research Summary I Master’s Research Summary I Graduation Project I Publications & Patents I Experience I Robotics & Mechatronics Experiences I International Robotics Competitions I Teaching and Academic Experience I International Certificates I Professional Memberships I Previous Projects I Technical Interests I Invited Talks I Personal Skills I Linguistic Skills I Technical Skills I Training Courses I Volunteering & Charity Work I Travel Experience I Hobbies I Honors & Recognition & Awards I References I My Certificates I My Heroes I Personal Information I Summary I Download My CV I أصل عائلة فوده
Profile
Educational Record I Research Activities I Consulting & Teaching I Project Management I Certification & Memberships
Current Employment
2020 – Present
Regional Director & Member of the Board of Directors
Responsibilities: Evaluate business progress and create and institute strategies to accomplish the goals of the company.
2020 – Present
Assistant Professor
Responsibilities: I conduct weekly teaching sessions, lectures, assign and grad projects, exercises and assess the progress of students, supervising undergraduate projects, and graduation projects, Grading the final and midterm exams.
2020 – Present
Assistant Professor
Responsibilities: I conduct weekly teaching sessions, lectures, assign and grad projects, exercises and assess the progress of students, supervising undergraduate projects, and graduation projects, Grading the final and midterm exams.
Employment History
Educational Record
Sep. 1984 – May 1998
La Rose De Lisieux Language School
Egypt
General Secondary Certificate Percent 98.2%
PhD Research Summary
PhD. in Robotics
Oct. 2013 – Dec. 2017
Paris-France
Laboratoire D’Ingénierie Des Systèmes De Versailles
Université De Versailles Saint‐Quentin‐En‐Yvelines
Université Paris Saclay
Thesis Title: “Testing Machine for Transtibial and Transfemoral Prosthesis”
Abstract
The objective of this work is to build a testing machine for prosthesis. The machine should be able to reproduce the same dynamic and kinematics conditions applied on the prosthesis during the normal use.
Numbers of amputation and causes of amputation were collected. Different types of prosthesis were classified according to the leg prosthesis per amputation height, passive and active prosthesis, differentiated by the nature of their actuator. Most of the testing machine for the prosthesis were studied form the technological and capability prospective. Determining all the limitations of most of existing testing machines, and the needs to develop a new machine to full fill these needs were developed.
Then we studied and analyzed the dynamics of the human gait and run. The equations of motion by taking into consideration the masses and moments of inertia of skeletal segments. Most of the parameters of gait were extracted. In conclusion, we have the kinematic requirements of the human center of gravity to generate 6 DOF that the testing machine should carry out to emulate the normal human gait and run.
Three designs were proposed to implement the testing machine; Articulated robot arm, Cartesian manipulator, and Stewart Platform (SP). After implementing the three solutions we found the most suitable solution is the SP attached with it an artificial active hip. We have chosen the hydraulic power as it is the most suitable actuation technique for our solution knowing the required actuation forces.
To help in controlling the SP motion, a novel Closed-form solution of direct Geometric model for planer and 6-6 Stewart Platform using the rotary sensors instead of liner sensors as wanted to the hydraulic actuators was developed. Sensitivity analysis was studied for that solution, and analytical calculation for computing the workspace was also developed.
The conclusion from this testing machine is that we can create all the dynamics of the human body, i.e. walking or running or going up and down stairs. The developed solution can carry testing procedures for either passive or active prothesis
Realization of Testing Machine for Transtibial and Transfemoral Prosthesis
Upper universal Joint
Stainless steel Hydraulic cylinder
Lower universal joint
Hydraulic Manifold System
Prosthesis tested by PTM
HYDROïD Hip
Simulation of Testing Machine for Transtibial and Transfemoral Prosthesis
Check the presentation of my thesis
Master’s Research Summary
MSc. in Computer Engineering
Mar. 2008 – Apr. 2014
Cairo Egypt
Faculty Of Engineering & Technology – Arab Academy For Science & Technology & Maritime Transport
General Grade: Excellent With Honor
GPA: 3.42 on a 4.0 scale
Thesis Title: “Embedded System Architecture of Mobile Electronic Arabic Braille Panel for Reciting the Holly Qur’an (Rasm Al-’Uthmani)”
Abstract
This thesis concerns with reorganizing new Braille symbols to represent all the diacritics in the Arabic Quran, the aim of this study is building a system that translates the Quran verses to Qur’anic code, then extracting all similar patterns of variable lengths using enhanced (Lempel, Ziv, and Welch) LZW data Compression technique, creating an embedded search engine based on microcontroller that enable the user to select the soura, ayah, goz’, hizb, page, or line to read. We will use the display control circuit due to complexity in showing sequence of Braille character, and (Multi Media Card) MMC card as a storage media. This embedded system can switch between Egyptian or Saudi Braille system.
Check the presentation of my thesis
Jury committee
Prof. Dr. Ahmed Fahmy
Chair Computer Engineering Department AASTMT College of Engineering and Technology in Cairo
Prof. Dr. Yousry El-Gamal
Former Minister of Education for Egypt
Prof. Dr. Nevin Darwish
Chair Computer Engineering Department Faculty of Engineering at Cairo University
Prof. Dr. Khaled Shehata
Dean of AASTMT College of Engineering and Technology in Cairo
Dr. Hanady Hussien
Head of Education planning at Arab Academy for Science, Technology and Maritime Transport
Graduation Project
B.Sc. in Computer Engineering
Sep 1998 – May 2004
Cairo Egypt
Faculty of Engineering – Cairo University
Graduation Project Grade: Distinction
GPA: 3.28 on a 4.0 scale
Title: ” Controlling a Robot Arm Using Virtual Reality” (CRAUVR) “
CRAUVR Is Your Hand Everywhere
Abstract
I have participated in “Controlling a Robot Arm Using Virtual Reality” where we designed and executed robot control system and most of the virtual reality parts such that robot arm simulates exactly the movement of the human arm and with very high precision. This project has many applications and from the most important ones are the following: Removing the land mines from the western desert by controlling the robot arm remotely, where the user is in totally safe place, far away from any danger and controls the robot which will enter the mines fields to extracted without explosion. If any mine exploded suddenly as expected from an iron mine being exposed to the rain and to the hot of the desert sun from more than 50 years, it will explode in a cheap robot that costs 700 EGP. We can say that we saved human’s life or human who is possibly lose a part of his body with 700 EGP ONLY.
Teleoperator
Mobile Robot
Demo of Controlling a Robot Arm Using Virtual Reality
Applications
Media
Presented this project in many TV shows on more than 9 satellite channels, e.g. Nile News Channel, Mehwar Channel, Nile Educational Channels and others. Many national and international newspapers published some articles about that project
Similar projects done after CRAUVR
The German Army model is equipped with five cameras and a double shot disruptor type Richmond RE70.
Researchers at the Korea Institute of Science and Technology, in Seoul, created an exoskeleton master arm that can control a humanoid robot's arms.
Jury committee & Team members
Prof. Dr. Ahmed Darwish
Supervisor
Former Minister of State for Administrative Development for Egypt
Prof. Dr. Gamal Aly
Examiner
Senior Consultant at Ministry of Communication and Information Technology Technology and Communications
Prof. Dr. Salwa Nassar
Examiner
Head of Computer Systems Department, Electronics Research Institute
Khaled Al-Ameri
Team member
Khaled M.S. Fouda
Team member
Mohamed Wahdan
Team member
Publications & Patents
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2007
Khaled M.S. Foda, Mohamed H. Wahdan, Khaled A. Al-Ameri, Ahmed M. Darwish: Controlling a robot arm using exoskeleton for land-mines disposal. Computer Engineering & Systems, 2007. ICCES ’07. International Conference on; 12/2007, DOI:10.1109/ICCES.2007.4447020
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- KARDOFAKI Mohamad, FOUDA Khaled, ALFAYAD Samer: Design of an Active Integrated Omni Wheel Motor for Holonomic Mobile Platforms.
- Khaled FOUDA, Anas AMMOUNAH, Samer ALFAYAD, Fethi B. OUEZDOU: Closed-form solution of Direct Geometric for Planar Stewart Platform.
- Khaled FOUDA, Anas AMMOUNAH, Samer ALFAYAD, Fethi B. OUEZDOU: Analytical Workspace of Planar Stewart Platform.
- Khaled FOUDA, Anas AMMOUNAH, Samer ALFAYAD, Fethi B. OUEZDOU: Closed-form solution of Direct Geometric for 6 DOF Stewart Platform.
- Samer Alfayad, Fouda, Khaled., Ahmad Tayba: An Integrated Hydraulic Humanoid Robot Arm – Part I: Kinematic Structure, Modeling & Performances Analysis
- Samer Alfayad, Fouda, Khaled., Ahmad Tayba: An Integrated Humanoid Hydraulic Robot Arm – Part II: Prototype Design & Experimental Results
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- AlFayad Samer, Kardofaki Mohamed, Fouda Khaled “Multidirectional Active Integrated Omni wheel Motor”. Registered at National Institute of Industrial Property in France No: FR3063453, on 2nd March 2017.
- Fouda Khaled “Apparatus to Generate Electricity from the Earth Gravity and Distillate Water”. Registered at Academy of Scientific Research and Technology, Patent Office on 31st July 1996.