Ahmed Momtaz Hosny's Resume

1. Ahmed Momtaz Ahmed Hosny, PhD
Tel: 00201013209060- 00201120174225
Email: instrumentation@azfc.com.eg
Address: Cairo, Egypt
BirthDate: 16-07-1971, Male, Married
Education
PhD in Aircraft Dynamics andControl 2005 - 2008
Beihang University, Beijing, China
Dissertation Title: Development of Fuzzy Logic LQR Control Integration for Multi-Phases Aerial
Refueling Autopilot.
An implementation of a control strategy for an automated air refueling mission was presented in this
work. Studying both optimal control (LQR, LQT) and intelligent control (Fuzzy PID) with simulating the
final control integrationuponF-16AircraftSimulink-MATLAB model, all the required simulations were
conducted successfully.
MSc in Missiles Dynamics and Control 2000 – 2004
Cairo University, Cairo, Egypt
DissertationTitle: Developmentofa Neurofuzzy Control System for the Guidance of Air to Air Missiles
In this work an integration of neural network and fuzzy logic controller was conducted for the guidance of
air to air missiles supported with the required simulations and virtual realities.
BSc from Aerospace Department 1988 – 1993
Military Technical College, Cairo, Egypt
GPA 3 of 4
Project Title: F-16 Performance Evaluation, Excellent.
Courses & Certificates
Mechanical Quality Assurance, Lockheed Martin Tactical Aircraft Systems, FW-USA, 1999.
English Diploma in American Language Course, San Antonio, USA, 1999.
Comprehensive Engine Trending and Diagnostic System, Oklahoma, USA, 2002

2. Current Position 2015 - Present
General Manager of Instrumentation and Control Department
Abu Zaabal for FertilizersandChemicalsCompanyAZFC, Qalyubia,Egypt
ResponsibilitiesandAchievements:
1- Maintenance ManagementandControl forlarge numberof instruments over 10 factories (Adopting
a kind of CMMS tools including all required databases, interfaces and reports).
2- Tracking and Improving the Procurement Cycle throughout a continuous tracking & updating the
current status of purchasing orders.
3- ProductionUnitsDevelopmentthroughout(longandshortterm projects). (Project Fund=2000,000$)
4- Managing Personnel Training, Assessment and Requirements.
5- Communicating with enormous number of relevant companies concerning Instrumentation and
Control Systems.
Academic Experience
Lecturer of Mechanics 2016 - 2019
The HigherInstitute of Engineeringand Technology,King Marriott Academy, Alexandria,Egypt
ResponsibilitiesandAchievements:
TeachingMechanics(StaticsandDynamics) withMATLABapplications.
Lecturer of Fundamentals of Flight 2008 - 2015
Egyptian Air Academy, Belbeis,Egypt
ResponsibilitiesandAchievements:
TeachingFundamentalsof Flight(LowSpeedandHighSpeed) andHelicopterTheoryforPilots.
Chief Designer 2008 – 2015
Egyptian Air Force R&D, Cairo, Egypt
ResponsibilitiesandAchievements:
1- Working in R&D Department in the field of Design and Manufacturing UAVs (Unmanned Aerial
Vehicles) as a Chief Designer passing all the required phases such as (PDR, CDR, TDR and FDR).
(Project Fund=1000,000$)
2- Participatinginvariouslongtermprojects (Flight Vehicle Dynamics and Control, Mechanical System
Integration). (Projects Fund=100,000$)
3- Design and Implementing a Preliminary Design for Solar Powered UAV using Wooden Aircraft
Models supported with Carbon Fiber Materials and propelled with a Minimum Required Electric Power.
4- Databases and Computer Interfaces Developer in various fields such as:
 GE Engine Tracking System.
 Bench Stock Control.
 UAV Design, Manufacturing, Testing and Integration Management System.
 Aircrafts Database and Statistical Analysis System including all Flight Vehicles such as
(Helicopters, Fighters, Cargo and Missiles).

3. ProfessionalExperience 1993 – 2005
Chief Engineer
Egyptian Air Force, Egypt
ResponsibilitiesandAchievements:
1- Maintenance Control and Management as a Chief Engineer (Managing all the daily work for 20
maintenance shops).
2- 12 years experience in Operating, Testing and Maintaining GE-F110-100 Engine - F16 aircraft.
3- Implementationof certainimportantmodificationsandtroubleshooting on the F-16 Aircraft in Flight
Line and Back Shop levels.
Publications
1- Ahmed Momtaz “A Comparison Study between Inferred State-Space and Neural Network Based
System Identifications Using Adaptive Genetic Algorithm for Unmanned Helicopter Model”,
ICEENG-8 Conference, Military Technical College, Cairo, 2012.
2- Ahmed Momtaz, Moatasem Momtaz, Hisham Ez-Eldeen “Development of a Customized Autopilot
for UnmannedHelicopterModel UsingGeneticAlgorithmvia the Application of Different Guidance
Strategies”, ASAT-14 Conference, Military Technical College, Cairo, 2011.
3- Ahmed Momtaz, Han Chao “Development of Fuzzy Logic LQR Control Integration for Aerial
Refueling Autopilot”, ASAT-12 Conference, Military Technical college, Cairo, 2007.
4- Ahmed Momtaz, Han Chao “Intelligent Learning of Fuzzy Logic Controller via Adaptive Genetic
AlgorithmAppliedto Aircraft Longitudinal Motion”, ASAT-12Conference,MilitaryTechnical college,
Cairo, 2007.
5- Ahmed Momtaz, Han Chao “Design of Fighter Flight Formation for Aerial Refueling Racetrack
Mission with Drogue-Hose Configuration”, CADDMJournal, Beijing, 2007.
6- AhmedMomtaz,Han Chao “LQR Integratedwith FuzzyLogic Control for Aerial RefuelingAutopilot”,
CADDMJournal, Beijing, 2007.
7- Ahmed Momtaz, Galal Hassan “Development of a Neurofuzzy Control System for the Guidance of
Air to Air Missiles”, 5th Cairo University Conference in Mechanical Design and Production, Cairo,
2004.
Accomplished R&D Projects (Sample)
 Design and Implementation of different categories of UAVs passing all the calculation,
design procedure, manufacturing, testing and integration processes required for
implementation, through different design phases such as (PDR, CDR, TDR) , 2015.(Project
Fund=1000,000$).

4.  Design and Implementation of Dynamic Control System for various flight vehicles such as
(Quadcopter, Hexcopter and Helicopter models) , 2014. (Projects Fund=100,000$)
 Design and Implementation of a Preliminary Hovering Stabilizer for Helicopter Model, A
Preliminary Hovering Stabilizer for Helicopter Models was conducted in this project
through the application of PID controller, an Arduino Auto pilot was adopted for the
implementation of this research through the integration with the proposed IMU, 2014.
 Design and Implementation of a Hexcopter for Surveillance with Continuous Power
Supply, to maintain the consistency of Quadcopter Operation to pr ovide continuous
surveillance capabilities, a particular methodology was implemented in this work to
provide continuous stable power needed to feed the Electric Motors, Camera and the
Autopilot Accessories, 2014.
 Design and Implementing a Preliminary Design for Solar Powered UAV using Wooden
Aircraft Models supported with Carbon Fiber Materials and propelled with a Minimum
Required Electric Power, 2012.
 Installation of an Airborne Equipment (Communication Repeater, Surveillance Camera or
Transmitting Antenna) on a Flying Balloon up to 250 meters for Long Endurance, 2010.
 Design and Implementation of GE Engines Tracking Software, a software was implemented
to resolve the dilemma of decoding the extracted data from the F-16 Aircraft concerning
GE-F110 Engines performance, operating hours and the accumulated cycles into readable
and monitored data needed for the calculations of Engine Life Time and consequently the
Expected Depot Schedule, 2005.
References
Dr. Ben Bella Tawfic
E-mail:benbellat@gmail.com
Mobile:00201223761595
AssistantProfessor, SuezCanal University,Egypt
Dr. Amgad Baioumy
E-mail:DRAMGAD@MEP-LS.com
Mobile:00201001163579
Assistant Professor, Modern Science and Arts
University MSA, Egypt.
Dr. Mohamed Kamel
E-mail:kamelema_1971@hotmail.com
Mobile:00201147697594
Headof AircraftMechanicsDepartment, Military
Technical College,Egypt.
Eng. Amr Hussien Gamal, MBA, MSC
E-mail:amr.m.hussien@hotmail.com
Mobile:00966596405747
SeniorMechanical Engineer,Technical Support
Department, NOMACCompany,ACWAPower
Group,Saudi Arabia.