Muhamed Abdelfattah

Address: Montreal, Quebec

Phone: 438-***-****

Email: ac6k3b@r.postjobfree.com

DOB: 28th of October 1989

PROFILE

• Aeronautical Engineer specialized in Airframe design including flight dynamics, Aerodynamics, Aircraft Stability and Control, Aircraft Performance

• Strong English and French linguistic ability

• Design and Manufacturing with deep knowledge of aircraft structures/systems integration/ Simulation

• Technical skills include CATIA, SAP, Nastran, ANSYS, and AutoCAD among others.

• Experience in Database developing using SQL

• Autonomous & capable to work in a team

EDUCATION

• Master of Aerospace Engineering at Concordia University Jan 2015 – June 2017

• Bachelor of Aerospace Engineering at Cairo University Sep 2006 – July 2011 WORK EXPERIENCE

Customer Service Representative at Rogers ( Montreal, QC ) Nov 2017 – present Researcher in High Pressure Turbine (HPT) Design for Turbofan Engine Jan 2016 – May 2016 Pratt and Whitney Canada Montreal, Qc

• This project aims to design and develop a High Pressure Turbine (HPT) that offers the best value for the customers in terms of maintenance cost, fuel cost and overall cost.

• A trade off study is involved in the project life cycle to assure cost savings for clients.

• Using CATIA V5 in the project development stage for shape configuration and thermal analysis. ORACLE-Developer Jan 2014 – May 2014

Fujitsu Cairo, Egypt

• ADF (application development framework) Developer.

• PL-SQL Developer /XML & BI Publisher / Oracle Forms & Reports Builders. SAP Administration Consultant June 2014 – Nov 2014 SAP Cairo, Egypt

• SAP Netweaver 7.31 Administration

• SAP Solution Manager Administration for early watch and risk monitoring and managing spool Of On- Premise systems to fit the allocated resources perfectly

• SAP HANA SPS07 Administration and operations / SAP HANA Cloud Integration UAV (Unmanned Arial vehicles) Aeronautical Engineer Sep 2010 – Nov 2013 Egyptian Aviation Academy Cairo, Egypt

• Airframe design including flight dynamics, Aerodynamics, Aircraft Stability and Control, Aircraft Performance. Developing Drafts required for Manufacturing (CATIA V5, SolidWorks, AutoCAD).

• Responsible for Design and Manufacturing of the UAV airframe (Preliminary design to detailed design), identifying the ideal design point of the airframe and running through design tests using XFLR5 software for assuring that the final design satisfies the main requirements of the aircraft mission.

• Passing through all stages of the project life cycle starting from project planning, development till production stages and cost management.

The main used software are CATIA, ANSYS, XFLR5 V6 (used for creating analytical models to test static and dynamic stability, maneuver) and SAP ERP for resources and cost management. Aircraft Maintenance Engineer (Airframe & Powerplant) May 2009 – September 2010 Egypt Air Cairo, Egypt

• Internship work for Aeronautical Engineers in Aircraft Maintenance (Airframe/Powerplant).

• Analyzing the maintenance task on hands and apply the relevant maintenance procedure.

• Accomplish maintenance procedures using different types of maintenance manuals. COMPUTER SKILLS

Design and Modeling:

• XFLR5 / CATIA V5 / ANSYS / Nastran / UG / SolidWorks / AutoCAD Programming applications:

• C++ / Matlab / SQL / PL-SQL / ABAP

ERP Systems:

• SAP HANA Cloud SPS07 Administration / SAP Netweaver 7.31 Administration.

• Oracle (Forms & Reports) builder.

ACADEMIC PROJECTS

Dates: Jan/2017 – August/2017

Project Title: Design and CFD analysis of a closed loop Wind Tunnel Professor’s Name, City: Ali Dolatabali ( Concordia University ), Montreal Project Description: This Project aims to achieve a new design of a closed loop wind Tunnel and test the design by both ANSYS and experiments. Rain simulation is included and tested by ANSYS.

Dates: Jan/2015 – April/2015

Project Title: CAD/CAM/CAE Design, Analysis and Simulation of Helicopter main rotor

Professor’s Name, City: Chevy Chen ( Concordia University ), Montreal Project Description: Using CATIA-V5 and ANSYS-CFX a complete design of main helicopter Rotor mechanism has been designed. The simulation has been carried out By using CATIA DMU Kinematics.

Using C++ Add-ons to program and modify the shape and equations of point mils, gears, rotor blades.

Dates: September/2010 – July/2011

Project Title: UAV (Unmanned Aerial Vehicle) Design and Manufacturing Professor’s Name, City: Moustafa Adnan ( Cairo University), Cairo Project Description: In this project, the design of the Shadow-RQ7 UAV has been done depending on 1.5 Kg of payload. Used Software are ANSYS, Nastran, XFLR5 and AutoCAD. The manufacturing phase has been

=done by using fiber glass and carbon fiber.

LICENCES AND CERTIFICATIONS

• Basic Course for Aeronautical Engineers in Aircraft Maintenance (Airframe/Power plant). SAP HANA SPS07 Administration.

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