Ảnh đại diện của AhmedElsadek
Làm thành viên từ Ngày 28 tháng 03 năm 2014
2 Đề xuất


Trực tuyến Ngoại tuyến
Graduate Teaching Assistant and PhD candidate in Aerospace Engineering at UCF. I have a broad experience that spans dynamics and controls, programming using Matlab/Simulink, C++ and Mathematica. I also worked as an application engineer and experienced in CAD modeling using CATIA. Current research interests are space robotics and autonomous systems.
$10 USD/giờ
0 đánh giá
  • N/ACác công việc hoàn thành
  • N/AĐúng ngân sách
  • N/AĐúng giờ
  • N/ATỉ lệ thuê lại


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Kinh nghiệm

Graduate Teaching Assistant

Jan 2017

Aerospace Engineering PhD student. Research interests includes nonlinear dynamics, autonomous systems, space robotics.

Teaching/Research Assistant

Mar 2015 - Dec 2016 (1 year)

Teaching experience includes: Dynamics and Controls Incompressible Aerodynamics Autonomous Systems Research: Nonlinear Dynamics - Swarm Robotics - Autonomous Vehicles

Software Engineer

Sep 2013 - Dec 2013 (3 months)

Developed a script (parser) to translate Permas models to MSC Nastran using Python

Technical Office – Planning and follow up

Aug 2012 - Aug 2013 (1 year)

-Prepared a technical study for the installation of a vacuum system for CEMEX – Assiut Sacks Factory, the study was supported with three dimensional arrangements using CATIA V5 for pipes routing and calculation of major and minor losses using pipe flow expert and Matlab. -Contributed in planning for upgrading lines 5 and 6 for National Cement Company from EP filters to bag filters using MS Project. -Contributed in planning for exchanging an EP filter with a bag filter for Assiut Cement Company – CEMEX.

CATIA V5/V6 & SIMULIA Abaqus Technical Support

Mar 2012 - Aug 2012 (5 months)

Instructed basic CATIA V5 course for Egypt Aluminum Company.

Giáo dục

B.Sc. in Aerospace Engineering

2005 - 2011 (6 years)

M.Sc. in Aerospace Engineering

2011 - 2014 (3 years)

Bằng cấp

TOEFL iBT (2016)


I received a score of 107 out of 120 Writing: 29 Speaking: 24 Listening: 26 Reading: 26 Reading: 22

Các xuất bản

Stability Analysis of Longitudinal Dynamics of Hovering Flapping MAVs/Insects

Flight Dynamics of FWMAVs and insects constitutes a nonlinear time periodic system with unconventional contributors to the aerodynamics of fl periodic equilibrium of the nonlinear time periodic system is captured using the optimized shooting method. Furthermore, Floquet theorem is used to assess the stability of the captured periodic orbit corresponding to hovering equilibrium.

Parametrized Experience Exchange in Expert - Fellow Swarm Robotic System

A novel approach to enhance the swarm agents performance throughout sharing a new experience, acquired by an expert robotic agent, among the swam group via a communication broadcast.

Chứng Nhận

  • US English Level 1

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