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$15 USD / hour
Flag of EGYPT
hurghada 2, egypt
$15 USD / hour
It's currently 8:45 AM here
Joined January 25, 2017
0 Recommendations

Osama M.

@osamaMohammedM

 5.0 (10 reviews)
5.4
5.4
100%
100%
$15 USD / hour
Flag of EGYPT
hurghada 2, egypt
$15 USD / hour
100%
Jobs Completed
100%
On Budget
100%
On Time
25%
Repeat Hire Rate

Mechanical Design Engineer

My name is Osama Mohamed I’m a mechanical design engineer also I’m working as a full-time Product Development Engineer at an Automotive OEM company. I have great work experience in mechanical design. this is my Profile I wish you enjoy it. For CAE I’m working with SolidWorks, Siemens PLM, and ANSYS software I’m also working with ANSYS and SimCenter tools for CFD, FEA, FSI, Transient Structural, and Rigid Dynamics simulations. for model-based simulation I'm using MATLAB and Amesim. for Rendering, I’m very good with KeyShot. In this Profile, you can find some of my regularly done projects some of these projects were presented as part of a design report, you will gain a simple idea about these projects through this profile. THIS PROFILE IS NEW SO I DON'T HAVE A LOT OF PROJECTS HERE I hope you enjoy my profile and get in touch as soon as possible..,
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Portfolio

10535810
Wankel Engine CFD Simuation
Wankel Engine CFD Simuation
Wankel Engine CFD Simuation
Wankel Engine CFD Simuation
10475474
Product design, render and animation project
Product design, render and animation project
10025716
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
10025694
This is a research project I’ve worked on it to study the effect of the shape of bullet tip on the strength and angle of the shock wave. I’ve used ANSYS Fluent with 2D geometry to carry out this analysis.
CFD analysis of Bullet Tip shape effect in shock wave
This is a research project I’ve worked on it to study the effect of the shape of bullet tip on the strength and angle of the shock wave. I’ve used ANSYS Fluent with 2D geometry to carry out this analysis.
CFD analysis of Bullet Tip shape effect in shock wave
This is a research project I’ve worked on it to study the effect of the shape of bullet tip on the strength and angle of the shock wave. I’ve used ANSYS Fluent with 2D geometry to carry out this analysis.
CFD analysis of Bullet Tip shape effect in shock wave
This is a research project I’ve worked on it to study the effect of the shape of bullet tip on the strength and angle of the shock wave. I’ve used ANSYS Fluent with 2D geometry to carry out this analysis.
CFD analysis of Bullet Tip shape effect in shock wave
This is a research project I’ve worked on it to study the effect of the shape of bullet tip on the strength and angle of the shock wave. I’ve used ANSYS Fluent with 2D geometry to carry out this analysis.
CFD analysis of Bullet Tip shape effect in shock wave
This is a research project I’ve worked on it to study the effect of the shape of bullet tip on the strength and angle of the shock wave. I’ve used ANSYS Fluent with 2D geometry to carry out this analysis.
CFD analysis of Bullet Tip shape effect in shock wave
This is a research project I’ve worked on it to study the effect of the shape of bullet tip on the strength and angle of the shock wave. I’ve used ANSYS Fluent with 2D geometry to carry out this analysis.
CFD analysis of Bullet Tip shape effect in shock wave
This is a research project I’ve worked on it to study the effect of the shape of bullet tip on the strength and angle of the shock wave. I’ve used ANSYS Fluent with 2D geometry to carry out this analysis.
CFD analysis of Bullet Tip shape effect in shock wave
This is a research project I’ve worked on it to study the effect of the shape of bullet tip on the strength and angle of the shock wave. I’ve used ANSYS Fluent with 2D geometry to carry out this analysis.
CFD analysis of Bullet Tip shape effect in shock wave
This is a research project I’ve worked on it to study the effect of the shape of bullet tip on the strength and angle of the shock wave. I’ve used ANSYS Fluent with 2D geometry to carry out this analysis.
CFD analysis of Bullet Tip shape effect in shock wave
10025662
Laryngoscopy is a medical device a doctor uses to look at the larynx (voice box), including the vocal cords, as well as nearby structures like the back of the throat. in this project, a customer required a new reliable design for a laryngoscope including a waterproof bath for a camera to facilitate its use, also it’s designed for use with variable knives.
Laryngoscope with waterproof camera position
Laryngoscopy is a medical device a doctor uses to look at the larynx (voice box), including the vocal cords, as well as nearby structures like the back of the throat. in this project, a customer required a new reliable design for a laryngoscope including a waterproof bath for a camera to facilitate its use, also it’s designed for use with variable knives.
Laryngoscope with waterproof camera position
Laryngoscopy is a medical device a doctor uses to look at the larynx (voice box), including the vocal cords, as well as nearby structures like the back of the throat. in this project, a customer required a new reliable design for a laryngoscope including a waterproof bath for a camera to facilitate its use, also it’s designed for use with variable knives.
Laryngoscope with waterproof camera position
Laryngoscopy is a medical device a doctor uses to look at the larynx (voice box), including the vocal cords, as well as nearby structures like the back of the throat. in this project, a customer required a new reliable design for a laryngoscope including a waterproof bath for a camera to facilitate its use, also it’s designed for use with variable knives.
Laryngoscope with waterproof camera position
10025643
This waterproof LED flashlight enclosure was designed for manufacturing by me this design achieved the IP66 rate, all GD&T standards were achieved to generate a very accurate mold for this design
Waterproof LED flashligh
This waterproof LED flashlight enclosure was designed for manufacturing by me this design achieved the IP66 rate, all GD&T standards were achieved to generate a very accurate mold for this design
Waterproof LED flashligh
This waterproof LED flashlight enclosure was designed for manufacturing by me this design achieved the IP66 rate, all GD&T standards were achieved to generate a very accurate mold for this design
Waterproof LED flashligh
This waterproof LED flashlight enclosure was designed for manufacturing by me this design achieved the IP66 rate, all GD&T standards were achieved to generate a very accurate mold for this design
Waterproof LED flashligh
This waterproof LED flashlight enclosure was designed for manufacturing by me this design achieved the IP66 rate, all GD&T standards were achieved to generate a very accurate mold for this design
Waterproof LED flashligh
10535810
Wankel Engine CFD Simuation
Wankel Engine CFD Simuation
Wankel Engine CFD Simuation
Wankel Engine CFD Simuation
10475474
Product design, render and animation project
Product design, render and animation project
10025716
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
In this contract, the customer asked me to do a CFD analysis for a given geometry for a CD nozzle this analysis had to be done with three different techniques of meshing and for four given exit pressures.
CFD analysis of CD nozzle
10025694
This is a research project I’ve worked on it to study the effect of the shape of bullet tip on the strength and angle of the shock wave. I’ve used ANSYS Fluent with 2D geometry to carry out this analysis.
CFD analysis of Bullet Tip shape effect in shock wave
This is a research project I’ve worked on it to study the effect of the shape of bullet tip on the strength and angle of the shock wave. I’ve used ANSYS Fluent with 2D geometry to carry out this analysis.
CFD analysis of Bullet Tip shape effect in shock wave
This is a research project I’ve worked on it to study the effect of the shape of bullet tip on the strength and angle of the shock wave. I’ve used ANSYS Fluent with 2D geometry to carry out this analysis.
CFD analysis of Bullet Tip shape effect in shock wave
This is a research project I’ve worked on it to study the effect of the shape of bullet tip on the strength and angle of the shock wave. I’ve used ANSYS Fluent with 2D geometry to carry out this analysis.
CFD analysis of Bullet Tip shape effect in shock wave
This is a research project I’ve worked on it to study the effect of the shape of bullet tip on the strength and angle of the shock wave. I’ve used ANSYS Fluent with 2D geometry to carry out this analysis.
CFD analysis of Bullet Tip shape effect in shock wave
This is a research project I’ve worked on it to study the effect of the shape of bullet tip on the strength and angle of the shock wave. I’ve used ANSYS Fluent with 2D geometry to carry out this analysis.
CFD analysis of Bullet Tip shape effect in shock wave
This is a research project I’ve worked on it to study the effect of the shape of bullet tip on the strength and angle of the shock wave. I’ve used ANSYS Fluent with 2D geometry to carry out this analysis.
CFD analysis of Bullet Tip shape effect in shock wave
This is a research project I’ve worked on it to study the effect of the shape of bullet tip on the strength and angle of the shock wave. I’ve used ANSYS Fluent with 2D geometry to carry out this analysis.
CFD analysis of Bullet Tip shape effect in shock wave
This is a research project I’ve worked on it to study the effect of the shape of bullet tip on the strength and angle of the shock wave. I’ve used ANSYS Fluent with 2D geometry to carry out this analysis.
CFD analysis of Bullet Tip shape effect in shock wave
This is a research project I’ve worked on it to study the effect of the shape of bullet tip on the strength and angle of the shock wave. I’ve used ANSYS Fluent with 2D geometry to carry out this analysis.
CFD analysis of Bullet Tip shape effect in shock wave
10025662
Laryngoscopy is a medical device a doctor uses to look at the larynx (voice box), including the vocal cords, as well as nearby structures like the back of the throat. in this project, a customer required a new reliable design for a laryngoscope including a waterproof bath for a camera to facilitate its use, also it’s designed for use with variable knives.
Laryngoscope with waterproof camera position
Laryngoscopy is a medical device a doctor uses to look at the larynx (voice box), including the vocal cords, as well as nearby structures like the back of the throat. in this project, a customer required a new reliable design for a laryngoscope including a waterproof bath for a camera to facilitate its use, also it’s designed for use with variable knives.
Laryngoscope with waterproof camera position
Laryngoscopy is a medical device a doctor uses to look at the larynx (voice box), including the vocal cords, as well as nearby structures like the back of the throat. in this project, a customer required a new reliable design for a laryngoscope including a waterproof bath for a camera to facilitate its use, also it’s designed for use with variable knives.
Laryngoscope with waterproof camera position
Laryngoscopy is a medical device a doctor uses to look at the larynx (voice box), including the vocal cords, as well as nearby structures like the back of the throat. in this project, a customer required a new reliable design for a laryngoscope including a waterproof bath for a camera to facilitate its use, also it’s designed for use with variable knives.
Laryngoscope with waterproof camera position
10025643
This waterproof LED flashlight enclosure was designed for manufacturing by me this design achieved the IP66 rate, all GD&T standards were achieved to generate a very accurate mold for this design
Waterproof LED flashligh
This waterproof LED flashlight enclosure was designed for manufacturing by me this design achieved the IP66 rate, all GD&T standards were achieved to generate a very accurate mold for this design
Waterproof LED flashligh
This waterproof LED flashlight enclosure was designed for manufacturing by me this design achieved the IP66 rate, all GD&T standards were achieved to generate a very accurate mold for this design
Waterproof LED flashligh
This waterproof LED flashlight enclosure was designed for manufacturing by me this design achieved the IP66 rate, all GD&T standards were achieved to generate a very accurate mold for this design
Waterproof LED flashligh
This waterproof LED flashlight enclosure was designed for manufacturing by me this design achieved the IP66 rate, all GD&T standards were achieved to generate a very accurate mold for this design
Waterproof LED flashligh

Reviews

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Showing 1 - 5 out of 10 reviews
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5.0
$120.00 USD
Cluster wind Turbine CFD
He is realy hardworking and determined towards his work.
3D Rendering
Finite Element Analysis
3D Modelling
3D Printing
+1 more
A
Flag of Rida A.
@alayakhan491
•
3 months ago
5.0
€200.00 EUR
Floating barrier nonlinear dynamics analysis
It was the pleasure working with Osama!
3D Rendering
Mechanical Engineering
3D Modelling
3D Printing
+1 more
User Avatar
Flag of Drago Z.
@dragoarkovic
•
4 months ago
5.0
$360.00 USD
FSI With model
He really knows his work and area of expertise.
3D Rendering
Finite Element Analysis
3D Modelling
3D Printing
+1 more
A
Flag of Rida A.
@alayakhan491
•
8 months ago
5.0
$200.00 CAD
Conical Shell FSI natural frequancy Validation
He is knowledgeable and understands what I am seeking.
3D Rendering
Mechanical Engineering
3D Modelling
3D Printing
+1 more
M
Flag of Amin A.
@MAEABBH
•
8 months ago
5.0
$19.00 USD
Project 36731573 has been deleted
Very professional services the work done as I wanted and at the fastest possible timeline, very satisfied and happy to work with him
B
Closed User
@baselsamy99
•
10 months ago

Experience

R&D Product Development Engineer

Al Nasr Automotive Manufacturing Company
Jan 2022 - Present
At NASCO, I’m working as a 2nd Engineer in the Research and Development Center responsible for the Homologation, Testing & Prototyping, and CAE of the first Egyptian Electric vehicle. I’m one of the first Egyptian EV R&D Teams.

R&D Product Development Engineer

Al Nasr Automotive Manufacturing Company
Jan 2022 - Present
At NASCO, I’m working as a 2nd Engineer in the Research and Development Center responsible for the Homologation, Testing & Prototyping, and CAE of the first Egyptian Electric vehicle. I’m one of the first Egyptian EV R&D Teams.

Teaching Assistant

New Cairo Technological University
Nov 2021 - Jan 2022 (2 months, 2 days)
After finishing my military service, I started a full-time position as a Teaching assistant specializing in CAD/CAM at the department of renewable energy at the faculty of Industry and Energy Technology at NCT University.

Education

bachelor's degree in Mechanical Engineering

South Valley University, Egypt 2015 - 2020
(5 years)

Qualifications

CSWP - Mechanical Design

Dassault Systemes
2022
Certified as SolidWorks professional mechanical design engineer this certificate is provided by SolidWorks and 3DEXPERIENCE a registered trademark of Dassault Systemes

CSWP - Sheet Metal

Dassault Systemes
2022
Certified SolidWorks Professional - Sheet Metal

CSWP - Drawing Tools

Dassault Systemes
2022
Certified SolidWorks Professional - Drawing Tools

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Top Skills

3D Modelling 8
3D Rendering 7
3D Printing 7
Finite Element Analysis 4
Bill of Materials (BOM) Evaluation 3

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