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$17 USD / hour
Flag of AUSTRALIA
perth, australia
$17 USD / hour
It's currently 6:24 PM here
Joined November 6, 2019
0 Recommendations

Harry P.

@HarryHutchison

 5.0 (1 review)
1.0
1.0
100%
100%
$17 USD / hour
Flag of AUSTRALIA
perth, australia
$17 USD / hour
100%
Jobs Completed
100%
On Budget
100%
On Time
N/A
Repeat Hire Rate

Master Mechanical Engineer

MEng mechanical engineer and Experienced CAD draftsman/photo realistic rendering. Specialising in Design, Reverese engineering and Drafting
Freelancer Solidworks Designers Australia
See all Solidworks Designers in Australia

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Portfolio

5826988
Differential Mount Design Report
5826859
3D Print file for Freelancer Contest. Created using an initial 2D image of the character.
3D Print - Metropolibot
5826756
Housing design for a Portable Multi-use pump using solidworks.
Portable Pump Housing
5826655
ANSYS Damage Criterion Literature Review
5826505
3D .stl file created for a client. I was provided with 3 Photographs & some technical drawings, from this a 3D model was created in just under 3 hours. The client was then able to submit the .stl to be 3D printed.
3D Print Design - Coffee Lid
3D .stl file created for a client. I was provided with 3 Photographs & some technical drawings, from this a 3D model was created in just under 3 hours. The client was then able to submit the .stl to be 3D printed.
3D Print Design - Coffee Lid
3D .stl file created for a client. I was provided with 3 Photographs & some technical drawings, from this a 3D model was created in just under 3 hours. The client was then able to submit the .stl to be 3D printed.
3D Print Design - Coffee Lid
3D .stl file created for a client. I was provided with 3 Photographs & some technical drawings, from this a 3D model was created in just under 3 hours. The client was then able to submit the .stl to be 3D printed.
3D Print Design - Coffee Lid
5826370
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount
5826988
Differential Mount Design Report
5826859
3D Print file for Freelancer Contest. Created using an initial 2D image of the character.
3D Print - Metropolibot
5826756
Housing design for a Portable Multi-use pump using solidworks.
Portable Pump Housing
5826655
ANSYS Damage Criterion Literature Review
5826505
3D .stl file created for a client. I was provided with 3 Photographs & some technical drawings, from this a 3D model was created in just under 3 hours. The client was then able to submit the .stl to be 3D printed.
3D Print Design - Coffee Lid
3D .stl file created for a client. I was provided with 3 Photographs & some technical drawings, from this a 3D model was created in just under 3 hours. The client was then able to submit the .stl to be 3D printed.
3D Print Design - Coffee Lid
3D .stl file created for a client. I was provided with 3 Photographs & some technical drawings, from this a 3D model was created in just under 3 hours. The client was then able to submit the .stl to be 3D printed.
3D Print Design - Coffee Lid
3D .stl file created for a client. I was provided with 3 Photographs & some technical drawings, from this a 3D model was created in just under 3 hours. The client was then able to submit the .stl to be 3D printed.
3D Print Design - Coffee Lid
5826370
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount
Total Design Process of a Differential Mounting system for a Formula Racing Car. - Conceptual Designs created in Solidworks - Driveline Dynamics simulated in Matlab Simulink (calcualted the maximum forces acting on the mount when under going harsh acceleration) - Dynamic profile implemented into FEA (ANSYS) to investigate areas of low/high stress - Topology Optimization used to remove areas with signifactly low stress values, thus reducing unwanted mass - Final Design was created and fatigue testing estimated the products lifetime + maintenance schedules
Differential Mount

Reviews

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5.0
$30.00 USD
3D modelling a lid for a coffee grinder
It was a great pleasure to work with Harry. He was very professional and even suggested some improvements on the required 3D model. I would definitely hire him again for future projects.
3D Rendering
Solidworks
3ds Max
3D Modelling
3D Animation
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Flag of Andreas Z.
@zoerbnet
•
4 years ago

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Solidworks 1
3D Modelling 1
Data Entry
Engineering
Excel

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