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$35 USD / hour
Flag of BANGLADESH
rajshahi, bangladesh
$35 USD / hour
It's currently 6:52 AM here
Joined July 18, 2008
0 Recommendations

Md Shihabul H.

@DigitalXpress

verified.svg
5.0 (5 reviews)
3.6
3.6
$35 USD / hour
Flag of BANGLADESH
rajshahi, bangladesh
$35 USD / hour
100%
Jobs Completed
100%
On Budget
100%
On Time
33%
Repeat Hire Rate

Expert in CAD, CNC Programming and Wood Carving

Hello, I’m Shihab, a Mechanical Engineer with years of experience in Autodesk Inventor, Autodesk Fusion 360 and CNC Wood Carving software. I’ve worked with clients across the globe to create high-end products that stand out from the crowd. I’m skilled in the following areas: ● Designing 3D models for Rendering ● Product Presentation ● Asset Production ● 3D Printing ● 3-axis CNC Machining ● Wood Carving Designs ● Generating G-Code for CNC Routers ● Autodesk Inventor ● Autodesk Fusion 360 ● Vectric Aspire ● Vectric V-Carve Pro ● Blender If you’re interested in my work, I have multiple available portfolios you can check out: ● [login to view URL] ● [login to view URL] I’m proud of the work I do, and would happily chat about my past work to give you a better sense of my abilities and my passion. So, feel free to reach out! I’m available via Freelancer, and love bringing on new clients. Thanks for stopping by, and I hope to hear from you soon!
Freelancer CAD/CAM Designers Bangladesh

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Portfolio Items

This was a project of cutting Cora Foam with CNC to make a logo in two formats. My job was to design the logo according to the supplied drawing and programming the CNC toolpath in G-code for a specific machine with specific tools in an efficient way. The end result was supplied by my client.
CNC V-Carve - Cora Foam - 29
This was a project of cutting Cora Foam with CNC to make a logo in two formats. My job was to design the logo according to the supplied drawing and programming the CNC toolpath in G-code for a specific machine with specific tools in an efficient way. The end result was supplied by my client.
CNC V-Carve - Cora Foam - 29
This was a project of cutting Cora Foam with CNC to make a logo in two formats. My job was to design the logo according to the supplied drawing and programming the CNC toolpath in G-code for a specific machine with specific tools in an efficient way. The end result was supplied by my client.
CNC V-Carve - Cora Foam - 29
This was a project of cutting Cora Foam with CNC to make a logo in two formats. My job was to design the logo according to the supplied drawing and programming the CNC toolpath in G-code for a specific machine with specific tools in an efficient way. The end result was supplied by my client.
CNC V-Carve - Cora Foam - 29
This was a project of cutting Cora Foam with CNC to make a logo in two formats. My job was to design the logo according to the supplied drawing and programming the CNC toolpath in G-code for a specific machine with specific tools in an efficient way. The end result was supplied by my client.
CNC V-Carve - Cora Foam - 29
This was a project of cutting Cora Foam with CNC to make a logo in two formats. My job was to design the logo according to the supplied drawing and programming the CNC toolpath in G-code for a specific machine with specific tools in an efficient way. The end result was supplied by my client.
CNC V-Carve - Cora Foam - 29
This was a project of cutting Cora Foam with CNC to make a logo in two formats. My job was to design the logo according to the supplied drawing and programming the CNC toolpath in G-code for a specific machine with specific tools in an efficient way. The end result was supplied by my client.
CNC V-Carve - Cora Foam - 29
This was a project of cutting Cora Foam with CNC to make a logo in two formats. My job was to design the logo according to the supplied drawing and programming the CNC toolpath in G-code for a specific machine with specific tools in an efficient way. The end result was supplied by my client.
CNC V-Carve - Cora Foam - 29
This was a project of cutting Cora Foam with CNC to make a logo inside a frame. My job was to design the logo according to the supplied drawing and programming the CNC toolpath in G-code for a specific machine with specific tools in an efficient way. The end result was supplied by my client.
CNC V-Carve - Cora Foam - 25
This was a project of cutting Cora Foam with CNC to make a logo inside a frame. My job was to design the logo according to the supplied drawing and programming the CNC toolpath in G-code for a specific machine with specific tools in an efficient way. The end result was supplied by my client.
CNC V-Carve - Cora Foam - 25
This was a project of cutting Cora Foam with CNC to make a logo inside a frame. My job was to design the logo according to the supplied drawing and programming the CNC toolpath in G-code for a specific machine with specific tools in an efficient way. The end result was supplied by my client.
CNC V-Carve - Cora Foam - 25
This is a project of designing toolpath for a Haas CNC 3-Axis Milling Machine from a supplied model. The toolpath is designed and G-Code is generated considering maximum tool life
CNC 3-Axis Mill - Example 02
This is a project of designing toolpath for a Haas CNC 3-Axis Milling Machine from a supplied model. The toolpath is designed and G-Code is generated considering maximum tool life
CNC 3-Axis Mill - Example 02
This is a project of designing toolpath for a Haas CNC 3-Axis Milling Machine from a supplied model. The toolpath is designed and G-Code is generated considering maximum tool life
CNC 3-Axis Mill - Example 02
This is a project of designing toolpath for a Haas CNC 3-Axis Milling Machine from a supplied model. The toolpath is designed and G-Code is generated considering maximum tool life
CNC 3-Axis Mill - Example 02
This is a project of making toolpath and G-code for a CNC lathe machine according to the supplied model dimension. Toolpath is calculated for maximum tool life.
CNC Lathe - Turning Groove 02
This is a project of making toolpath and G-code for a CNC lathe machine according to the supplied model dimension. Toolpath is calculated for maximum tool life.
CNC Lathe - Turning Groove 02
This is a project of making toolpath and G-code for a CNC lathe machine according to the supplied model dimension. Toolpath is calculated for maximum tool life.
CNC Lathe - Turning Groove 02
This is a project of making toolpath and G-code for a CNC lathe machine according to the supplied model dimension. Toolpath is calculated for maximum tool life.
CNC Lathe - Turning Groove 02
This is a project of making toolpath and G-code for a CNC lathe machine according to the supplied model dimension. Toolpath is calculated for maximum tool life.
CNC Lathe - Turning Groove 02
This is a project of making toolpath and G-code for a CNC lathe machine according to the supplied model dimension. Toolpath is calculated for maximum tool life.
CNC Lathe - Turning Groove 02
This is a project of making toolpath and G-code for a CNC lathe machine according to the supplied model dimension. Toolpath is calculated for maximum tool life.
CNC Lathe - Turning Groove 02
This is a project of making toolpath and G-code for a CNC lathe machine according to the supplied model dimension. Toolpath is calculated for maximum tool life.
CNC Lathe - Turning Groove 02
This is a project of making toolpath and G-code for a CNC lathe machine according to the supplied model dimension. Toolpath is calculated for maximum tool life.
CNC Lathe - Turning Groove 02
This is an example project of making Wood Inlays with CNC. Male and female part with different color wood is to cut with CNC and then bonded with glue together. Later the surface has to be machined to get a nice finish.
CNC Wood - Inlays 01
This is an example project of making Wood Inlays with CNC. Male and female part with different color wood is to cut with CNC and then bonded with glue together. Later the surface has to be machined to get a nice finish.
CNC Wood - Inlays 01
This is an example project of making Wood Inlays with CNC. Male and female part with different color wood is to cut with CNC and then bonded with glue together. Later the surface has to be machined to get a nice finish.
CNC Wood - Inlays 01
This is an example project of making Wood Inlays with CNC. Male and female part with different color wood is to cut with CNC and then bonded with glue together. Later the surface has to be machined to get a nice finish.
CNC Wood - Inlays 01
This is an example project of making Wood Inlays with CNC. Male and female part with different color wood is to cut with CNC and then bonded with glue together. Later the surface has to be machined to get a nice finish.
CNC Wood - Inlays 01
This is an example project of making Wood Inlays with CNC. Male and female part with different color wood is to cut with CNC and then bonded with glue together. Later the surface has to be machined to get a nice finish.
CNC Wood - Inlays 01
This is an example project of making Wood Inlays with CNC. Male and female part with different color wood is to cut with CNC and then bonded with glue together. Later the surface has to be machined to get a nice finish.
CNC Wood - Inlays 01
This is a project of making an Aluminum fin for heat transfer analysis. This model have the following parameters:

Heat Receiving Surface Diameter: 20 mm.
Heat Receiving Surface Area: 314 square mm.
Fins' Height: 20 mm.
Number of Fins: 30.
Fins' Diameter: 70 mm.
Total Fins' Surface Area: 30312.90 square mm.
Total Radiative Area: 32840.63 square mm.
Material: Aluminum 6061.
Heatsink - Fins - 01
This is a project of making an Aluminum fin for heat transfer analysis. This model have the following parameters:

Heat Receiving Surface Diameter: 20 mm.
Heat Receiving Surface Area: 314 square mm.
Fins' Height: 20 mm.
Number of Fins: 30.
Fins' Diameter: 70 mm.
Total Fins' Surface Area: 30312.90 square mm.
Total Radiative Area: 32840.63 square mm.
Material: Aluminum 6061.
Heatsink - Fins - 01
This is a project of making an Aluminum fin for heat transfer analysis. This model have the following parameters:

Heat Receiving Surface Diameter: 20 mm.
Heat Receiving Surface Area: 314 square mm.
Fins' Height: 20 mm.
Number of Fins: 30.
Fins' Diameter: 70 mm.
Total Fins' Surface Area: 30312.90 square mm.
Total Radiative Area: 32840.63 square mm.
Material: Aluminum 6061.
Heatsink - Fins - 01

Reviews

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Showing 1 - 5 out of 5 reviews
Filter reviews by: 5.0
$250.00 USD
He did a great job in design and troubled shooted my intial design flaws in my bent steek project
3D Rendering Autodesk Inventor Blender Architectural Rendering
+1 more
R
Flag of Martin H. @roastedright
4 months ago
5.0
$20.00 USD
Very honest and knowledgeable. I would recommend him to any one.
3D Printing
J
Flag of Jaundre D. @jaundre6
1 year ago
5.0
$120.00 USD
This is the 2nd job he has done for me , outstanding 3d and cad work , I would work with him again
CAD/CAM AutoCAD 3D Modelling 3D Design
+1 more
R
Flag of Martin H. @roastedright
1 year ago
5.0
$100.00 USD
He outstanding work , and improved on my design
CAD/CAM AutoCAD
R
Flag of Martin H. @roastedright
1 year ago
5.0
$36.00 NZD
Work was high quality and delivered on time.
Audio Production Audio Processing Signal Processing Video Processing Audio Editing
User Avatar
Flag of George X. @gxnz
2 years ago

Education

Marine Engineering COC Class 3

Southampton Solent University, United Kingdom 2010 - 2013
(3 years)

BSc in Mechanical Engineering

Khulna University of Engineering and Technology, Bangladesh 2005 - 2010
(5 years)

Qualifications

Marine Engineering COC Class 3

Warsash Maritime Academy, Southampton Solent University, UK
2013
Marine Engineer competency certificate class 3 for merchant marine vessel.

BSc in Mechanical Engineering

Khulna University of Engineering & Technology
2010
4 year bachelor degree in Mechanical Engineering.

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Top Skills

CAD/CAM 2 3D Rendering 2 Autodesk Inventor 2 Audio Processing 2 Blender 2

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