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3D Modelling 3D Rendering AutoCAD CAD/CAM Solidworks
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Abid

@abidpervaizpk

monthly-level-four.svgverified-v3.svgpreferred-freelancer-v3.svg
4.9
97

7.6

7.6

97%

✓Best-Provider ♛Engineering ♛Design ♛Tech Drawing

$35 USD / Hour

・

Flag of PAKISTAN

Pakistan (12:04 PM)

・

Joined on April 11, 2021

・

2 Recommendations

$35 USD / Hour

・

Best services such as Engineering Service , Design & Technical Drawing Service(AutoCAD from Paper Sketch). - ✅ CAD/CAM ♛ [SolidWorks, Inventor] - ✅ Design ♛ [Solidworks, Inventor] - ✅ Drawing ♛ [AutoCAD, PDF] - ✅ Sketch to AutoCAD .dwg Converting ♛ [AutoCAD] - ✅ 3D Modeling and Rendering - ✅ 3D Printing, Product Design - ✅ Industrial Automation Engineering: PLC/HMI/SCADA - ✅ Electronic, PCB design

Verifications

On time

100%

On budget

100%

Accept rate

82%

Repeat hire rate

4%

Freelancer 3D Modellers Pakistan
See all 3D Modellers in Pakistan

Portfolio

Portfolio

11820341
Converting a sketch to an AutoCAD DWG requires transforming a static raster image into precise, editable vectors. The most reliable workflow is manual tracing over a scanned image, as automatic raster-to-vector tools frequently result in messy lines, distorted text, and inaccurate scales.

Sketch to CAD[AutoCAD]

Converting a sketch to an AutoCAD DWG requires transforming a static raster image into precise, editable vectors. The most reliable workflow is manual tracing over a scanned image, as automatic raster-to-vector tools frequently result in messy lines, distorted text, and inaccurate scales.

Sketch to CAD[AutoCAD]

Converting a sketch to an AutoCAD DWG requires transforming a static raster image into precise, editable vectors. The most reliable workflow is manual tracing over a scanned image, as automatic raster-to-vector tools frequently result in messy lines, distorted text, and inaccurate scales.

Sketch to CAD[AutoCAD]

13982233
3D mechanical model design is critical because it enables virtual prototyping, accurate dimensioning, and interference analysis before manufacturing. It reduces material waste, accelerates development time, and prevents costly errors by allowing engineers to simulate performance and collaborate seamlessly.

Mechanical Part , Assembly 3d CAD

3D mechanical model design is critical because it enables virtual prototyping, accurate dimensioning, and interference analysis before manufacturing. It reduces material waste, accelerates development time, and prevents costly errors by allowing engineers to simulate performance and collaborate seamlessly.

Mechanical Part , Assembly 3d CAD

3D mechanical model design is critical because it enables virtual prototyping, accurate dimensioning, and interference analysis before manufacturing. It reduces material waste, accelerates development time, and prevents costly errors by allowing engineers to simulate performance and collaborate seamlessly.

Mechanical Part , Assembly 3d CAD

13982252
Designing a 3D-printed enclosure requires prioritizing structural integrity, component tolerances, and thermal management. Core strategies include applying at least 2 mm of wall thickness for durability, adding a 0.5 mm clearance around internal parts to account for printing shrinkage, and designing built-in ventilation and cable routing paths early.

3D printing Model design

Designing a 3D-printed enclosure requires prioritizing structural integrity, component tolerances, and thermal management. Core strategies include applying at least 2 mm of wall thickness for durability, adding a 0.5 mm clearance around internal parts to account for printing shrinkage, and designing built-in ventilation and cable routing paths early.

3D printing Model design

Designing a 3D-printed enclosure requires prioritizing structural integrity, component tolerances, and thermal management. Core strategies include applying at least 2 mm of wall thickness for durability, adding a 0.5 mm clearance around internal parts to account for printing shrinkage, and designing built-in ventilation and cable routing paths early.

3D printing Model design

13982237
When building or selecting a 3D mechanical model (such as a 3D printable mechanical puzzle, CAD prototype, or custom scale model), the most important factors are functional articulation, material selection, and structural tolerance.

Mechanical design

When building or selecting a 3D mechanical model (such as a 3D printable mechanical puzzle, CAD prototype, or custom scale model), the most important factors are functional articulation, material selection, and structural tolerance.

Mechanical design

When building or selecting a 3D mechanical model (such as a 3D printable mechanical puzzle, CAD prototype, or custom scale model), the most important factors are functional articulation, material selection, and structural tolerance.

Mechanical design

11915155
Switchboard Design including busbar & breaker(Solidworks)

Switchboard Design

Switchboard Design including busbar & breaker(Solidworks)

Switchboard Design

13831247
We will create a high-quality 3D model for 3D printing using SolidWorks. The design will be accurate, clean, and ready for manufacturing. I will also provide the final STL file for easy and reliable 3D printing.

3D model for 3d printing

We will create a high-quality 3D model for 3D printing using SolidWorks. The design will be accurate, clean, and ready for manufacturing. I will also provide the final STL file for easy and reliable 3D printing.

3D model for 3d printing

We will create a high-quality 3D model for 3D printing using SolidWorks. The design will be accurate, clean, and ready for manufacturing. I will also provide the final STL file for easy and reliable 3D printing.

3D model for 3d printing

11820341
Converting a sketch to an AutoCAD DWG requires transforming a static raster image into precise, editable vectors. The most reliable workflow is manual tracing over a scanned image, as automatic raster-to-vector tools frequently result in messy lines, distorted text, and inaccurate scales.

Sketch to CAD[AutoCAD]

Converting a sketch to an AutoCAD DWG requires transforming a static raster image into precise, editable vectors. The most reliable workflow is manual tracing over a scanned image, as automatic raster-to-vector tools frequently result in messy lines, distorted text, and inaccurate scales.

Sketch to CAD[AutoCAD]

Converting a sketch to an AutoCAD DWG requires transforming a static raster image into precise, editable vectors. The most reliable workflow is manual tracing over a scanned image, as automatic raster-to-vector tools frequently result in messy lines, distorted text, and inaccurate scales.

Sketch to CAD[AutoCAD]

13982233
3D mechanical model design is critical because it enables virtual prototyping, accurate dimensioning, and interference analysis before manufacturing. It reduces material waste, accelerates development time, and prevents costly errors by allowing engineers to simulate performance and collaborate seamlessly.

Mechanical Part , Assembly 3d CAD

3D mechanical model design is critical because it enables virtual prototyping, accurate dimensioning, and interference analysis before manufacturing. It reduces material waste, accelerates development time, and prevents costly errors by allowing engineers to simulate performance and collaborate seamlessly.

Mechanical Part , Assembly 3d CAD

3D mechanical model design is critical because it enables virtual prototyping, accurate dimensioning, and interference analysis before manufacturing. It reduces material waste, accelerates development time, and prevents costly errors by allowing engineers to simulate performance and collaborate seamlessly.

Mechanical Part , Assembly 3d CAD

13982252
Designing a 3D-printed enclosure requires prioritizing structural integrity, component tolerances, and thermal management. Core strategies include applying at least 2 mm of wall thickness for durability, adding a 0.5 mm clearance around internal parts to account for printing shrinkage, and designing built-in ventilation and cable routing paths early.

3D printing Model design

Designing a 3D-printed enclosure requires prioritizing structural integrity, component tolerances, and thermal management. Core strategies include applying at least 2 mm of wall thickness for durability, adding a 0.5 mm clearance around internal parts to account for printing shrinkage, and designing built-in ventilation and cable routing paths early.

3D printing Model design

Designing a 3D-printed enclosure requires prioritizing structural integrity, component tolerances, and thermal management. Core strategies include applying at least 2 mm of wall thickness for durability, adding a 0.5 mm clearance around internal parts to account for printing shrinkage, and designing built-in ventilation and cable routing paths early.

3D printing Model design

13982237
When building or selecting a 3D mechanical model (such as a 3D printable mechanical puzzle, CAD prototype, or custom scale model), the most important factors are functional articulation, material selection, and structural tolerance.

Mechanical design

When building or selecting a 3D mechanical model (such as a 3D printable mechanical puzzle, CAD prototype, or custom scale model), the most important factors are functional articulation, material selection, and structural tolerance.

Mechanical design

When building or selecting a 3D mechanical model (such as a 3D printable mechanical puzzle, CAD prototype, or custom scale model), the most important factors are functional articulation, material selection, and structural tolerance.

Mechanical design

11915155
Switchboard Design including busbar & breaker(Solidworks)

Switchboard Design

Switchboard Design including busbar & breaker(Solidworks)

Switchboard Design

13831247
We will create a high-quality 3D model for 3D printing using SolidWorks. The design will be accurate, clean, and ready for manufacturing. I will also provide the final STL file for easy and reliable 3D printing.

3D model for 3d printing

We will create a high-quality 3D model for 3D printing using SolidWorks. The design will be accurate, clean, and ready for manufacturing. I will also provide the final STL file for easy and reliable 3D printing.

3D model for 3d printing

We will create a high-quality 3D model for 3D printing using SolidWorks. The design will be accurate, clean, and ready for manufacturing. I will also provide the final STL file for easy and reliable 3D printing.

3D model for 3d printing

4.9 · 97 Reviews
97 Reviews
J
Flag of UNITED STATES

John

5.0

$$

7 hours ago

Custom 3D-Printed Document Box

Fast completion very good

3D Rendering
Solidworks
Mechanical Engineering
3D Modelling
3D Design

+3 more

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P
Flag of AUSTRALIA

Katrina

5.0

$$

3 days ago

Annotated Tank Structure Outline Drawing

Abid is great to work with. Very efficient and completes work as required. I highly recommend Abid.

CAD/CAM
Solidworks
Mechanical Engineering
Structural Engineering
AutoCAD

+5 more

Share

Y
Flag of AUSTRALIA

Yanni

5.0

$500 AUD

7 days ago

storage tank

Abid was otompt & professional in providing drawings for our project

CAD/CAM
3D Rendering
AutoCAD
3D Modelling

+1 more

Share

Y
Flag of AUSTRALIA

Yanni

5.0

$$$

1 month ago

Mechanical Product Design Specialist

Abid was very professional and completed requested drawings in time and perfect sync. happy to recommend him to anyone wanting manufacturing drawings

CAD/CAM
Mechanical Engineering
Manufacturing Design
Product Design
3D Design

+2 more

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D
Flag of CANADA

Darren

5.0

$$$

1 month ago

STEP Files Repair for Machining

Very responsive, and great work!

CAD/CAM
Solidworks
AutoCAD
Product Design
3D Modelling

+3 more

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Experience

FLP (Germany)

Jan, 2023 - Present

•

3 years, 6 months

Digital Marketer

Jan, 2023 - Present

•

3 years, 6 months

Digital Marketer at FLP Executing digital strategies for brand awareness, traffic, and lead gen. Managing social media, creating content, and analyzing metrics. Enhancing SEO for better rankings. Collaborating on campaigns for increased engagement and conversions.

Graphic Designer

Jan, 2023 - Present

•

3 years, 6 months

Graphic Designer at FLP Conceptualizing and creating visual assets for marketing materials, product packaging, and digital platforms. Utilizing Adobe Creative Suite to design logos, brochures, and advertisements. Collaborating with marketing and product teams to ensure brand consistency and effective communication. Contributed to the development of compelling visual campaigns, resulting in increased brand visibility and customer engagement.

Industrial Automation Engineer

Jan, 2023 - Present

•

3 years, 6 months

Industrial Automation Engineer & CAD Designer at FLP , Designing custom automation systems using CAD software. Integrating PLC programming & HMI design for seamless operation. Managing projects, troubleshooting, and providing training. Delivered innovative solutions for manufacturing, automotive, and pharmaceutical industries, enhancing productivity & client satisfaction.

Jan, 2023 - Present

•

3 years, 6 months

Application Engineer

Apr, 2021 - Present

•

5 years, 3 months

Voltonic solution

Apr, 2021 - Present

•

5 years, 3 months

I am currently working with voltonic solution and devoting my following experiences . 1 plc programing 2 HMI Designing 3 HMI Development 4 PLC,HMI conversion 5 DCS Programing and HMI development , 6 Electrical AutoCAD

Apr, 2021 - Present

•

5 years, 3 months

Electrical supervisor

Sep, 2016 - Mar, 2021

•

4 years, 6 months

Pakistan institute of fashion and Design

Sep, 2016 - Mar, 2021

•

4 years, 6 months

My experience with Pakistan institute of fashion and Design 1.Electrical control panel troubleshooting 2.Electrical equipment troubleshooting 3.Plc programing

Sep, 2016 - Mar, 2021

•

4 years, 6 months

Education

Superior College

2017 - 2021

•

4 years

BE-Electrical

Flag of PAKISTAN

Pakistan

2017 - 2021

•

4 years

Superior College

2010 - 2013

•

3 years

DAE (Electrical)

Flag of PAKISTAN

Pakistan

2010 - 2013

•

3 years

Qualifications

Electrcal AutoCAD

2018

virtual university (VU)

Electrical Auto cad

2018

PLC programing

2015

PITAC

PLC & HMI Programing

2015

Certifications

P

Preferred Freelancer Program SLA

Freelancer Orientation

Freelancer Orientation

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