Polos S. Profile | Freelancer

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$10 USD / hour

Flag of UNITED KINGDOM

london,

$10 USD / hour

It's currently 8:48 PM here

Joined July 18, 2017

0 Recommendations

Polos S.

@polosamin

0.0

(0 reviews)

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$10 USD / hour

Flag of UNITED KINGDOM

london,

$10 USD / hour

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Repeat Hire Rate

5 years experienced designer

Are you looking for a skilled and detail-oriented Mechanical Engineer with a knack for design? Hello, I'm Polos Shenouda, your go-to freelancer equipped with a master’s degree in Engineering Management and a bachelor’s in Production Engineering and Mechanical Design. My Expertise: CAD/CAM Design (Solidworks, AutoCAD, Fusion 360). Manufacturing Optimization. 3D Modelling and Printing. Product Management. Research Writing. Project Management. Why Choose Me? I thrive on bringing innovative design solutions to life. Proven track record in construction project management. Specialized in industrial robotic arm projects. Skilled in ANSYS for structural and thermal analyses.

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Portfolio

+ Idea:
- Make an industrial robotic arm from scratch with simple materials and at the lowest cost possible.
+ Design:
- Used Acrylic for the body and wood for the base instead of aluminium or steel.
- Laser cut machine used.
- SolidWorks was used for design and Ansys for the analysis.
- Bill of materials.
- GD&T.
+ Implement:
- The result is a light industrial robotic arm made of acrylic and wood and lighter by 40% of the same one made of aluminium.
can lift to 10 Kg.
- It costs only 100£.

"Jarvis" Industrial Robotic Arm

+ Idea:
- Make an industrial robotic arm from scratch with simple materials and at the lowest cost possible.
+ Design:
- Used Acrylic for the body and wood for the base instead of aluminium or steel.
- Laser cut machine used.
- SolidWorks was used for design and Ansys for the analysis.
- Bill of materials.
- GD&T.
+ Implement:
- The result is a light industrial robotic arm made of acrylic and wood and lighter by 40% of the same one made of aluminium.
can lift to 10 Kg.
- It costs only 100£.

"Jarvis" Industrial Robotic Arm

+ Idea:
- Make an industrial robotic arm from scratch with simple materials and at the lowest cost possible.
+ Design:
- Used Acrylic for the body and wood for the base instead of aluminium or steel.
- Laser cut machine used.
- SolidWorks was used for design and Ansys for the analysis.
- Bill of materials.
- GD&T.
+ Implement:
- The result is a light industrial robotic arm made of acrylic and wood and lighter by 40% of the same one made of aluminium.
can lift to 10 Kg.
- It costs only 100£.

"Jarvis" Industrial Robotic Arm

+ Idea:
The customer wanted a smart wheelchair for handicapped people, with some special requirements such as:
- The wheelchair needs to be very comfortable.
- The wheelchair needs to be transferred to bed position and standing position.
+ Design:
- SolidWorks used for design.
- GD&T.

Smart wheelchair

+ Idea:
The customer wanted a smart wheelchair for handicapped people, with some special requirements such as:
- The wheelchair needs to be very comfortable.
- The wheelchair needs to be transferred to bed position and standing position.
+ Design:
- SolidWorks used for design.
- GD&T.

Smart wheelchair

+ Idea:
The customer wanted a smart wheelchair for handicapped people, with some special requirements such as:
- The wheelchair needs to be very comfortable.
- The wheelchair needs to be transferred to bed position and standing position.
+ Design:
- SolidWorks used for design.
- GD&T.

Smart wheelchair

+ Idea:
- Custom home-made CNC machine 120*80*25 cm. Laser cut or router heads can be connected.
+ Design:
- Used aluminium V-slots for the body.
- SolidWorks used for design.
- Bill of materials.
- GD&T.
+ Implement:
- The result is light CNC machine can be counted on.
- It cost only 100£.

CNC Machine

+ Idea:
- Custom home-made CNC machine 120*80*25 cm. Laser cut or router heads can be connected.
+ Design:
- Used aluminium V-slots for the body.
- SolidWorks used for design.
- Bill of materials.
- GD&T.
+ Implement:
- The result is light CNC machine can be counted on.
- It cost only 100£.

CNC Machine

+ Idea:
- Custom home-made CNC machine 120*80*25 cm. Laser cut or router heads can be connected.
+ Design:
- Used aluminium V-slots for the body.
- SolidWorks used for design.
- Bill of materials.
- GD&T.
+ Implement:
- The result is light CNC machine can be counted on.
- It cost only 100£.

CNC Machine

+ Idea:
- A suitcase made of carbon fibre. Inspired by supercars some drafts were sent. Can pair with the worst handling conditions.
+ Design:
- Used carbon fibre instead of plastic.
- SolidWorks used for design.
+ Implement:
- The result is a light industrial robotic arm made of acrylic and wood, that can lift up to 10 Kg.
- It cost only 100£.

Carbon suitcase

+ Idea:
- A suitcase made of carbon fibre. Inspired by supercars some drafts were sent. Can pair with the worst handling conditions.
+ Design:
- Used carbon fibre instead of plastic.
- SolidWorks used for design.
+ Implement:
- The result is a light industrial robotic arm made of acrylic and wood, that can lift up to 10 Kg.
- It cost only 100£.

Carbon suitcase

+ Idea:
- A suitcase made of carbon fibre. Inspired by supercars some drafts were sent. Can pair with the worst handling conditions.
+ Design:
- Used carbon fibre instead of plastic.
- SolidWorks used for design.
+ Implement:
- The result is a light industrial robotic arm made of acrylic and wood, that can lift up to 10 Kg.
- It cost only 100£.

Carbon suitcase

+ Idea:
- A suitcase made of carbon fibre. Inspired by supercars some drafts were sent. Can pair with the worst handling conditions.
+ Design:
- Used carbon fibre instead of plastic.
- SolidWorks used for design.
+ Implement:
- The result is a light industrial robotic arm made of acrylic and wood, that can lift up to 10 Kg.
- It cost only 100£.

Carbon suitcase

The revolutionary redesign of the propeller.

MIT propeller

+Idea:
The customer wanted a huge Christmas tree inside a dome for Christmas.
+ Design:
- SolidWorks used for design.
- GD&T.
+ Implement:
- The tree's height was more than 2 meters.
- The dome's height was more than 3 meters.

Christmas tree dome

+Idea:
The customer wanted a huge Christmas tree inside a dome for Christmas.
+ Design:
- SolidWorks used for design.
- GD&T.
+ Implement:
- The tree's height was more than 2 meters.
- The dome's height was more than 3 meters.

Christmas tree dome

+ Idea:
- Make an industrial robotic arm from scratch with simple materials and at the lowest cost possible.
+ Design:
- Used Acrylic for the body and wood for the base instead of aluminium or steel.
- Laser cut machine used.
- SolidWorks was used for design and Ansys for the analysis.
- Bill of materials.
- GD&T.
+ Implement:
- The result is a light industrial robotic arm made of acrylic and wood and lighter by 40% of the same one made of aluminium.
can lift to 10 Kg.
- It costs only 100£.

"Jarvis" Industrial Robotic Arm

+ Idea:
- Make an industrial robotic arm from scratch with simple materials and at the lowest cost possible.
+ Design:
- Used Acrylic for the body and wood for the base instead of aluminium or steel.
- Laser cut machine used.
- SolidWorks was used for design and Ansys for the analysis.
- Bill of materials.
- GD&T.
+ Implement:
- The result is a light industrial robotic arm made of acrylic and wood and lighter by 40% of the same one made of aluminium.
can lift to 10 Kg.
- It costs only 100£.

"Jarvis" Industrial Robotic Arm

+ Idea:
- Make an industrial robotic arm from scratch with simple materials and at the lowest cost possible.
+ Design:
- Used Acrylic for the body and wood for the base instead of aluminium or steel.
- Laser cut machine used.
- SolidWorks was used for design and Ansys for the analysis.
- Bill of materials.
- GD&T.
+ Implement:
- The result is a light industrial robotic arm made of acrylic and wood and lighter by 40% of the same one made of aluminium.
can lift to 10 Kg.
- It costs only 100£.

"Jarvis" Industrial Robotic Arm

+ Idea:
The customer wanted a smart wheelchair for handicapped people, with some special requirements such as:
- The wheelchair needs to be very comfortable.
- The wheelchair needs to be transferred to bed position and standing position.
+ Design:
- SolidWorks used for design.
- GD&T.

Smart wheelchair

+ Idea:
The customer wanted a smart wheelchair for handicapped people, with some special requirements such as:
- The wheelchair needs to be very comfortable.
- The wheelchair needs to be transferred to bed position and standing position.
+ Design:
- SolidWorks used for design.
- GD&T.

Smart wheelchair

+ Idea:
The customer wanted a smart wheelchair for handicapped people, with some special requirements such as:
- The wheelchair needs to be very comfortable.
- The wheelchair needs to be transferred to bed position and standing position.
+ Design:
- SolidWorks used for design.
- GD&T.

Smart wheelchair

+ Idea:
- Custom home-made CNC machine 120*80*25 cm. Laser cut or router heads can be connected.
+ Design:
- Used aluminium V-slots for the body.
- SolidWorks used for design.
- Bill of materials.
- GD&T.
+ Implement:
- The result is light CNC machine can be counted on.
- It cost only 100£.

CNC Machine

+ Idea:
- Custom home-made CNC machine 120*80*25 cm. Laser cut or router heads can be connected.
+ Design:
- Used aluminium V-slots for the body.
- SolidWorks used for design.
- Bill of materials.
- GD&T.
+ Implement:
- The result is light CNC machine can be counted on.
- It cost only 100£.

CNC Machine

+ Idea:
- Custom home-made CNC machine 120*80*25 cm. Laser cut or router heads can be connected.
+ Design:
- Used aluminium V-slots for the body.
- SolidWorks used for design.
- Bill of materials.
- GD&T.
+ Implement:
- The result is light CNC machine can be counted on.
- It cost only 100£.

CNC Machine

+ Idea:
- A suitcase made of carbon fibre. Inspired by supercars some drafts were sent. Can pair with the worst handling conditions.
+ Design:
- Used carbon fibre instead of plastic.
- SolidWorks used for design.
+ Implement:
- The result is a light industrial robotic arm made of acrylic and wood, that can lift up to 10 Kg.
- It cost only 100£.

Carbon suitcase

+ Idea:
- A suitcase made of carbon fibre. Inspired by supercars some drafts were sent. Can pair with the worst handling conditions.
+ Design:
- Used carbon fibre instead of plastic.
- SolidWorks used for design.
+ Implement:
- The result is a light industrial robotic arm made of acrylic and wood, that can lift up to 10 Kg.
- It cost only 100£.

Carbon suitcase

+ Idea:
- A suitcase made of carbon fibre. Inspired by supercars some drafts were sent. Can pair with the worst handling conditions.
+ Design:
- Used carbon fibre instead of plastic.
- SolidWorks used for design.
+ Implement:
- The result is a light industrial robotic arm made of acrylic and wood, that can lift up to 10 Kg.
- It cost only 100£.

Carbon suitcase

+ Idea:
- A suitcase made of carbon fibre. Inspired by supercars some drafts were sent. Can pair with the worst handling conditions.
+ Design:
- Used carbon fibre instead of plastic.
- SolidWorks used for design.
+ Implement:
- The result is a light industrial robotic arm made of acrylic and wood, that can lift up to 10 Kg.
- It cost only 100£.

Carbon suitcase

The revolutionary redesign of the propeller.

MIT propeller

+Idea:
The customer wanted a huge Christmas tree inside a dome for Christmas.
+ Design:
- SolidWorks used for design.
- GD&T.
+ Implement:
- The tree's height was more than 2 meters.
- The dome's height was more than 3 meters.

Christmas tree dome

+Idea:
The customer wanted a huge Christmas tree inside a dome for Christmas.
+ Design:
- SolidWorks used for design.
- GD&T.
+ Implement:
- The tree's height was more than 2 meters.
- The dome's height was more than 3 meters.

Christmas tree dome

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Education

Master degree at Engineering Management

University of Sunderland,

United Kingdom

2022 - 2023

(1 year)

Production Engineering and Mechanical Design

Egypt

2012 - 2018

(6 years)

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Log in to discuss any details over chat.

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