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Mohamed S.

@M2Safwat

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5.0
16

4.7

4.7

94%

Mechanical Designer & Production Engineer

$15 USD / Hour

・

Flag of

Egypt (8:43 AM)

・

Joined on February 3, 2023

$15 USD / Hour

・

I am a production-oriented mechanical engineer with hands-on experience in CNC machining, sheet metal fabrication, laser cutting, 3D printing (FDM & SLA), and injection molding environments. I specialize in SolidWorks 3D modeling and technical drawings optimized for real manufacturing — not just visualization. My designs are created with machining strategy, tolerances, material selection, and production efficiency in mind. Services include: • 3D part & assembly design (SolidWorks) • 2D manufacturing drawings with GD&T • CNC-ready models & toolpath considerations • Sheet metal & DXF files for laser cutting • Design for 3D printing & prototyping • Product development from concept to production With a strong background in robotics and fabrication, I understand mechanisms, motion systems, and structural design constraints. If you need a design that is ready to be built — not just modeled — I can help.

Verifications

On time

100%

On budget

100%

Accept rate

100%

Repeat hire rate

40%

Freelancer CAD/CAM Designers Egypt
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Portfolio

Portfolio

13868520
Designed and developed a complete mechanical assembly for an innovative expandable bottle mechanism, including concept development, 3D CAD modeling, exploded assembly documentation, and manufacturing-ready detailing. The work included mechanism design for controlled rotational motion, snap-fit retention features, expansion jaws, threaded connections, magnetic attachment integration, and component-level assembly optimization. A full engineering drawing package was prepared, including exploded views, section details, bill of materials (BOM), dimensional drawings, material specifications, and assembly notes to support prototyping and production. The design was optimized for manufacturability with plastic components, metal inserts, and repeatable assembly processes.

Mechanical Product Design & Assembly

Designed and developed a complete mechanical assembly for an innovative expandable bottle mechanism, including concept development, 3D CAD modeling, exploded assembly documentation, and manufacturing-ready detailing. The work included mechanism design for controlled rotational motion, snap-fit retention features, expansion jaws, threaded connections, magnetic attachment integration, and component-level assembly optimization. A full engineering drawing package was prepared, including exploded views, section details, bill of materials (BOM), dimensional drawings, material specifications, and assembly notes to support prototyping and production. The design was optimized for manufacturability with plastic components, metal inserts, and repeatable assembly processes.

Mechanical Product Design & Assembly

Designed and developed a complete mechanical assembly for an innovative expandable bottle mechanism, including concept development, 3D CAD modeling, exploded assembly documentation, and manufacturing-ready detailing. The work included mechanism design for controlled rotational motion, snap-fit retention features, expansion jaws, threaded connections, magnetic attachment integration, and component-level assembly optimization. A full engineering drawing package was prepared, including exploded views, section details, bill of materials (BOM), dimensional drawings, material specifications, and assembly notes to support prototyping and production. The design was optimized for manufacturability with plastic components, metal inserts, and repeatable assembly processes.

Mechanical Product Design & Assembly

13509101
I was tasked with designing a compact air purifier powered by a rechargeable battery, specifically to be placed inside refrigerators for air purification. The project required a sleek, modern design while ensuring functionality, easy assembly, and perfect fitting in limited spaces. Project Scope: Designed a compact and sleek outer housing optimized for small refrigerator spaces. Developed a detailed 3D model for both the external design and internal component layout (fan, filter, battery, wiring). Worked closely with the client through step-by-step design confirmations for both aesthetics and internal structure. Created assembly instructions to ensure smooth production and end-user installation. 3D printed a functional prototype to verify fitting, component placements, and assembly accuracy. Delivered the final design with complete manufacturing files, including STL/STEP files, technical drawings, and assembly guides.

Compact Battery-Powered Air Purifier

I was tasked with designing a compact air purifier powered by a rechargeable battery, specifically to be placed inside refrigerators for air purification. The project required a sleek, modern design while ensuring functionality, easy assembly, and perfect fitting in limited spaces. Project Scope: Designed a compact and sleek outer housing optimized for small refrigerator spaces. Developed a detailed 3D model for both the external design and internal component layout (fan, filter, battery, wiring). Worked closely with the client through step-by-step design confirmations for both aesthetics and internal structure. Created assembly instructions to ensure smooth production and end-user installation. 3D printed a functional prototype to verify fitting, component placements, and assembly accuracy. Delivered the final design with complete manufacturing files, including STL/STEP files, technical drawings, and assembly guides.

Compact Battery-Powered Air Purifier

I was tasked with designing a compact air purifier powered by a rechargeable battery, specifically to be placed inside refrigerators for air purification. The project required a sleek, modern design while ensuring functionality, easy assembly, and perfect fitting in limited spaces. Project Scope: Designed a compact and sleek outer housing optimized for small refrigerator spaces. Developed a detailed 3D model for both the external design and internal component layout (fan, filter, battery, wiring). Worked closely with the client through step-by-step design confirmations for both aesthetics and internal structure. Created assembly instructions to ensure smooth production and end-user installation. 3D printed a functional prototype to verify fitting, component placements, and assembly accuracy. Delivered the final design with complete manufacturing files, including STL/STEP files, technical drawings, and assembly guides.

Compact Battery-Powered Air Purifier

I was tasked with designing a compact air purifier powered by a rechargeable battery, specifically to be placed inside refrigerators for air purification. The project required a sleek, modern design while ensuring functionality, easy assembly, and perfect fitting in limited spaces. Project Scope: Designed a compact and sleek outer housing optimized for small refrigerator spaces. Developed a detailed 3D model for both the external design and internal component layout (fan, filter, battery, wiring). Worked closely with the client through step-by-step design confirmations for both aesthetics and internal structure. Created assembly instructions to ensure smooth production and end-user installation. 3D printed a functional prototype to verify fitting, component placements, and assembly accuracy. Delivered the final design with complete manufacturing files, including STL/STEP files, technical drawings, and assembly guides.

Compact Battery-Powered Air Purifier

I was tasked with designing a compact air purifier powered by a rechargeable battery, specifically to be placed inside refrigerators for air purification. The project required a sleek, modern design while ensuring functionality, easy assembly, and perfect fitting in limited spaces. Project Scope: Designed a compact and sleek outer housing optimized for small refrigerator spaces. Developed a detailed 3D model for both the external design and internal component layout (fan, filter, battery, wiring). Worked closely with the client through step-by-step design confirmations for both aesthetics and internal structure. Created assembly instructions to ensure smooth production and end-user installation. 3D printed a functional prototype to verify fitting, component placements, and assembly accuracy. Delivered the final design with complete manufacturing files, including STL/STEP files, technical drawings, and assembly guides.

Compact Battery-Powered Air Purifier

13868516
Designed and developed a complete 3D enclosure for an electronic consumer device, focusing on both aesthetic product styling and manufacturing feasibility. The work included creating the external industrial design, defining port openings and interface clearances, integrating ventilation areas, and optimizing the housing for assembly, internal component fitment, and production readiness. Special attention was given to: port accessibility and tolerances structural rigidity of the housing clean ergonomic outer geometry manufacturable split lines for future tooling or prototyping presentation-quality rendering for client visualization The final deliverables included production-ready 3D CAD models and high-quality renders for concept approval and prototype development.

Electronic Product Enclosure Design

Designed and developed a complete 3D enclosure for an electronic consumer device, focusing on both aesthetic product styling and manufacturing feasibility. The work included creating the external industrial design, defining port openings and interface clearances, integrating ventilation areas, and optimizing the housing for assembly, internal component fitment, and production readiness. Special attention was given to: port accessibility and tolerances structural rigidity of the housing clean ergonomic outer geometry manufacturable split lines for future tooling or prototyping presentation-quality rendering for client visualization The final deliverables included production-ready 3D CAD models and high-quality renders for concept approval and prototype development.

Electronic Product Enclosure Design

Designed and developed a complete 3D enclosure for an electronic consumer device, focusing on both aesthetic product styling and manufacturing feasibility. The work included creating the external industrial design, defining port openings and interface clearances, integrating ventilation areas, and optimizing the housing for assembly, internal component fitment, and production readiness. Special attention was given to: port accessibility and tolerances structural rigidity of the housing clean ergonomic outer geometry manufacturable split lines for future tooling or prototyping presentation-quality rendering for client visualization The final deliverables included production-ready 3D CAD models and high-quality renders for concept approval and prototype development.

Electronic Product Enclosure Design

10858922
Designed and manufactured a Mars Rover to compete in the University Rover Challenge (URC), achieving 2nd place globally. The rover's structure was made from carbon fiber rods and aluminum sheet metal, featuring a double wishbone suspension system with air dampers for challenging terrains. Fully electric, it includes a robotic arm and was engineered using motion studies, stress analysis for critical components, and motor selection for its mission-specific tasks.

Rover design and manufacturing

Designed and manufactured a Mars Rover to compete in the University Rover Challenge (URC), achieving 2nd place globally. The rover's structure was made from carbon fiber rods and aluminum sheet metal, featuring a double wishbone suspension system with air dampers for challenging terrains. Fully electric, it includes a robotic arm and was engineered using motion studies, stress analysis for critical components, and motor selection for its mission-specific tasks.

Rover design and manufacturing

Designed and manufactured a Mars Rover to compete in the University Rover Challenge (URC), achieving 2nd place globally. The rover's structure was made from carbon fiber rods and aluminum sheet metal, featuring a double wishbone suspension system with air dampers for challenging terrains. Fully electric, it includes a robotic arm and was engineered using motion studies, stress analysis for critical components, and motor selection for its mission-specific tasks.

Rover design and manufacturing

Designed and manufactured a Mars Rover to compete in the University Rover Challenge (URC), achieving 2nd place globally. The rover's structure was made from carbon fiber rods and aluminum sheet metal, featuring a double wishbone suspension system with air dampers for challenging terrains. Fully electric, it includes a robotic arm and was engineered using motion studies, stress analysis for critical components, and motor selection for its mission-specific tasks.

Rover design and manufacturing

Designed and manufactured a Mars Rover to compete in the University Rover Challenge (URC), achieving 2nd place globally. The rover's structure was made from carbon fiber rods and aluminum sheet metal, featuring a double wishbone suspension system with air dampers for challenging terrains. Fully electric, it includes a robotic arm and was engineered using motion studies, stress analysis for critical components, and motor selection for its mission-specific tasks.

Rover design and manufacturing

Designed and manufactured a Mars Rover to compete in the University Rover Challenge (URC), achieving 2nd place globally. The rover's structure was made from carbon fiber rods and aluminum sheet metal, featuring a double wishbone suspension system with air dampers for challenging terrains. Fully electric, it includes a robotic arm and was engineered using motion studies, stress analysis for critical components, and motor selection for its mission-specific tasks.

Rover design and manufacturing

Designed and manufactured a Mars Rover to compete in the University Rover Challenge (URC), achieving 2nd place globally. The rover's structure was made from carbon fiber rods and aluminum sheet metal, featuring a double wishbone suspension system with air dampers for challenging terrains. Fully electric, it includes a robotic arm and was engineered using motion studies, stress analysis for critical components, and motor selection for its mission-specific tasks.

Rover design and manufacturing

12550744
I worked on a project transforming a 20-ft container into a fully operational workshop. My role involved designing and fabricating various lockers, each tailored to specific requirements and equipped with different opening mechanisms due to the client's unique limitations. All lockers were manufactured using sheet metal, ensuring durability and optimal use of space. The result is a functional and compact workspace inside the container, as shown in the image, with precision sheet metal work that guarantees long-term utility.

20ft container to workshop

I worked on a project transforming a 20-ft container into a fully operational workshop. My role involved designing and fabricating various lockers, each tailored to specific requirements and equipped with different opening mechanisms due to the client's unique limitations. All lockers were manufactured using sheet metal, ensuring durability and optimal use of space. The result is a functional and compact workspace inside the container, as shown in the image, with precision sheet metal work that guarantees long-term utility.

20ft container to workshop

I worked on a project transforming a 20-ft container into a fully operational workshop. My role involved designing and fabricating various lockers, each tailored to specific requirements and equipped with different opening mechanisms due to the client's unique limitations. All lockers were manufactured using sheet metal, ensuring durability and optimal use of space. The result is a functional and compact workspace inside the container, as shown in the image, with precision sheet metal work that guarantees long-term utility.

20ft container to workshop

I worked on a project transforming a 20-ft container into a fully operational workshop. My role involved designing and fabricating various lockers, each tailored to specific requirements and equipped with different opening mechanisms due to the client's unique limitations. All lockers were manufactured using sheet metal, ensuring durability and optimal use of space. The result is a functional and compact workspace inside the container, as shown in the image, with precision sheet metal work that guarantees long-term utility.

20ft container to workshop

I worked on a project transforming a 20-ft container into a fully operational workshop. My role involved designing and fabricating various lockers, each tailored to specific requirements and equipped with different opening mechanisms due to the client's unique limitations. All lockers were manufactured using sheet metal, ensuring durability and optimal use of space. The result is a functional and compact workspace inside the container, as shown in the image, with precision sheet metal work that guarantees long-term utility.

20ft container to workshop

I worked on a project transforming a 20-ft container into a fully operational workshop. My role involved designing and fabricating various lockers, each tailored to specific requirements and equipped with different opening mechanisms due to the client's unique limitations. All lockers were manufactured using sheet metal, ensuring durability and optimal use of space. The result is a functional and compact workspace inside the container, as shown in the image, with precision sheet metal work that guarantees long-term utility.

20ft container to workshop

I worked on a project transforming a 20-ft container into a fully operational workshop. My role involved designing and fabricating various lockers, each tailored to specific requirements and equipped with different opening mechanisms due to the client's unique limitations. All lockers were manufactured using sheet metal, ensuring durability and optimal use of space. The result is a functional and compact workspace inside the container, as shown in the image, with precision sheet metal work that guarantees long-term utility.

20ft container to workshop

I worked on a project transforming a 20-ft container into a fully operational workshop. My role involved designing and fabricating various lockers, each tailored to specific requirements and equipped with different opening mechanisms due to the client's unique limitations. All lockers were manufactured using sheet metal, ensuring durability and optimal use of space. The result is a functional and compact workspace inside the container, as shown in the image, with precision sheet metal work that guarantees long-term utility.

20ft container to workshop

I worked on a project transforming a 20-ft container into a fully operational workshop. My role involved designing and fabricating various lockers, each tailored to specific requirements and equipped with different opening mechanisms due to the client's unique limitations. All lockers were manufactured using sheet metal, ensuring durability and optimal use of space. The result is a functional and compact workspace inside the container, as shown in the image, with precision sheet metal work that guarantees long-term utility.

20ft container to workshop

I worked on a project transforming a 20-ft container into a fully operational workshop. My role involved designing and fabricating various lockers, each tailored to specific requirements and equipped with different opening mechanisms due to the client's unique limitations. All lockers were manufactured using sheet metal, ensuring durability and optimal use of space. The result is a functional and compact workspace inside the container, as shown in the image, with precision sheet metal work that guarantees long-term utility.

20ft container to workshop

I worked on a project transforming a 20-ft container into a fully operational workshop. My role involved designing and fabricating various lockers, each tailored to specific requirements and equipped with different opening mechanisms due to the client's unique limitations. All lockers were manufactured using sheet metal, ensuring durability and optimal use of space. The result is a functional and compact workspace inside the container, as shown in the image, with precision sheet metal work that guarantees long-term utility.

20ft container to workshop

12426859
designed and delivered multiple custom steel gates and industrial entrance structures for villas, workshops, and garages. The projects involved a combination of steel profiles and sheet metal panels, optimized for durability, aesthetic appeal, and ease of fabrication. Project Scope: Designed sliding, hinged, and folding gate systems tailored to client specifications. Developed detailed 3D CAD models to visualize final gate assemblies. Created comprehensive 2D manufacturing drawings, including: Cutting layouts for sheet metal panels. Structural profiles and reinforcement details. Welding symbols, bending lines, and assembly instructions. Bill of Materials (BOM) with precise material specifications. Provided step-by-step manufacturing procedures, covering: Material preparation (cutting, bending, surface treatments). Assembly processes (welding sequences, fixture setups). Installation guidelines (hinges, rollers, fixation points).

Steel Gates & Structures Design

designed and delivered multiple custom steel gates and industrial entrance structures for villas, workshops, and garages. The projects involved a combination of steel profiles and sheet metal panels, optimized for durability, aesthetic appeal, and ease of fabrication. Project Scope: Designed sliding, hinged, and folding gate systems tailored to client specifications. Developed detailed 3D CAD models to visualize final gate assemblies. Created comprehensive 2D manufacturing drawings, including: Cutting layouts for sheet metal panels. Structural profiles and reinforcement details. Welding symbols, bending lines, and assembly instructions. Bill of Materials (BOM) with precise material specifications. Provided step-by-step manufacturing procedures, covering: Material preparation (cutting, bending, surface treatments). Assembly processes (welding sequences, fixture setups). Installation guidelines (hinges, rollers, fixation points).

Steel Gates & Structures Design

designed and delivered multiple custom steel gates and industrial entrance structures for villas, workshops, and garages. The projects involved a combination of steel profiles and sheet metal panels, optimized for durability, aesthetic appeal, and ease of fabrication. Project Scope: Designed sliding, hinged, and folding gate systems tailored to client specifications. Developed detailed 3D CAD models to visualize final gate assemblies. Created comprehensive 2D manufacturing drawings, including: Cutting layouts for sheet metal panels. Structural profiles and reinforcement details. Welding symbols, bending lines, and assembly instructions. Bill of Materials (BOM) with precise material specifications. Provided step-by-step manufacturing procedures, covering: Material preparation (cutting, bending, surface treatments). Assembly processes (welding sequences, fixture setups). Installation guidelines (hinges, rollers, fixation points).

Steel Gates & Structures Design

designed and delivered multiple custom steel gates and industrial entrance structures for villas, workshops, and garages. The projects involved a combination of steel profiles and sheet metal panels, optimized for durability, aesthetic appeal, and ease of fabrication. Project Scope: Designed sliding, hinged, and folding gate systems tailored to client specifications. Developed detailed 3D CAD models to visualize final gate assemblies. Created comprehensive 2D manufacturing drawings, including: Cutting layouts for sheet metal panels. Structural profiles and reinforcement details. Welding symbols, bending lines, and assembly instructions. Bill of Materials (BOM) with precise material specifications. Provided step-by-step manufacturing procedures, covering: Material preparation (cutting, bending, surface treatments). Assembly processes (welding sequences, fixture setups). Installation guidelines (hinges, rollers, fixation points).

Steel Gates & Structures Design

designed and delivered multiple custom steel gates and industrial entrance structures for villas, workshops, and garages. The projects involved a combination of steel profiles and sheet metal panels, optimized for durability, aesthetic appeal, and ease of fabrication. Project Scope: Designed sliding, hinged, and folding gate systems tailored to client specifications. Developed detailed 3D CAD models to visualize final gate assemblies. Created comprehensive 2D manufacturing drawings, including: Cutting layouts for sheet metal panels. Structural profiles and reinforcement details. Welding symbols, bending lines, and assembly instructions. Bill of Materials (BOM) with precise material specifications. Provided step-by-step manufacturing procedures, covering: Material preparation (cutting, bending, surface treatments). Assembly processes (welding sequences, fixture setups). Installation guidelines (hinges, rollers, fixation points).

Steel Gates & Structures Design

designed and delivered multiple custom steel gates and industrial entrance structures for villas, workshops, and garages. The projects involved a combination of steel profiles and sheet metal panels, optimized for durability, aesthetic appeal, and ease of fabrication. Project Scope: Designed sliding, hinged, and folding gate systems tailored to client specifications. Developed detailed 3D CAD models to visualize final gate assemblies. Created comprehensive 2D manufacturing drawings, including: Cutting layouts for sheet metal panels. Structural profiles and reinforcement details. Welding symbols, bending lines, and assembly instructions. Bill of Materials (BOM) with precise material specifications. Provided step-by-step manufacturing procedures, covering: Material preparation (cutting, bending, surface treatments). Assembly processes (welding sequences, fixture setups). Installation guidelines (hinges, rollers, fixation points).

Steel Gates & Structures Design

13868520
Designed and developed a complete mechanical assembly for an innovative expandable bottle mechanism, including concept development, 3D CAD modeling, exploded assembly documentation, and manufacturing-ready detailing. The work included mechanism design for controlled rotational motion, snap-fit retention features, expansion jaws, threaded connections, magnetic attachment integration, and component-level assembly optimization. A full engineering drawing package was prepared, including exploded views, section details, bill of materials (BOM), dimensional drawings, material specifications, and assembly notes to support prototyping and production. The design was optimized for manufacturability with plastic components, metal inserts, and repeatable assembly processes.

Mechanical Product Design & Assembly

Designed and developed a complete mechanical assembly for an innovative expandable bottle mechanism, including concept development, 3D CAD modeling, exploded assembly documentation, and manufacturing-ready detailing. The work included mechanism design for controlled rotational motion, snap-fit retention features, expansion jaws, threaded connections, magnetic attachment integration, and component-level assembly optimization. A full engineering drawing package was prepared, including exploded views, section details, bill of materials (BOM), dimensional drawings, material specifications, and assembly notes to support prototyping and production. The design was optimized for manufacturability with plastic components, metal inserts, and repeatable assembly processes.

Mechanical Product Design & Assembly

Designed and developed a complete mechanical assembly for an innovative expandable bottle mechanism, including concept development, 3D CAD modeling, exploded assembly documentation, and manufacturing-ready detailing. The work included mechanism design for controlled rotational motion, snap-fit retention features, expansion jaws, threaded connections, magnetic attachment integration, and component-level assembly optimization. A full engineering drawing package was prepared, including exploded views, section details, bill of materials (BOM), dimensional drawings, material specifications, and assembly notes to support prototyping and production. The design was optimized for manufacturability with plastic components, metal inserts, and repeatable assembly processes.

Mechanical Product Design & Assembly

13509101
I was tasked with designing a compact air purifier powered by a rechargeable battery, specifically to be placed inside refrigerators for air purification. The project required a sleek, modern design while ensuring functionality, easy assembly, and perfect fitting in limited spaces. Project Scope: Designed a compact and sleek outer housing optimized for small refrigerator spaces. Developed a detailed 3D model for both the external design and internal component layout (fan, filter, battery, wiring). Worked closely with the client through step-by-step design confirmations for both aesthetics and internal structure. Created assembly instructions to ensure smooth production and end-user installation. 3D printed a functional prototype to verify fitting, component placements, and assembly accuracy. Delivered the final design with complete manufacturing files, including STL/STEP files, technical drawings, and assembly guides.

Compact Battery-Powered Air Purifier

I was tasked with designing a compact air purifier powered by a rechargeable battery, specifically to be placed inside refrigerators for air purification. The project required a sleek, modern design while ensuring functionality, easy assembly, and perfect fitting in limited spaces. Project Scope: Designed a compact and sleek outer housing optimized for small refrigerator spaces. Developed a detailed 3D model for both the external design and internal component layout (fan, filter, battery, wiring). Worked closely with the client through step-by-step design confirmations for both aesthetics and internal structure. Created assembly instructions to ensure smooth production and end-user installation. 3D printed a functional prototype to verify fitting, component placements, and assembly accuracy. Delivered the final design with complete manufacturing files, including STL/STEP files, technical drawings, and assembly guides.

Compact Battery-Powered Air Purifier

I was tasked with designing a compact air purifier powered by a rechargeable battery, specifically to be placed inside refrigerators for air purification. The project required a sleek, modern design while ensuring functionality, easy assembly, and perfect fitting in limited spaces. Project Scope: Designed a compact and sleek outer housing optimized for small refrigerator spaces. Developed a detailed 3D model for both the external design and internal component layout (fan, filter, battery, wiring). Worked closely with the client through step-by-step design confirmations for both aesthetics and internal structure. Created assembly instructions to ensure smooth production and end-user installation. 3D printed a functional prototype to verify fitting, component placements, and assembly accuracy. Delivered the final design with complete manufacturing files, including STL/STEP files, technical drawings, and assembly guides.

Compact Battery-Powered Air Purifier

I was tasked with designing a compact air purifier powered by a rechargeable battery, specifically to be placed inside refrigerators for air purification. The project required a sleek, modern design while ensuring functionality, easy assembly, and perfect fitting in limited spaces. Project Scope: Designed a compact and sleek outer housing optimized for small refrigerator spaces. Developed a detailed 3D model for both the external design and internal component layout (fan, filter, battery, wiring). Worked closely with the client through step-by-step design confirmations for both aesthetics and internal structure. Created assembly instructions to ensure smooth production and end-user installation. 3D printed a functional prototype to verify fitting, component placements, and assembly accuracy. Delivered the final design with complete manufacturing files, including STL/STEP files, technical drawings, and assembly guides.

Compact Battery-Powered Air Purifier

I was tasked with designing a compact air purifier powered by a rechargeable battery, specifically to be placed inside refrigerators for air purification. The project required a sleek, modern design while ensuring functionality, easy assembly, and perfect fitting in limited spaces. Project Scope: Designed a compact and sleek outer housing optimized for small refrigerator spaces. Developed a detailed 3D model for both the external design and internal component layout (fan, filter, battery, wiring). Worked closely with the client through step-by-step design confirmations for both aesthetics and internal structure. Created assembly instructions to ensure smooth production and end-user installation. 3D printed a functional prototype to verify fitting, component placements, and assembly accuracy. Delivered the final design with complete manufacturing files, including STL/STEP files, technical drawings, and assembly guides.

Compact Battery-Powered Air Purifier

13868516
Designed and developed a complete 3D enclosure for an electronic consumer device, focusing on both aesthetic product styling and manufacturing feasibility. The work included creating the external industrial design, defining port openings and interface clearances, integrating ventilation areas, and optimizing the housing for assembly, internal component fitment, and production readiness. Special attention was given to: port accessibility and tolerances structural rigidity of the housing clean ergonomic outer geometry manufacturable split lines for future tooling or prototyping presentation-quality rendering for client visualization The final deliverables included production-ready 3D CAD models and high-quality renders for concept approval and prototype development.

Electronic Product Enclosure Design

Designed and developed a complete 3D enclosure for an electronic consumer device, focusing on both aesthetic product styling and manufacturing feasibility. The work included creating the external industrial design, defining port openings and interface clearances, integrating ventilation areas, and optimizing the housing for assembly, internal component fitment, and production readiness. Special attention was given to: port accessibility and tolerances structural rigidity of the housing clean ergonomic outer geometry manufacturable split lines for future tooling or prototyping presentation-quality rendering for client visualization The final deliverables included production-ready 3D CAD models and high-quality renders for concept approval and prototype development.

Electronic Product Enclosure Design

Designed and developed a complete 3D enclosure for an electronic consumer device, focusing on both aesthetic product styling and manufacturing feasibility. The work included creating the external industrial design, defining port openings and interface clearances, integrating ventilation areas, and optimizing the housing for assembly, internal component fitment, and production readiness. Special attention was given to: port accessibility and tolerances structural rigidity of the housing clean ergonomic outer geometry manufacturable split lines for future tooling or prototyping presentation-quality rendering for client visualization The final deliverables included production-ready 3D CAD models and high-quality renders for concept approval and prototype development.

Electronic Product Enclosure Design

10858922
Designed and manufactured a Mars Rover to compete in the University Rover Challenge (URC), achieving 2nd place globally. The rover's structure was made from carbon fiber rods and aluminum sheet metal, featuring a double wishbone suspension system with air dampers for challenging terrains. Fully electric, it includes a robotic arm and was engineered using motion studies, stress analysis for critical components, and motor selection for its mission-specific tasks.

Rover design and manufacturing

Designed and manufactured a Mars Rover to compete in the University Rover Challenge (URC), achieving 2nd place globally. The rover's structure was made from carbon fiber rods and aluminum sheet metal, featuring a double wishbone suspension system with air dampers for challenging terrains. Fully electric, it includes a robotic arm and was engineered using motion studies, stress analysis for critical components, and motor selection for its mission-specific tasks.

Rover design and manufacturing

Designed and manufactured a Mars Rover to compete in the University Rover Challenge (URC), achieving 2nd place globally. The rover's structure was made from carbon fiber rods and aluminum sheet metal, featuring a double wishbone suspension system with air dampers for challenging terrains. Fully electric, it includes a robotic arm and was engineered using motion studies, stress analysis for critical components, and motor selection for its mission-specific tasks.

Rover design and manufacturing

Designed and manufactured a Mars Rover to compete in the University Rover Challenge (URC), achieving 2nd place globally. The rover's structure was made from carbon fiber rods and aluminum sheet metal, featuring a double wishbone suspension system with air dampers for challenging terrains. Fully electric, it includes a robotic arm and was engineered using motion studies, stress analysis for critical components, and motor selection for its mission-specific tasks.

Rover design and manufacturing

Designed and manufactured a Mars Rover to compete in the University Rover Challenge (URC), achieving 2nd place globally. The rover's structure was made from carbon fiber rods and aluminum sheet metal, featuring a double wishbone suspension system with air dampers for challenging terrains. Fully electric, it includes a robotic arm and was engineered using motion studies, stress analysis for critical components, and motor selection for its mission-specific tasks.

Rover design and manufacturing

Designed and manufactured a Mars Rover to compete in the University Rover Challenge (URC), achieving 2nd place globally. The rover's structure was made from carbon fiber rods and aluminum sheet metal, featuring a double wishbone suspension system with air dampers for challenging terrains. Fully electric, it includes a robotic arm and was engineered using motion studies, stress analysis for critical components, and motor selection for its mission-specific tasks.

Rover design and manufacturing

Designed and manufactured a Mars Rover to compete in the University Rover Challenge (URC), achieving 2nd place globally. The rover's structure was made from carbon fiber rods and aluminum sheet metal, featuring a double wishbone suspension system with air dampers for challenging terrains. Fully electric, it includes a robotic arm and was engineered using motion studies, stress analysis for critical components, and motor selection for its mission-specific tasks.

Rover design and manufacturing

12550744
I worked on a project transforming a 20-ft container into a fully operational workshop. My role involved designing and fabricating various lockers, each tailored to specific requirements and equipped with different opening mechanisms due to the client's unique limitations. All lockers were manufactured using sheet metal, ensuring durability and optimal use of space. The result is a functional and compact workspace inside the container, as shown in the image, with precision sheet metal work that guarantees long-term utility.

20ft container to workshop

I worked on a project transforming a 20-ft container into a fully operational workshop. My role involved designing and fabricating various lockers, each tailored to specific requirements and equipped with different opening mechanisms due to the client's unique limitations. All lockers were manufactured using sheet metal, ensuring durability and optimal use of space. The result is a functional and compact workspace inside the container, as shown in the image, with precision sheet metal work that guarantees long-term utility.

20ft container to workshop

I worked on a project transforming a 20-ft container into a fully operational workshop. My role involved designing and fabricating various lockers, each tailored to specific requirements and equipped with different opening mechanisms due to the client's unique limitations. All lockers were manufactured using sheet metal, ensuring durability and optimal use of space. The result is a functional and compact workspace inside the container, as shown in the image, with precision sheet metal work that guarantees long-term utility.

20ft container to workshop

I worked on a project transforming a 20-ft container into a fully operational workshop. My role involved designing and fabricating various lockers, each tailored to specific requirements and equipped with different opening mechanisms due to the client's unique limitations. All lockers were manufactured using sheet metal, ensuring durability and optimal use of space. The result is a functional and compact workspace inside the container, as shown in the image, with precision sheet metal work that guarantees long-term utility.

20ft container to workshop

I worked on a project transforming a 20-ft container into a fully operational workshop. My role involved designing and fabricating various lockers, each tailored to specific requirements and equipped with different opening mechanisms due to the client's unique limitations. All lockers were manufactured using sheet metal, ensuring durability and optimal use of space. The result is a functional and compact workspace inside the container, as shown in the image, with precision sheet metal work that guarantees long-term utility.

20ft container to workshop

I worked on a project transforming a 20-ft container into a fully operational workshop. My role involved designing and fabricating various lockers, each tailored to specific requirements and equipped with different opening mechanisms due to the client's unique limitations. All lockers were manufactured using sheet metal, ensuring durability and optimal use of space. The result is a functional and compact workspace inside the container, as shown in the image, with precision sheet metal work that guarantees long-term utility.

20ft container to workshop

I worked on a project transforming a 20-ft container into a fully operational workshop. My role involved designing and fabricating various lockers, each tailored to specific requirements and equipped with different opening mechanisms due to the client's unique limitations. All lockers were manufactured using sheet metal, ensuring durability and optimal use of space. The result is a functional and compact workspace inside the container, as shown in the image, with precision sheet metal work that guarantees long-term utility.

20ft container to workshop

I worked on a project transforming a 20-ft container into a fully operational workshop. My role involved designing and fabricating various lockers, each tailored to specific requirements and equipped with different opening mechanisms due to the client's unique limitations. All lockers were manufactured using sheet metal, ensuring durability and optimal use of space. The result is a functional and compact workspace inside the container, as shown in the image, with precision sheet metal work that guarantees long-term utility.

20ft container to workshop

I worked on a project transforming a 20-ft container into a fully operational workshop. My role involved designing and fabricating various lockers, each tailored to specific requirements and equipped with different opening mechanisms due to the client's unique limitations. All lockers were manufactured using sheet metal, ensuring durability and optimal use of space. The result is a functional and compact workspace inside the container, as shown in the image, with precision sheet metal work that guarantees long-term utility.

20ft container to workshop

I worked on a project transforming a 20-ft container into a fully operational workshop. My role involved designing and fabricating various lockers, each tailored to specific requirements and equipped with different opening mechanisms due to the client's unique limitations. All lockers were manufactured using sheet metal, ensuring durability and optimal use of space. The result is a functional and compact workspace inside the container, as shown in the image, with precision sheet metal work that guarantees long-term utility.

20ft container to workshop

I worked on a project transforming a 20-ft container into a fully operational workshop. My role involved designing and fabricating various lockers, each tailored to specific requirements and equipped with different opening mechanisms due to the client's unique limitations. All lockers were manufactured using sheet metal, ensuring durability and optimal use of space. The result is a functional and compact workspace inside the container, as shown in the image, with precision sheet metal work that guarantees long-term utility.

20ft container to workshop

12426859
designed and delivered multiple custom steel gates and industrial entrance structures for villas, workshops, and garages. The projects involved a combination of steel profiles and sheet metal panels, optimized for durability, aesthetic appeal, and ease of fabrication. Project Scope: Designed sliding, hinged, and folding gate systems tailored to client specifications. Developed detailed 3D CAD models to visualize final gate assemblies. Created comprehensive 2D manufacturing drawings, including: Cutting layouts for sheet metal panels. Structural profiles and reinforcement details. Welding symbols, bending lines, and assembly instructions. Bill of Materials (BOM) with precise material specifications. Provided step-by-step manufacturing procedures, covering: Material preparation (cutting, bending, surface treatments). Assembly processes (welding sequences, fixture setups). Installation guidelines (hinges, rollers, fixation points).

Steel Gates & Structures Design

designed and delivered multiple custom steel gates and industrial entrance structures for villas, workshops, and garages. The projects involved a combination of steel profiles and sheet metal panels, optimized for durability, aesthetic appeal, and ease of fabrication. Project Scope: Designed sliding, hinged, and folding gate systems tailored to client specifications. Developed detailed 3D CAD models to visualize final gate assemblies. Created comprehensive 2D manufacturing drawings, including: Cutting layouts for sheet metal panels. Structural profiles and reinforcement details. Welding symbols, bending lines, and assembly instructions. Bill of Materials (BOM) with precise material specifications. Provided step-by-step manufacturing procedures, covering: Material preparation (cutting, bending, surface treatments). Assembly processes (welding sequences, fixture setups). Installation guidelines (hinges, rollers, fixation points).

Steel Gates & Structures Design

designed and delivered multiple custom steel gates and industrial entrance structures for villas, workshops, and garages. The projects involved a combination of steel profiles and sheet metal panels, optimized for durability, aesthetic appeal, and ease of fabrication. Project Scope: Designed sliding, hinged, and folding gate systems tailored to client specifications. Developed detailed 3D CAD models to visualize final gate assemblies. Created comprehensive 2D manufacturing drawings, including: Cutting layouts for sheet metal panels. Structural profiles and reinforcement details. Welding symbols, bending lines, and assembly instructions. Bill of Materials (BOM) with precise material specifications. Provided step-by-step manufacturing procedures, covering: Material preparation (cutting, bending, surface treatments). Assembly processes (welding sequences, fixture setups). Installation guidelines (hinges, rollers, fixation points).

Steel Gates & Structures Design

designed and delivered multiple custom steel gates and industrial entrance structures for villas, workshops, and garages. The projects involved a combination of steel profiles and sheet metal panels, optimized for durability, aesthetic appeal, and ease of fabrication. Project Scope: Designed sliding, hinged, and folding gate systems tailored to client specifications. Developed detailed 3D CAD models to visualize final gate assemblies. Created comprehensive 2D manufacturing drawings, including: Cutting layouts for sheet metal panels. Structural profiles and reinforcement details. Welding symbols, bending lines, and assembly instructions. Bill of Materials (BOM) with precise material specifications. Provided step-by-step manufacturing procedures, covering: Material preparation (cutting, bending, surface treatments). Assembly processes (welding sequences, fixture setups). Installation guidelines (hinges, rollers, fixation points).

Steel Gates & Structures Design

designed and delivered multiple custom steel gates and industrial entrance structures for villas, workshops, and garages. The projects involved a combination of steel profiles and sheet metal panels, optimized for durability, aesthetic appeal, and ease of fabrication. Project Scope: Designed sliding, hinged, and folding gate systems tailored to client specifications. Developed detailed 3D CAD models to visualize final gate assemblies. Created comprehensive 2D manufacturing drawings, including: Cutting layouts for sheet metal panels. Structural profiles and reinforcement details. Welding symbols, bending lines, and assembly instructions. Bill of Materials (BOM) with precise material specifications. Provided step-by-step manufacturing procedures, covering: Material preparation (cutting, bending, surface treatments). Assembly processes (welding sequences, fixture setups). Installation guidelines (hinges, rollers, fixation points).

Steel Gates & Structures Design

designed and delivered multiple custom steel gates and industrial entrance structures for villas, workshops, and garages. The projects involved a combination of steel profiles and sheet metal panels, optimized for durability, aesthetic appeal, and ease of fabrication. Project Scope: Designed sliding, hinged, and folding gate systems tailored to client specifications. Developed detailed 3D CAD models to visualize final gate assemblies. Created comprehensive 2D manufacturing drawings, including: Cutting layouts for sheet metal panels. Structural profiles and reinforcement details. Welding symbols, bending lines, and assembly instructions. Bill of Materials (BOM) with precise material specifications. Provided step-by-step manufacturing procedures, covering: Material preparation (cutting, bending, surface treatments). Assembly processes (welding sequences, fixture setups). Installation guidelines (hinges, rollers, fixation points).

Steel Gates & Structures Design

5.0 · 16 Reviews
16 Reviews
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Ayesha K.

5.0

$25 USD

26 days ago

Solidworks tasks

Safwat is expert in solidworks. Its always good experience working with him. Highly recommended

CAD/CAM
Solidworks
Mechanical Engineering
AutoCAD
Product Design

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Andro A.

5.0

$240 AUD

1 month ago

Cut-Sheet Drawings for Doors & Windows (detailed)

Excellent and Accurate 3d Modeling and designs... Will hire again !

Building Architecture
Solidworks
AutoCAD
Product Design
3D Modelling

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RenderBrix

5.0

$65 USD

4 months ago

Solid work model

A+++ Mechanical designer and developer. Highly Recommended.

CAD/CAM
Solidworks
Mechanical Engineering
AutoCAD
Product Design

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Hamza A.

5.0

$55 USD

8 months ago

3D modelling for SOLIDWORKS

Good skills for design

CAD/CAM
Solidworks
Mechanical Engineering
AutoCAD
Product Design

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RenderBrix

5.0

$120 USD

8 months ago

Solid work modeling

Good freelancer, good patience. Top notch quality. Will use him again. Thanks!

Engineering
CAD/CAM
Solidworks
Mechanical Engineering
AutoCAD

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Education

Alexandria University

2015 - 2020

•

5 years

Bachelor in Mechanical Engineering

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Egypt

2015 - 2020

•

5 years

Qualifications

Project Management: Professional Certificate

2024

Google

Project Management Professional Certificate from Google, obtained through Coursera. Developed expertise in project management principles, including Agile methodologies, risk management, stakeholder communication, and leading cross-functional teams. Proficient in handling all project phases from initiation to closure, ensuring timely and successful project delivery.

2024

QUALITY Manegment System ISO 9001

2024

Egyptian Organization For Standardization & Quality (EOS)

ensuring effective process control, continuous improvement, and customer satisfaction. Skilled in implementing and managing quality standards across various operations, focusing on consistency, compliance, and enhancing business performance.

2024

SOLIDWORKS Additive Manufacturing Associate

2024

Dassault Systems

with proven expertise in leveraging SOLIDWORKS tools for designing, optimizing, and preparing models for 3D printing. Skilled in applying design for additive manufacturing (DfAM) principles, including material selection, orientation, and support structures, to produce high-quality, print-ready models.

2024

Certifications

P

Preferred Freelancer Program SLA

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