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Muhammad A.

@Matif001

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4.4
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1.0

1.0

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Product Design Engineer | SolidWorks | ANSYS | DFM

$10 USD / Hour

・

Flag of

Pakistan (4:10 AM)

・

Joined on July 4, 2026

$10 USD / Hour

・

I’m Muhammad Atif, a Mechanical Design Engineer with 50+ completed projects helping startups, inventors, and manufacturers develop functional, optimized, and cost-effective products from concept to production. If you need more than just 3D modeling — if you need engineering thinking behind your design — I’m here to help. 🔧 What I Can Do For You ✔️ Concept development & product engineering ✔️ 3D CAD modeling (SolidWorks) ✔️ FEA & simulation (ANSYS) ✔️ Design for Manufacturability (DFM) & Assembly (DFA) ✔️ Industrial & mechanical product design ✔️ Assembly design + Complete Bill of Materials (BOM) ✔️ 2D manufacturing drawings with GD&T ✔️ Prototype-ready & mass-production optimized designs ✔️ High-quality product rendering & visualization ⚙️ My Engineering Approach I don’t just create models — I design products that: • Can actually be manufactured efficiently • Reduce production cost and complexity • Meet engineering tolerances and standards • Perform reliably in real-world conditions • Balance aesthetics with structural strength Every design decision is made with manufacturing, materials, and functionality in mind. 🎯 Why Clients Work With Me ✔️ Strong balance between creative industrial design & mechanical precision ✔️ Deep understanding of manufacturing processes ✔️ Clean, organized CAD files ready for production ✔️ Clear and responsive communication ✔️ On-time delivery with zero compromise on quality ✔️ Detail-oriented engineering mindset Whether you’re building a new product from scratch or refining an existing design for manufacturing, I can help you move from idea → prototype → production smoothly and professionally. Let’s build something that works — not just something that looks good.

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Portfolio

Portfolio

13995528
Designed and developed a premium mechanical playing card sorting machine with a focus on precision, functionality, and manufacturability. The project included complete 3D CAD modeling, detailed mechanical assembly, and high-end photorealistic product rendering for portfolio presentation. The design features a rotating sorting platform, multiple card collection compartments, an integrated card feeding hopper, and a clean industrial aesthetic. Special attention was given to design for manufacturing (DFM), realistic materials, premium lighting, and studio-quality renders to showcase the product as a production-ready concept.

Premium Playing Card Sorting Machine

Designed and developed a premium mechanical playing card sorting machine with a focus on precision, functionality, and manufacturability. The project included complete 3D CAD modeling, detailed mechanical assembly, and high-end photorealistic product rendering for portfolio presentation. The design features a rotating sorting platform, multiple card collection compartments, an integrated card feeding hopper, and a clean industrial aesthetic. Special attention was given to design for manufacturing (DFM), realistic materials, premium lighting, and studio-quality renders to showcase the product as a production-ready concept.

Premium Playing Card Sorting Machine

Designed and developed a premium mechanical playing card sorting machine with a focus on precision, functionality, and manufacturability. The project included complete 3D CAD modeling, detailed mechanical assembly, and high-end photorealistic product rendering for portfolio presentation. The design features a rotating sorting platform, multiple card collection compartments, an integrated card feeding hopper, and a clean industrial aesthetic. Special attention was given to design for manufacturing (DFM), realistic materials, premium lighting, and studio-quality renders to showcase the product as a production-ready concept.

Premium Playing Card Sorting Machine

Designed and developed a premium mechanical playing card sorting machine with a focus on precision, functionality, and manufacturability. The project included complete 3D CAD modeling, detailed mechanical assembly, and high-end photorealistic product rendering for portfolio presentation. The design features a rotating sorting platform, multiple card collection compartments, an integrated card feeding hopper, and a clean industrial aesthetic. Special attention was given to design for manufacturing (DFM), realistic materials, premium lighting, and studio-quality renders to showcase the product as a production-ready concept.

Premium Playing Card Sorting Machine

13995563
This project involved recreating an agricultural aerator from a client-provided reference image and transforming it into a complete, manufacturing-ready product using SolidWorks. Every component was reverse-engineered and modeled with accurate dimensions, assemblies, and structural details suitable for fabrication. The design was optimized for manufacturing by incorporating standard steel sections, weldments, bolted connections, and production-friendly components. Complete 3D assemblies, manufacturing-ready CAD models, and detailed engineering files were prepared, followed by high-quality photorealistic renders for product presentation and marketing.

Heavy-Duty Agricultural Aerator

This project involved recreating an agricultural aerator from a client-provided reference image and transforming it into a complete, manufacturing-ready product using SolidWorks. Every component was reverse-engineered and modeled with accurate dimensions, assemblies, and structural details suitable for fabrication. The design was optimized for manufacturing by incorporating standard steel sections, weldments, bolted connections, and production-friendly components. Complete 3D assemblies, manufacturing-ready CAD models, and detailed engineering files were prepared, followed by high-quality photorealistic renders for product presentation and marketing.

Heavy-Duty Agricultural Aerator

This project involved recreating an agricultural aerator from a client-provided reference image and transforming it into a complete, manufacturing-ready product using SolidWorks. Every component was reverse-engineered and modeled with accurate dimensions, assemblies, and structural details suitable for fabrication. The design was optimized for manufacturing by incorporating standard steel sections, weldments, bolted connections, and production-friendly components. Complete 3D assemblies, manufacturing-ready CAD models, and detailed engineering files were prepared, followed by high-quality photorealistic renders for product presentation and marketing.

Heavy-Duty Agricultural Aerator

This project involved recreating an agricultural aerator from a client-provided reference image and transforming it into a complete, manufacturing-ready product using SolidWorks. Every component was reverse-engineered and modeled with accurate dimensions, assemblies, and structural details suitable for fabrication. The design was optimized for manufacturing by incorporating standard steel sections, weldments, bolted connections, and production-friendly components. Complete 3D assemblies, manufacturing-ready CAD models, and detailed engineering files were prepared, followed by high-quality photorealistic renders for product presentation and marketing.

Heavy-Duty Agricultural Aerator

13998803
Designed a high-precision custom knee implant using SolidWorks, focusing on anatomical compatibility, manufacturability, and mechanical performance. The project included complete 3D CAD modeling, realistic product rendering, and Finite Element Analysis (FEA) using ANSYS Static Structural to evaluate the implant under physiological loading conditions. The analysis verified stress distribution, total deformation, strain, and factor of safety to ensure the implant can withstand expected loading conditions while maintaining structural integrity. The final design is optimized for performance, durability, and production readiness.

Knee Implant Design and validation

Designed a high-precision custom knee implant using SolidWorks, focusing on anatomical compatibility, manufacturability, and mechanical performance. The project included complete 3D CAD modeling, realistic product rendering, and Finite Element Analysis (FEA) using ANSYS Static Structural to evaluate the implant under physiological loading conditions. The analysis verified stress distribution, total deformation, strain, and factor of safety to ensure the implant can withstand expected loading conditions while maintaining structural integrity. The final design is optimized for performance, durability, and production readiness.

Knee Implant Design and validation

Designed a high-precision custom knee implant using SolidWorks, focusing on anatomical compatibility, manufacturability, and mechanical performance. The project included complete 3D CAD modeling, realistic product rendering, and Finite Element Analysis (FEA) using ANSYS Static Structural to evaluate the implant under physiological loading conditions. The analysis verified stress distribution, total deformation, strain, and factor of safety to ensure the implant can withstand expected loading conditions while maintaining structural integrity. The final design is optimized for performance, durability, and production readiness.

Knee Implant Design and validation

Designed a high-precision custom knee implant using SolidWorks, focusing on anatomical compatibility, manufacturability, and mechanical performance. The project included complete 3D CAD modeling, realistic product rendering, and Finite Element Analysis (FEA) using ANSYS Static Structural to evaluate the implant under physiological loading conditions. The analysis verified stress distribution, total deformation, strain, and factor of safety to ensure the implant can withstand expected loading conditions while maintaining structural integrity. The final design is optimized for performance, durability, and production readiness.

Knee Implant Design and validation

Designed a high-precision custom knee implant using SolidWorks, focusing on anatomical compatibility, manufacturability, and mechanical performance. The project included complete 3D CAD modeling, realistic product rendering, and Finite Element Analysis (FEA) using ANSYS Static Structural to evaluate the implant under physiological loading conditions. The analysis verified stress distribution, total deformation, strain, and factor of safety to ensure the implant can withstand expected loading conditions while maintaining structural integrity. The final design is optimized for performance, durability, and production readiness.

Knee Implant Design and validation

Designed a high-precision custom knee implant using SolidWorks, focusing on anatomical compatibility, manufacturability, and mechanical performance. The project included complete 3D CAD modeling, realistic product rendering, and Finite Element Analysis (FEA) using ANSYS Static Structural to evaluate the implant under physiological loading conditions. The analysis verified stress distribution, total deformation, strain, and factor of safety to ensure the implant can withstand expected loading conditions while maintaining structural integrity. The final design is optimized for performance, durability, and production readiness.

Knee Implant Design and validation

13996894
Designed a custom aluminium profile framework for a decorative stained glass panel, engineered for precision manufacturing and premium architectural installations. The frame consists of interconnected aluminium profiles that are welded (soldered) at every intersection to create a rigid structural grid capable of securely holding individually colored glass inserts. Each compartment is designed to accommodate a different color or textured glass panel, allowing endless customization while maintaining a clean and modern appearance. The geometry was developed in SolidWorks with manufacturing accuracy, ensuring proper fitment, assembly, and fabrication. The project also includes high-quality photorealistic renders that showcase the aluminium frame, polished welded joints, and vibrant colored glass, making it suitable for luxury residential, commercial, hospitality, and interior design applications.

Aluminum Profile Stained Glass Frame

Designed a custom aluminium profile framework for a decorative stained glass panel, engineered for precision manufacturing and premium architectural installations. The frame consists of interconnected aluminium profiles that are welded (soldered) at every intersection to create a rigid structural grid capable of securely holding individually colored glass inserts. Each compartment is designed to accommodate a different color or textured glass panel, allowing endless customization while maintaining a clean and modern appearance. The geometry was developed in SolidWorks with manufacturing accuracy, ensuring proper fitment, assembly, and fabrication. The project also includes high-quality photorealistic renders that showcase the aluminium frame, polished welded joints, and vibrant colored glass, making it suitable for luxury residential, commercial, hospitality, and interior design applications.

Aluminum Profile Stained Glass Frame

Designed a custom aluminium profile framework for a decorative stained glass panel, engineered for precision manufacturing and premium architectural installations. The frame consists of interconnected aluminium profiles that are welded (soldered) at every intersection to create a rigid structural grid capable of securely holding individually colored glass inserts. Each compartment is designed to accommodate a different color or textured glass panel, allowing endless customization while maintaining a clean and modern appearance. The geometry was developed in SolidWorks with manufacturing accuracy, ensuring proper fitment, assembly, and fabrication. The project also includes high-quality photorealistic renders that showcase the aluminium frame, polished welded joints, and vibrant colored glass, making it suitable for luxury residential, commercial, hospitality, and interior design applications.

Aluminum Profile Stained Glass Frame

Designed a custom aluminium profile framework for a decorative stained glass panel, engineered for precision manufacturing and premium architectural installations. The frame consists of interconnected aluminium profiles that are welded (soldered) at every intersection to create a rigid structural grid capable of securely holding individually colored glass inserts. Each compartment is designed to accommodate a different color or textured glass panel, allowing endless customization while maintaining a clean and modern appearance. The geometry was developed in SolidWorks with manufacturing accuracy, ensuring proper fitment, assembly, and fabrication. The project also includes high-quality photorealistic renders that showcase the aluminium frame, polished welded joints, and vibrant colored glass, making it suitable for luxury residential, commercial, hospitality, and interior design applications.

Aluminum Profile Stained Glass Frame

13998806
Designed a complex freeform architectural pavilion using parametric weldment modeling in SolidWorks. The structure consists of an intricate triangular lattice fabricated from steel tubular members, optimized for manufacturability while maintaining an aesthetically striking form. I created production-ready CAD models, detailed weldment assemblies, and premium photorealistic renders with matte black finishes and architectural lighting for client presentations and portfolio use.

Lattice Structure Design

Designed a complex freeform architectural pavilion using parametric weldment modeling in SolidWorks. The structure consists of an intricate triangular lattice fabricated from steel tubular members, optimized for manufacturability while maintaining an aesthetically striking form. I created production-ready CAD models, detailed weldment assemblies, and premium photorealistic renders with matte black finishes and architectural lighting for client presentations and portfolio use.

Lattice Structure Design

Designed a complex freeform architectural pavilion using parametric weldment modeling in SolidWorks. The structure consists of an intricate triangular lattice fabricated from steel tubular members, optimized for manufacturability while maintaining an aesthetically striking form. I created production-ready CAD models, detailed weldment assemblies, and premium photorealistic renders with matte black finishes and architectural lighting for client presentations and portfolio use.

Lattice Structure Design

Designed a complex freeform architectural pavilion using parametric weldment modeling in SolidWorks. The structure consists of an intricate triangular lattice fabricated from steel tubular members, optimized for manufacturability while maintaining an aesthetically striking form. I created production-ready CAD models, detailed weldment assemblies, and premium photorealistic renders with matte black finishes and architectural lighting for client presentations and portfolio use.

Lattice Structure Design

13998785
Created a high-end photorealistic 3D render of a detailed religious bas-relief artwork featuring an ornate decorative frame. The project focused on enhancing the visual appeal with premium antique bronze materials, realistic metallic textures, cinematic lighting, soft shadows, and studio-quality presentation. The artwork was rendered in high resolution, making it suitable for client presentations, marketing materials, portfolios, and product catalogs while preserving every intricate carving and engraving detail.

Premium 3D Religious Relief Artwork

Created a high-end photorealistic 3D render of a detailed religious bas-relief artwork featuring an ornate decorative frame. The project focused on enhancing the visual appeal with premium antique bronze materials, realistic metallic textures, cinematic lighting, soft shadows, and studio-quality presentation. The artwork was rendered in high resolution, making it suitable for client presentations, marketing materials, portfolios, and product catalogs while preserving every intricate carving and engraving detail.

Premium 3D Religious Relief Artwork

Created a high-end photorealistic 3D render of a detailed religious bas-relief artwork featuring an ornate decorative frame. The project focused on enhancing the visual appeal with premium antique bronze materials, realistic metallic textures, cinematic lighting, soft shadows, and studio-quality presentation. The artwork was rendered in high resolution, making it suitable for client presentations, marketing materials, portfolios, and product catalogs while preserving every intricate carving and engraving detail.

Premium 3D Religious Relief Artwork

13995528
Designed and developed a premium mechanical playing card sorting machine with a focus on precision, functionality, and manufacturability. The project included complete 3D CAD modeling, detailed mechanical assembly, and high-end photorealistic product rendering for portfolio presentation. The design features a rotating sorting platform, multiple card collection compartments, an integrated card feeding hopper, and a clean industrial aesthetic. Special attention was given to design for manufacturing (DFM), realistic materials, premium lighting, and studio-quality renders to showcase the product as a production-ready concept.

Premium Playing Card Sorting Machine

Designed and developed a premium mechanical playing card sorting machine with a focus on precision, functionality, and manufacturability. The project included complete 3D CAD modeling, detailed mechanical assembly, and high-end photorealistic product rendering for portfolio presentation. The design features a rotating sorting platform, multiple card collection compartments, an integrated card feeding hopper, and a clean industrial aesthetic. Special attention was given to design for manufacturing (DFM), realistic materials, premium lighting, and studio-quality renders to showcase the product as a production-ready concept.

Premium Playing Card Sorting Machine

Designed and developed a premium mechanical playing card sorting machine with a focus on precision, functionality, and manufacturability. The project included complete 3D CAD modeling, detailed mechanical assembly, and high-end photorealistic product rendering for portfolio presentation. The design features a rotating sorting platform, multiple card collection compartments, an integrated card feeding hopper, and a clean industrial aesthetic. Special attention was given to design for manufacturing (DFM), realistic materials, premium lighting, and studio-quality renders to showcase the product as a production-ready concept.

Premium Playing Card Sorting Machine

Designed and developed a premium mechanical playing card sorting machine with a focus on precision, functionality, and manufacturability. The project included complete 3D CAD modeling, detailed mechanical assembly, and high-end photorealistic product rendering for portfolio presentation. The design features a rotating sorting platform, multiple card collection compartments, an integrated card feeding hopper, and a clean industrial aesthetic. Special attention was given to design for manufacturing (DFM), realistic materials, premium lighting, and studio-quality renders to showcase the product as a production-ready concept.

Premium Playing Card Sorting Machine

13995563
This project involved recreating an agricultural aerator from a client-provided reference image and transforming it into a complete, manufacturing-ready product using SolidWorks. Every component was reverse-engineered and modeled with accurate dimensions, assemblies, and structural details suitable for fabrication. The design was optimized for manufacturing by incorporating standard steel sections, weldments, bolted connections, and production-friendly components. Complete 3D assemblies, manufacturing-ready CAD models, and detailed engineering files were prepared, followed by high-quality photorealistic renders for product presentation and marketing.

Heavy-Duty Agricultural Aerator

This project involved recreating an agricultural aerator from a client-provided reference image and transforming it into a complete, manufacturing-ready product using SolidWorks. Every component was reverse-engineered and modeled with accurate dimensions, assemblies, and structural details suitable for fabrication. The design was optimized for manufacturing by incorporating standard steel sections, weldments, bolted connections, and production-friendly components. Complete 3D assemblies, manufacturing-ready CAD models, and detailed engineering files were prepared, followed by high-quality photorealistic renders for product presentation and marketing.

Heavy-Duty Agricultural Aerator

This project involved recreating an agricultural aerator from a client-provided reference image and transforming it into a complete, manufacturing-ready product using SolidWorks. Every component was reverse-engineered and modeled with accurate dimensions, assemblies, and structural details suitable for fabrication. The design was optimized for manufacturing by incorporating standard steel sections, weldments, bolted connections, and production-friendly components. Complete 3D assemblies, manufacturing-ready CAD models, and detailed engineering files were prepared, followed by high-quality photorealistic renders for product presentation and marketing.

Heavy-Duty Agricultural Aerator

This project involved recreating an agricultural aerator from a client-provided reference image and transforming it into a complete, manufacturing-ready product using SolidWorks. Every component was reverse-engineered and modeled with accurate dimensions, assemblies, and structural details suitable for fabrication. The design was optimized for manufacturing by incorporating standard steel sections, weldments, bolted connections, and production-friendly components. Complete 3D assemblies, manufacturing-ready CAD models, and detailed engineering files were prepared, followed by high-quality photorealistic renders for product presentation and marketing.

Heavy-Duty Agricultural Aerator

13998803
Designed a high-precision custom knee implant using SolidWorks, focusing on anatomical compatibility, manufacturability, and mechanical performance. The project included complete 3D CAD modeling, realistic product rendering, and Finite Element Analysis (FEA) using ANSYS Static Structural to evaluate the implant under physiological loading conditions. The analysis verified stress distribution, total deformation, strain, and factor of safety to ensure the implant can withstand expected loading conditions while maintaining structural integrity. The final design is optimized for performance, durability, and production readiness.

Knee Implant Design and validation

Designed a high-precision custom knee implant using SolidWorks, focusing on anatomical compatibility, manufacturability, and mechanical performance. The project included complete 3D CAD modeling, realistic product rendering, and Finite Element Analysis (FEA) using ANSYS Static Structural to evaluate the implant under physiological loading conditions. The analysis verified stress distribution, total deformation, strain, and factor of safety to ensure the implant can withstand expected loading conditions while maintaining structural integrity. The final design is optimized for performance, durability, and production readiness.

Knee Implant Design and validation

Designed a high-precision custom knee implant using SolidWorks, focusing on anatomical compatibility, manufacturability, and mechanical performance. The project included complete 3D CAD modeling, realistic product rendering, and Finite Element Analysis (FEA) using ANSYS Static Structural to evaluate the implant under physiological loading conditions. The analysis verified stress distribution, total deformation, strain, and factor of safety to ensure the implant can withstand expected loading conditions while maintaining structural integrity. The final design is optimized for performance, durability, and production readiness.

Knee Implant Design and validation

Designed a high-precision custom knee implant using SolidWorks, focusing on anatomical compatibility, manufacturability, and mechanical performance. The project included complete 3D CAD modeling, realistic product rendering, and Finite Element Analysis (FEA) using ANSYS Static Structural to evaluate the implant under physiological loading conditions. The analysis verified stress distribution, total deformation, strain, and factor of safety to ensure the implant can withstand expected loading conditions while maintaining structural integrity. The final design is optimized for performance, durability, and production readiness.

Knee Implant Design and validation

Designed a high-precision custom knee implant using SolidWorks, focusing on anatomical compatibility, manufacturability, and mechanical performance. The project included complete 3D CAD modeling, realistic product rendering, and Finite Element Analysis (FEA) using ANSYS Static Structural to evaluate the implant under physiological loading conditions. The analysis verified stress distribution, total deformation, strain, and factor of safety to ensure the implant can withstand expected loading conditions while maintaining structural integrity. The final design is optimized for performance, durability, and production readiness.

Knee Implant Design and validation

Designed a high-precision custom knee implant using SolidWorks, focusing on anatomical compatibility, manufacturability, and mechanical performance. The project included complete 3D CAD modeling, realistic product rendering, and Finite Element Analysis (FEA) using ANSYS Static Structural to evaluate the implant under physiological loading conditions. The analysis verified stress distribution, total deformation, strain, and factor of safety to ensure the implant can withstand expected loading conditions while maintaining structural integrity. The final design is optimized for performance, durability, and production readiness.

Knee Implant Design and validation

13996894
Designed a custom aluminium profile framework for a decorative stained glass panel, engineered for precision manufacturing and premium architectural installations. The frame consists of interconnected aluminium profiles that are welded (soldered) at every intersection to create a rigid structural grid capable of securely holding individually colored glass inserts. Each compartment is designed to accommodate a different color or textured glass panel, allowing endless customization while maintaining a clean and modern appearance. The geometry was developed in SolidWorks with manufacturing accuracy, ensuring proper fitment, assembly, and fabrication. The project also includes high-quality photorealistic renders that showcase the aluminium frame, polished welded joints, and vibrant colored glass, making it suitable for luxury residential, commercial, hospitality, and interior design applications.

Aluminum Profile Stained Glass Frame

Designed a custom aluminium profile framework for a decorative stained glass panel, engineered for precision manufacturing and premium architectural installations. The frame consists of interconnected aluminium profiles that are welded (soldered) at every intersection to create a rigid structural grid capable of securely holding individually colored glass inserts. Each compartment is designed to accommodate a different color or textured glass panel, allowing endless customization while maintaining a clean and modern appearance. The geometry was developed in SolidWorks with manufacturing accuracy, ensuring proper fitment, assembly, and fabrication. The project also includes high-quality photorealistic renders that showcase the aluminium frame, polished welded joints, and vibrant colored glass, making it suitable for luxury residential, commercial, hospitality, and interior design applications.

Aluminum Profile Stained Glass Frame

Designed a custom aluminium profile framework for a decorative stained glass panel, engineered for precision manufacturing and premium architectural installations. The frame consists of interconnected aluminium profiles that are welded (soldered) at every intersection to create a rigid structural grid capable of securely holding individually colored glass inserts. Each compartment is designed to accommodate a different color or textured glass panel, allowing endless customization while maintaining a clean and modern appearance. The geometry was developed in SolidWorks with manufacturing accuracy, ensuring proper fitment, assembly, and fabrication. The project also includes high-quality photorealistic renders that showcase the aluminium frame, polished welded joints, and vibrant colored glass, making it suitable for luxury residential, commercial, hospitality, and interior design applications.

Aluminum Profile Stained Glass Frame

Designed a custom aluminium profile framework for a decorative stained glass panel, engineered for precision manufacturing and premium architectural installations. The frame consists of interconnected aluminium profiles that are welded (soldered) at every intersection to create a rigid structural grid capable of securely holding individually colored glass inserts. Each compartment is designed to accommodate a different color or textured glass panel, allowing endless customization while maintaining a clean and modern appearance. The geometry was developed in SolidWorks with manufacturing accuracy, ensuring proper fitment, assembly, and fabrication. The project also includes high-quality photorealistic renders that showcase the aluminium frame, polished welded joints, and vibrant colored glass, making it suitable for luxury residential, commercial, hospitality, and interior design applications.

Aluminum Profile Stained Glass Frame

13998806
Designed a complex freeform architectural pavilion using parametric weldment modeling in SolidWorks. The structure consists of an intricate triangular lattice fabricated from steel tubular members, optimized for manufacturability while maintaining an aesthetically striking form. I created production-ready CAD models, detailed weldment assemblies, and premium photorealistic renders with matte black finishes and architectural lighting for client presentations and portfolio use.

Lattice Structure Design

Designed a complex freeform architectural pavilion using parametric weldment modeling in SolidWorks. The structure consists of an intricate triangular lattice fabricated from steel tubular members, optimized for manufacturability while maintaining an aesthetically striking form. I created production-ready CAD models, detailed weldment assemblies, and premium photorealistic renders with matte black finishes and architectural lighting for client presentations and portfolio use.

Lattice Structure Design

Designed a complex freeform architectural pavilion using parametric weldment modeling in SolidWorks. The structure consists of an intricate triangular lattice fabricated from steel tubular members, optimized for manufacturability while maintaining an aesthetically striking form. I created production-ready CAD models, detailed weldment assemblies, and premium photorealistic renders with matte black finishes and architectural lighting for client presentations and portfolio use.

Lattice Structure Design

Designed a complex freeform architectural pavilion using parametric weldment modeling in SolidWorks. The structure consists of an intricate triangular lattice fabricated from steel tubular members, optimized for manufacturability while maintaining an aesthetically striking form. I created production-ready CAD models, detailed weldment assemblies, and premium photorealistic renders with matte black finishes and architectural lighting for client presentations and portfolio use.

Lattice Structure Design

13998785
Created a high-end photorealistic 3D render of a detailed religious bas-relief artwork featuring an ornate decorative frame. The project focused on enhancing the visual appeal with premium antique bronze materials, realistic metallic textures, cinematic lighting, soft shadows, and studio-quality presentation. The artwork was rendered in high resolution, making it suitable for client presentations, marketing materials, portfolios, and product catalogs while preserving every intricate carving and engraving detail.

Premium 3D Religious Relief Artwork

Created a high-end photorealistic 3D render of a detailed religious bas-relief artwork featuring an ornate decorative frame. The project focused on enhancing the visual appeal with premium antique bronze materials, realistic metallic textures, cinematic lighting, soft shadows, and studio-quality presentation. The artwork was rendered in high resolution, making it suitable for client presentations, marketing materials, portfolios, and product catalogs while preserving every intricate carving and engraving detail.

Premium 3D Religious Relief Artwork

Created a high-end photorealistic 3D render of a detailed religious bas-relief artwork featuring an ornate decorative frame. The project focused on enhancing the visual appeal with premium antique bronze materials, realistic metallic textures, cinematic lighting, soft shadows, and studio-quality presentation. The artwork was rendered in high resolution, making it suitable for client presentations, marketing materials, portfolios, and product catalogs while preserving every intricate carving and engraving detail.

Premium 3D Religious Relief Artwork

4.4 · 1 Review
1 Review
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Flag of

Muhammed S.

4.4

$30 USD

2 hours ago

ANSYS Transformer Thermal Analysis

good job with Mr. Muhammed

Engineering
Mechanical Engineering
Electrical Engineering
Finite Element Analysis
Thermal Analysis

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Experience

Mechanical Design Engineer

Jun, 2022 - Present

•

4 years

Paraplegic center Pesshawar

Jun, 2022 - Present

•

4 years

• Led the design, development, and validation of mechanical systems, delivering optimized engineering solutions. • Carried designs from concept to manufacturing by developing 3D CAD models and 2D drawings while applying DFM, DFA, and DFP principles. • Performed structural analysis using ANSYS static simulations to validate design strength and performance. • Coordinated with vendors to ensure manufacturability validation, rapid prototyping, and production readiness.

Flag of

Peshawar, Pakistan

Jun, 2022 - Present

•

4 years

Education

North West Frontier Province University of Engineering and Technology

2024 - 2026

•

2 years

Mechanical Design Engineer

Flag of

Pakistan

2024 - 2026

•

2 years

North West Frontier Province University of Engineering and Technology

2019 - 2023

•

4 years

Mechanical Engineering

Flag of

Pakistan

2019 - 2023

•

4 years

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