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3D Animation 3D Modelling 3D Rendering Finite Element Analysis Mechanical Engineering
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Sahad Ahmed K.

@sahadahmedk

4.6
21

4.2

4.2

96%

M.Design Engineer Solidworks, Autocad,Ansys Expert

$30 USD / Hour

・

Flag of

Pakistan (7:44 PM)

・

Joined on May 26, 2021

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1 Recommendation

$30 USD / Hour

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Bring Your Ideas to Life: Expert Mechanical Design Engineer with SolidWorks & ANSYS Prowess Looking to transform your vision into a reality? I'm a highly skilled Mechanical Design Engineer with a passion for crafting innovative solutions. Leveraging my expertise in industry-leading software like SolidWorks and ANSYS, I can breathe life into your projects from concept to analysis. Here's what I bring to the table: SolidWorks Master: I can create intricate 3D models, generate detailed engineering drawings, and ensure designs are optimized for manufacturability. ANSYS Analysis Champion: I utilize ANSYS to perform robust simulations, analyzing stress, heat transfer, and other critical factors to ensure your designs are built to last. Ready to take your project to the next level? I'm eager to collaborate with you on this: Product Design & Development: From concept sketches to detailed prototypes, I can guide your product from vision board to market. Machine Design & Optimization: Whether it is a complex assembly or a single component, I can design and optimize machines for peak performance. Structural Analysis & FEA: Using ANSYS, I can analyze stress distribution, identify potential weak points, and ensure your designs are structurally sound. I'm not just an engineer, I'm a problem-solver and an innovator. Let's work together to turn your vision into a reality – contact me today!

Verifications

On time

90%

On budget

90%

Accept rate

97%

Repeat hire rate

6%

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Portfolio

Portfolio

12574085
This project features a smart pipe-to-hub connection using a lock-press mechanism, eliminating the need for adhesives. Designed for durability and ease of assembly, it ensures a secure, leak-proof fit, ideal for plumbing and industrial use. The system allows quick installation, reduces material costs, and prevents chemical degradation, enhancing long-term reliability. This eco-friendly solution simplifies maintenance, improves efficiency, and offers a cost-effective alternative to traditional adhesive-based fittings.

PVC Pipe Innovative fitting

This project features a smart pipe-to-hub connection using a lock-press mechanism, eliminating the need for adhesives. Designed for durability and ease of assembly, it ensures a secure, leak-proof fit, ideal for plumbing and industrial use. The system allows quick installation, reduces material costs, and prevents chemical degradation, enhancing long-term reliability. This eco-friendly solution simplifies maintenance, improves efficiency, and offers a cost-effective alternative to traditional adhesive-based fittings.

PVC Pipe Innovative fitting

This project features a smart pipe-to-hub connection using a lock-press mechanism, eliminating the need for adhesives. Designed for durability and ease of assembly, it ensures a secure, leak-proof fit, ideal for plumbing and industrial use. The system allows quick installation, reduces material costs, and prevents chemical degradation, enhancing long-term reliability. This eco-friendly solution simplifies maintenance, improves efficiency, and offers a cost-effective alternative to traditional adhesive-based fittings.

PVC Pipe Innovative fitting

This project features a smart pipe-to-hub connection using a lock-press mechanism, eliminating the need for adhesives. Designed for durability and ease of assembly, it ensures a secure, leak-proof fit, ideal for plumbing and industrial use. The system allows quick installation, reduces material costs, and prevents chemical degradation, enhancing long-term reliability. This eco-friendly solution simplifies maintenance, improves efficiency, and offers a cost-effective alternative to traditional adhesive-based fittings.

PVC Pipe Innovative fitting

This project features a smart pipe-to-hub connection using a lock-press mechanism, eliminating the need for adhesives. Designed for durability and ease of assembly, it ensures a secure, leak-proof fit, ideal for plumbing and industrial use. The system allows quick installation, reduces material costs, and prevents chemical degradation, enhancing long-term reliability. This eco-friendly solution simplifies maintenance, improves efficiency, and offers a cost-effective alternative to traditional adhesive-based fittings.

PVC Pipe Innovative fitting

11922146
Master Fluid Flow with SolidWorks: Venturi Tube Expertise Unleash the Power of Venturi Tubes: I leverage SolidWorks Simulation to analyze and optimize Venturi tube designs for efficient fluid flow. Accurate Flow Simulations: Predict pressure drops, velocity profiles, and flow characteristics for optimal performance. Enhanced Design Optimization: Refine Venturi tube geometries to maximize efficiency and minimize energy consumption. Reduced Prototyping Costs: Virtually test designs before physical prototypes, saving time and resources. My Skills: CFD Analysis: Utilize Computational Fluid Dynamics tools within SolidWorks to simulate real-world fluid behavior. Boundary Conditions: Set up accurate boundary conditions to replicate realistic flow scenarios. Mesh Generation: Create high-quality meshes for efficient and accurate simulations. Data Visualization: Present clear and insightful results with detailed visualizations of pressure, velocity, and flow patterns.

Venturi Tube Flow simulations and analysis

Master Fluid Flow with SolidWorks: Venturi Tube Expertise Unleash the Power of Venturi Tubes: I leverage SolidWorks Simulation to analyze and optimize Venturi tube designs for efficient fluid flow. Accurate Flow Simulations: Predict pressure drops, velocity profiles, and flow characteristics for optimal performance. Enhanced Design Optimization: Refine Venturi tube geometries to maximize efficiency and minimize energy consumption. Reduced Prototyping Costs: Virtually test designs before physical prototypes, saving time and resources. My Skills: CFD Analysis: Utilize Computational Fluid Dynamics tools within SolidWorks to simulate real-world fluid behavior. Boundary Conditions: Set up accurate boundary conditions to replicate realistic flow scenarios. Mesh Generation: Create high-quality meshes for efficient and accurate simulations. Data Visualization: Present clear and insightful results with detailed visualizations of pressure, velocity, and flow patterns.

Venturi Tube Flow simulations and analysis

Master Fluid Flow with SolidWorks: Venturi Tube Expertise Unleash the Power of Venturi Tubes: I leverage SolidWorks Simulation to analyze and optimize Venturi tube designs for efficient fluid flow. Accurate Flow Simulations: Predict pressure drops, velocity profiles, and flow characteristics for optimal performance. Enhanced Design Optimization: Refine Venturi tube geometries to maximize efficiency and minimize energy consumption. Reduced Prototyping Costs: Virtually test designs before physical prototypes, saving time and resources. My Skills: CFD Analysis: Utilize Computational Fluid Dynamics tools within SolidWorks to simulate real-world fluid behavior. Boundary Conditions: Set up accurate boundary conditions to replicate realistic flow scenarios. Mesh Generation: Create high-quality meshes for efficient and accurate simulations. Data Visualization: Present clear and insightful results with detailed visualizations of pressure, velocity, and flow patterns.

Venturi Tube Flow simulations and analysis

Master Fluid Flow with SolidWorks: Venturi Tube Expertise Unleash the Power of Venturi Tubes: I leverage SolidWorks Simulation to analyze and optimize Venturi tube designs for efficient fluid flow. Accurate Flow Simulations: Predict pressure drops, velocity profiles, and flow characteristics for optimal performance. Enhanced Design Optimization: Refine Venturi tube geometries to maximize efficiency and minimize energy consumption. Reduced Prototyping Costs: Virtually test designs before physical prototypes, saving time and resources. My Skills: CFD Analysis: Utilize Computational Fluid Dynamics tools within SolidWorks to simulate real-world fluid behavior. Boundary Conditions: Set up accurate boundary conditions to replicate realistic flow scenarios. Mesh Generation: Create high-quality meshes for efficient and accurate simulations. Data Visualization: Present clear and insightful results with detailed visualizations of pressure, velocity, and flow patterns.

Venturi Tube Flow simulations and analysis

Master Fluid Flow with SolidWorks: Venturi Tube Expertise Unleash the Power of Venturi Tubes: I leverage SolidWorks Simulation to analyze and optimize Venturi tube designs for efficient fluid flow. Accurate Flow Simulations: Predict pressure drops, velocity profiles, and flow characteristics for optimal performance. Enhanced Design Optimization: Refine Venturi tube geometries to maximize efficiency and minimize energy consumption. Reduced Prototyping Costs: Virtually test designs before physical prototypes, saving time and resources. My Skills: CFD Analysis: Utilize Computational Fluid Dynamics tools within SolidWorks to simulate real-world fluid behavior. Boundary Conditions: Set up accurate boundary conditions to replicate realistic flow scenarios. Mesh Generation: Create high-quality meshes for efficient and accurate simulations. Data Visualization: Present clear and insightful results with detailed visualizations of pressure, velocity, and flow patterns.

Venturi Tube Flow simulations and analysis

Master Fluid Flow with SolidWorks: Venturi Tube Expertise Unleash the Power of Venturi Tubes: I leverage SolidWorks Simulation to analyze and optimize Venturi tube designs for efficient fluid flow. Accurate Flow Simulations: Predict pressure drops, velocity profiles, and flow characteristics for optimal performance. Enhanced Design Optimization: Refine Venturi tube geometries to maximize efficiency and minimize energy consumption. Reduced Prototyping Costs: Virtually test designs before physical prototypes, saving time and resources. My Skills: CFD Analysis: Utilize Computational Fluid Dynamics tools within SolidWorks to simulate real-world fluid behavior. Boundary Conditions: Set up accurate boundary conditions to replicate realistic flow scenarios. Mesh Generation: Create high-quality meshes for efficient and accurate simulations. Data Visualization: Present clear and insightful results with detailed visualizations of pressure, velocity, and flow patterns.

Venturi Tube Flow simulations and analysis

Master Fluid Flow with SolidWorks: Venturi Tube Expertise Unleash the Power of Venturi Tubes: I leverage SolidWorks Simulation to analyze and optimize Venturi tube designs for efficient fluid flow. Accurate Flow Simulations: Predict pressure drops, velocity profiles, and flow characteristics for optimal performance. Enhanced Design Optimization: Refine Venturi tube geometries to maximize efficiency and minimize energy consumption. Reduced Prototyping Costs: Virtually test designs before physical prototypes, saving time and resources. My Skills: CFD Analysis: Utilize Computational Fluid Dynamics tools within SolidWorks to simulate real-world fluid behavior. Boundary Conditions: Set up accurate boundary conditions to replicate realistic flow scenarios. Mesh Generation: Create high-quality meshes for efficient and accurate simulations. Data Visualization: Present clear and insightful results with detailed visualizations of pressure, velocity, and flow patterns.

Venturi Tube Flow simulations and analysis

Master Fluid Flow with SolidWorks: Venturi Tube Expertise Unleash the Power of Venturi Tubes: I leverage SolidWorks Simulation to analyze and optimize Venturi tube designs for efficient fluid flow. Accurate Flow Simulations: Predict pressure drops, velocity profiles, and flow characteristics for optimal performance. Enhanced Design Optimization: Refine Venturi tube geometries to maximize efficiency and minimize energy consumption. Reduced Prototyping Costs: Virtually test designs before physical prototypes, saving time and resources. My Skills: CFD Analysis: Utilize Computational Fluid Dynamics tools within SolidWorks to simulate real-world fluid behavior. Boundary Conditions: Set up accurate boundary conditions to replicate realistic flow scenarios. Mesh Generation: Create high-quality meshes for efficient and accurate simulations. Data Visualization: Present clear and insightful results with detailed visualizations of pressure, velocity, and flow patterns.

Venturi Tube Flow simulations and analysis

11922044
Master SolidWorks Simulations: Design with Confidence Optimize Your Designs: Turn ideas into reality with my expertise in SolidWorks Simulation. I leverage powerful tools to analyze pressure, stress, and loads on your models, ensuring: Structural Integrity: Confidently predict how your designs respond to real-world forces, preventing failures and optimizing material usage. Efficient Prototyping: Reduce physical prototypes by virtually testing different design iterations, saving time and resources. Enhanced Performance: Fine-tune your designs for optimal strength and functionality, leading to better products. My Skills: Static & Dynamic Analysis: Assess behavior under static loads (pressure) or dynamic forces (vibration). Material Selection: Identify the right materials based on their stress and strain properties. Fatigue Analysis: Predict potential fatigue failures under repeated loads. Clear Communication: Deliver clear reports with visualizations to convey complex analysis re

SolidWorks pressure, stress load etc analysis

Master SolidWorks Simulations: Design with Confidence Optimize Your Designs: Turn ideas into reality with my expertise in SolidWorks Simulation. I leverage powerful tools to analyze pressure, stress, and loads on your models, ensuring: Structural Integrity: Confidently predict how your designs respond to real-world forces, preventing failures and optimizing material usage. Efficient Prototyping: Reduce physical prototypes by virtually testing different design iterations, saving time and resources. Enhanced Performance: Fine-tune your designs for optimal strength and functionality, leading to better products. My Skills: Static & Dynamic Analysis: Assess behavior under static loads (pressure) or dynamic forces (vibration). Material Selection: Identify the right materials based on their stress and strain properties. Fatigue Analysis: Predict potential fatigue failures under repeated loads. Clear Communication: Deliver clear reports with visualizations to convey complex analysis re

SolidWorks pressure, stress load etc analysis

Master SolidWorks Simulations: Design with Confidence Optimize Your Designs: Turn ideas into reality with my expertise in SolidWorks Simulation. I leverage powerful tools to analyze pressure, stress, and loads on your models, ensuring: Structural Integrity: Confidently predict how your designs respond to real-world forces, preventing failures and optimizing material usage. Efficient Prototyping: Reduce physical prototypes by virtually testing different design iterations, saving time and resources. Enhanced Performance: Fine-tune your designs for optimal strength and functionality, leading to better products. My Skills: Static & Dynamic Analysis: Assess behavior under static loads (pressure) or dynamic forces (vibration). Material Selection: Identify the right materials based on their stress and strain properties. Fatigue Analysis: Predict potential fatigue failures under repeated loads. Clear Communication: Deliver clear reports with visualizations to convey complex analysis re

SolidWorks pressure, stress load etc analysis

Master SolidWorks Simulations: Design with Confidence Optimize Your Designs: Turn ideas into reality with my expertise in SolidWorks Simulation. I leverage powerful tools to analyze pressure, stress, and loads on your models, ensuring: Structural Integrity: Confidently predict how your designs respond to real-world forces, preventing failures and optimizing material usage. Efficient Prototyping: Reduce physical prototypes by virtually testing different design iterations, saving time and resources. Enhanced Performance: Fine-tune your designs for optimal strength and functionality, leading to better products. My Skills: Static & Dynamic Analysis: Assess behavior under static loads (pressure) or dynamic forces (vibration). Material Selection: Identify the right materials based on their stress and strain properties. Fatigue Analysis: Predict potential fatigue failures under repeated loads. Clear Communication: Deliver clear reports with visualizations to convey complex analysis re

SolidWorks pressure, stress load etc analysis

Master SolidWorks Simulations: Design with Confidence Optimize Your Designs: Turn ideas into reality with my expertise in SolidWorks Simulation. I leverage powerful tools to analyze pressure, stress, and loads on your models, ensuring: Structural Integrity: Confidently predict how your designs respond to real-world forces, preventing failures and optimizing material usage. Efficient Prototyping: Reduce physical prototypes by virtually testing different design iterations, saving time and resources. Enhanced Performance: Fine-tune your designs for optimal strength and functionality, leading to better products. My Skills: Static & Dynamic Analysis: Assess behavior under static loads (pressure) or dynamic forces (vibration). Material Selection: Identify the right materials based on their stress and strain properties. Fatigue Analysis: Predict potential fatigue failures under repeated loads. Clear Communication: Deliver clear reports with visualizations to convey complex analysis re

SolidWorks pressure, stress load etc analysis

Master SolidWorks Simulations: Design with Confidence Optimize Your Designs: Turn ideas into reality with my expertise in SolidWorks Simulation. I leverage powerful tools to analyze pressure, stress, and loads on your models, ensuring: Structural Integrity: Confidently predict how your designs respond to real-world forces, preventing failures and optimizing material usage. Efficient Prototyping: Reduce physical prototypes by virtually testing different design iterations, saving time and resources. Enhanced Performance: Fine-tune your designs for optimal strength and functionality, leading to better products. My Skills: Static & Dynamic Analysis: Assess behavior under static loads (pressure) or dynamic forces (vibration). Material Selection: Identify the right materials based on their stress and strain properties. Fatigue Analysis: Predict potential fatigue failures under repeated loads. Clear Communication: Deliver clear reports with visualizations to convey complex analysis re

SolidWorks pressure, stress load etc analysis

11919723
Duckpin bowling is a miniaturized and easier-to-play version of ten-pin bowling. Here's a quick rundown: Lanes: Same size as ten-pin, but with smaller gutters. Pins: Shorter and lighter than ten-pin pins, attached to strings for easier reset. Ball: Palm-sized, no finger holes, making it trickier to control. Scoring: Three throws per frame, with a maximum score of 300 (achieved by 12 strikes). Overall: A fun, less-intense bowling experience, perfect for families and casual players.

DuckPin Ball, and Pin Design

Duckpin bowling is a miniaturized and easier-to-play version of ten-pin bowling. Here's a quick rundown: Lanes: Same size as ten-pin, but with smaller gutters. Pins: Shorter and lighter than ten-pin pins, attached to strings for easier reset. Ball: Palm-sized, no finger holes, making it trickier to control. Scoring: Three throws per frame, with a maximum score of 300 (achieved by 12 strikes). Overall: A fun, less-intense bowling experience, perfect for families and casual players.

DuckPin Ball, and Pin Design

Duckpin bowling is a miniaturized and easier-to-play version of ten-pin bowling. Here's a quick rundown: Lanes: Same size as ten-pin, but with smaller gutters. Pins: Shorter and lighter than ten-pin pins, attached to strings for easier reset. Ball: Palm-sized, no finger holes, making it trickier to control. Scoring: Three throws per frame, with a maximum score of 300 (achieved by 12 strikes). Overall: A fun, less-intense bowling experience, perfect for families and casual players.

DuckPin Ball, and Pin Design

Duckpin bowling is a miniaturized and easier-to-play version of ten-pin bowling. Here's a quick rundown: Lanes: Same size as ten-pin, but with smaller gutters. Pins: Shorter and lighter than ten-pin pins, attached to strings for easier reset. Ball: Palm-sized, no finger holes, making it trickier to control. Scoring: Three throws per frame, with a maximum score of 300 (achieved by 12 strikes). Overall: A fun, less-intense bowling experience, perfect for families and casual players.

DuckPin Ball, and Pin Design

Duckpin bowling is a miniaturized and easier-to-play version of ten-pin bowling. Here's a quick rundown: Lanes: Same size as ten-pin, but with smaller gutters. Pins: Shorter and lighter than ten-pin pins, attached to strings for easier reset. Ball: Palm-sized, no finger holes, making it trickier to control. Scoring: Three throws per frame, with a maximum score of 300 (achieved by 12 strikes). Overall: A fun, less-intense bowling experience, perfect for families and casual players.

DuckPin Ball, and Pin Design

Duckpin bowling is a miniaturized and easier-to-play version of ten-pin bowling. Here's a quick rundown: Lanes: Same size as ten-pin, but with smaller gutters. Pins: Shorter and lighter than ten-pin pins, attached to strings for easier reset. Ball: Palm-sized, no finger holes, making it trickier to control. Scoring: Three throws per frame, with a maximum score of 300 (achieved by 12 strikes). Overall: A fun, less-intense bowling experience, perfect for families and casual players.

DuckPin Ball, and Pin Design

11906326
My ability to create incredibly captivating social media posts and material that appeals to your target audience is seen in this portfolio. This is what you will discover: Eye-catching designs: A range of attention-grabbing post formats on social media and visually arresting images on various networks (e.g., Instagram, Facebook, Twitter). Engaging copywriting that entertains, informs, and sparks conversation is what makes content compelling. Content that interacts with your brand voice and creates a compelling tale around your goods or services is known as strategic storytelling. Verified outcomes (if any): Present any case studies or data proving that your social media content strategy improved reach, engagement, or conversions.

Engaging social media post designs, and content creation

My ability to create incredibly captivating social media posts and material that appeals to your target audience is seen in this portfolio. This is what you will discover: Eye-catching designs: A range of attention-grabbing post formats on social media and visually arresting images on various networks (e.g., Instagram, Facebook, Twitter). Engaging copywriting that entertains, informs, and sparks conversation is what makes content compelling. Content that interacts with your brand voice and creates a compelling tale around your goods or services is known as strategic storytelling. Verified outcomes (if any): Present any case studies or data proving that your social media content strategy improved reach, engagement, or conversions.

Engaging social media post designs, and content creation

My ability to create incredibly captivating social media posts and material that appeals to your target audience is seen in this portfolio. This is what you will discover: Eye-catching designs: A range of attention-grabbing post formats on social media and visually arresting images on various networks (e.g., Instagram, Facebook, Twitter). Engaging copywriting that entertains, informs, and sparks conversation is what makes content compelling. Content that interacts with your brand voice and creates a compelling tale around your goods or services is known as strategic storytelling. Verified outcomes (if any): Present any case studies or data proving that your social media content strategy improved reach, engagement, or conversions.

Engaging social media post designs, and content creation

My ability to create incredibly captivating social media posts and material that appeals to your target audience is seen in this portfolio. This is what you will discover: Eye-catching designs: A range of attention-grabbing post formats on social media and visually arresting images on various networks (e.g., Instagram, Facebook, Twitter). Engaging copywriting that entertains, informs, and sparks conversation is what makes content compelling. Content that interacts with your brand voice and creates a compelling tale around your goods or services is known as strategic storytelling. Verified outcomes (if any): Present any case studies or data proving that your social media content strategy improved reach, engagement, or conversions.

Engaging social media post designs, and content creation

My ability to create incredibly captivating social media posts and material that appeals to your target audience is seen in this portfolio. This is what you will discover: Eye-catching designs: A range of attention-grabbing post formats on social media and visually arresting images on various networks (e.g., Instagram, Facebook, Twitter). Engaging copywriting that entertains, informs, and sparks conversation is what makes content compelling. Content that interacts with your brand voice and creates a compelling tale around your goods or services is known as strategic storytelling. Verified outcomes (if any): Present any case studies or data proving that your social media content strategy improved reach, engagement, or conversions.

Engaging social media post designs, and content creation

11906091
Simple Mechanical Pump Design This portfolio item showcases a design for a basic mechanical pump. The focus is on clarity and functionality, making it ideal for applications where reliability and ease of use are paramount. Key features: Simple design: Minimized components for increased reliability and easier maintenance. Detailed illustrations: Clear visuals to effectively communicate the pump's construction and operation. Material selection guide: Recommendations for appropriate materials based on intended use and fluid properties (if applicable). Scalability considerations: Discussion on how the design can be adapted for different flow rate and pressure requirements.

A simple Mechanical Design of Pump

Simple Mechanical Pump Design This portfolio item showcases a design for a basic mechanical pump. The focus is on clarity and functionality, making it ideal for applications where reliability and ease of use are paramount. Key features: Simple design: Minimized components for increased reliability and easier maintenance. Detailed illustrations: Clear visuals to effectively communicate the pump's construction and operation. Material selection guide: Recommendations for appropriate materials based on intended use and fluid properties (if applicable). Scalability considerations: Discussion on how the design can be adapted for different flow rate and pressure requirements.

A simple Mechanical Design of Pump

Simple Mechanical Pump Design This portfolio item showcases a design for a basic mechanical pump. The focus is on clarity and functionality, making it ideal for applications where reliability and ease of use are paramount. Key features: Simple design: Minimized components for increased reliability and easier maintenance. Detailed illustrations: Clear visuals to effectively communicate the pump's construction and operation. Material selection guide: Recommendations for appropriate materials based on intended use and fluid properties (if applicable). Scalability considerations: Discussion on how the design can be adapted for different flow rate and pressure requirements.

A simple Mechanical Design of Pump

Simple Mechanical Pump Design This portfolio item showcases a design for a basic mechanical pump. The focus is on clarity and functionality, making it ideal for applications where reliability and ease of use are paramount. Key features: Simple design: Minimized components for increased reliability and easier maintenance. Detailed illustrations: Clear visuals to effectively communicate the pump's construction and operation. Material selection guide: Recommendations for appropriate materials based on intended use and fluid properties (if applicable). Scalability considerations: Discussion on how the design can be adapted for different flow rate and pressure requirements.

A simple Mechanical Design of Pump

12574085
This project features a smart pipe-to-hub connection using a lock-press mechanism, eliminating the need for adhesives. Designed for durability and ease of assembly, it ensures a secure, leak-proof fit, ideal for plumbing and industrial use. The system allows quick installation, reduces material costs, and prevents chemical degradation, enhancing long-term reliability. This eco-friendly solution simplifies maintenance, improves efficiency, and offers a cost-effective alternative to traditional adhesive-based fittings.

PVC Pipe Innovative fitting

This project features a smart pipe-to-hub connection using a lock-press mechanism, eliminating the need for adhesives. Designed for durability and ease of assembly, it ensures a secure, leak-proof fit, ideal for plumbing and industrial use. The system allows quick installation, reduces material costs, and prevents chemical degradation, enhancing long-term reliability. This eco-friendly solution simplifies maintenance, improves efficiency, and offers a cost-effective alternative to traditional adhesive-based fittings.

PVC Pipe Innovative fitting

This project features a smart pipe-to-hub connection using a lock-press mechanism, eliminating the need for adhesives. Designed for durability and ease of assembly, it ensures a secure, leak-proof fit, ideal for plumbing and industrial use. The system allows quick installation, reduces material costs, and prevents chemical degradation, enhancing long-term reliability. This eco-friendly solution simplifies maintenance, improves efficiency, and offers a cost-effective alternative to traditional adhesive-based fittings.

PVC Pipe Innovative fitting

This project features a smart pipe-to-hub connection using a lock-press mechanism, eliminating the need for adhesives. Designed for durability and ease of assembly, it ensures a secure, leak-proof fit, ideal for plumbing and industrial use. The system allows quick installation, reduces material costs, and prevents chemical degradation, enhancing long-term reliability. This eco-friendly solution simplifies maintenance, improves efficiency, and offers a cost-effective alternative to traditional adhesive-based fittings.

PVC Pipe Innovative fitting

This project features a smart pipe-to-hub connection using a lock-press mechanism, eliminating the need for adhesives. Designed for durability and ease of assembly, it ensures a secure, leak-proof fit, ideal for plumbing and industrial use. The system allows quick installation, reduces material costs, and prevents chemical degradation, enhancing long-term reliability. This eco-friendly solution simplifies maintenance, improves efficiency, and offers a cost-effective alternative to traditional adhesive-based fittings.

PVC Pipe Innovative fitting

11922146
Master Fluid Flow with SolidWorks: Venturi Tube Expertise Unleash the Power of Venturi Tubes: I leverage SolidWorks Simulation to analyze and optimize Venturi tube designs for efficient fluid flow. Accurate Flow Simulations: Predict pressure drops, velocity profiles, and flow characteristics for optimal performance. Enhanced Design Optimization: Refine Venturi tube geometries to maximize efficiency and minimize energy consumption. Reduced Prototyping Costs: Virtually test designs before physical prototypes, saving time and resources. My Skills: CFD Analysis: Utilize Computational Fluid Dynamics tools within SolidWorks to simulate real-world fluid behavior. Boundary Conditions: Set up accurate boundary conditions to replicate realistic flow scenarios. Mesh Generation: Create high-quality meshes for efficient and accurate simulations. Data Visualization: Present clear and insightful results with detailed visualizations of pressure, velocity, and flow patterns.

Venturi Tube Flow simulations and analysis

Master Fluid Flow with SolidWorks: Venturi Tube Expertise Unleash the Power of Venturi Tubes: I leverage SolidWorks Simulation to analyze and optimize Venturi tube designs for efficient fluid flow. Accurate Flow Simulations: Predict pressure drops, velocity profiles, and flow characteristics for optimal performance. Enhanced Design Optimization: Refine Venturi tube geometries to maximize efficiency and minimize energy consumption. Reduced Prototyping Costs: Virtually test designs before physical prototypes, saving time and resources. My Skills: CFD Analysis: Utilize Computational Fluid Dynamics tools within SolidWorks to simulate real-world fluid behavior. Boundary Conditions: Set up accurate boundary conditions to replicate realistic flow scenarios. Mesh Generation: Create high-quality meshes for efficient and accurate simulations. Data Visualization: Present clear and insightful results with detailed visualizations of pressure, velocity, and flow patterns.

Venturi Tube Flow simulations and analysis

Master Fluid Flow with SolidWorks: Venturi Tube Expertise Unleash the Power of Venturi Tubes: I leverage SolidWorks Simulation to analyze and optimize Venturi tube designs for efficient fluid flow. Accurate Flow Simulations: Predict pressure drops, velocity profiles, and flow characteristics for optimal performance. Enhanced Design Optimization: Refine Venturi tube geometries to maximize efficiency and minimize energy consumption. Reduced Prototyping Costs: Virtually test designs before physical prototypes, saving time and resources. My Skills: CFD Analysis: Utilize Computational Fluid Dynamics tools within SolidWorks to simulate real-world fluid behavior. Boundary Conditions: Set up accurate boundary conditions to replicate realistic flow scenarios. Mesh Generation: Create high-quality meshes for efficient and accurate simulations. Data Visualization: Present clear and insightful results with detailed visualizations of pressure, velocity, and flow patterns.

Venturi Tube Flow simulations and analysis

Master Fluid Flow with SolidWorks: Venturi Tube Expertise Unleash the Power of Venturi Tubes: I leverage SolidWorks Simulation to analyze and optimize Venturi tube designs for efficient fluid flow. Accurate Flow Simulations: Predict pressure drops, velocity profiles, and flow characteristics for optimal performance. Enhanced Design Optimization: Refine Venturi tube geometries to maximize efficiency and minimize energy consumption. Reduced Prototyping Costs: Virtually test designs before physical prototypes, saving time and resources. My Skills: CFD Analysis: Utilize Computational Fluid Dynamics tools within SolidWorks to simulate real-world fluid behavior. Boundary Conditions: Set up accurate boundary conditions to replicate realistic flow scenarios. Mesh Generation: Create high-quality meshes for efficient and accurate simulations. Data Visualization: Present clear and insightful results with detailed visualizations of pressure, velocity, and flow patterns.

Venturi Tube Flow simulations and analysis

Master Fluid Flow with SolidWorks: Venturi Tube Expertise Unleash the Power of Venturi Tubes: I leverage SolidWorks Simulation to analyze and optimize Venturi tube designs for efficient fluid flow. Accurate Flow Simulations: Predict pressure drops, velocity profiles, and flow characteristics for optimal performance. Enhanced Design Optimization: Refine Venturi tube geometries to maximize efficiency and minimize energy consumption. Reduced Prototyping Costs: Virtually test designs before physical prototypes, saving time and resources. My Skills: CFD Analysis: Utilize Computational Fluid Dynamics tools within SolidWorks to simulate real-world fluid behavior. Boundary Conditions: Set up accurate boundary conditions to replicate realistic flow scenarios. Mesh Generation: Create high-quality meshes for efficient and accurate simulations. Data Visualization: Present clear and insightful results with detailed visualizations of pressure, velocity, and flow patterns.

Venturi Tube Flow simulations and analysis

Master Fluid Flow with SolidWorks: Venturi Tube Expertise Unleash the Power of Venturi Tubes: I leverage SolidWorks Simulation to analyze and optimize Venturi tube designs for efficient fluid flow. Accurate Flow Simulations: Predict pressure drops, velocity profiles, and flow characteristics for optimal performance. Enhanced Design Optimization: Refine Venturi tube geometries to maximize efficiency and minimize energy consumption. Reduced Prototyping Costs: Virtually test designs before physical prototypes, saving time and resources. My Skills: CFD Analysis: Utilize Computational Fluid Dynamics tools within SolidWorks to simulate real-world fluid behavior. Boundary Conditions: Set up accurate boundary conditions to replicate realistic flow scenarios. Mesh Generation: Create high-quality meshes for efficient and accurate simulations. Data Visualization: Present clear and insightful results with detailed visualizations of pressure, velocity, and flow patterns.

Venturi Tube Flow simulations and analysis

Master Fluid Flow with SolidWorks: Venturi Tube Expertise Unleash the Power of Venturi Tubes: I leverage SolidWorks Simulation to analyze and optimize Venturi tube designs for efficient fluid flow. Accurate Flow Simulations: Predict pressure drops, velocity profiles, and flow characteristics for optimal performance. Enhanced Design Optimization: Refine Venturi tube geometries to maximize efficiency and minimize energy consumption. Reduced Prototyping Costs: Virtually test designs before physical prototypes, saving time and resources. My Skills: CFD Analysis: Utilize Computational Fluid Dynamics tools within SolidWorks to simulate real-world fluid behavior. Boundary Conditions: Set up accurate boundary conditions to replicate realistic flow scenarios. Mesh Generation: Create high-quality meshes for efficient and accurate simulations. Data Visualization: Present clear and insightful results with detailed visualizations of pressure, velocity, and flow patterns.

Venturi Tube Flow simulations and analysis

Master Fluid Flow with SolidWorks: Venturi Tube Expertise Unleash the Power of Venturi Tubes: I leverage SolidWorks Simulation to analyze and optimize Venturi tube designs for efficient fluid flow. Accurate Flow Simulations: Predict pressure drops, velocity profiles, and flow characteristics for optimal performance. Enhanced Design Optimization: Refine Venturi tube geometries to maximize efficiency and minimize energy consumption. Reduced Prototyping Costs: Virtually test designs before physical prototypes, saving time and resources. My Skills: CFD Analysis: Utilize Computational Fluid Dynamics tools within SolidWorks to simulate real-world fluid behavior. Boundary Conditions: Set up accurate boundary conditions to replicate realistic flow scenarios. Mesh Generation: Create high-quality meshes for efficient and accurate simulations. Data Visualization: Present clear and insightful results with detailed visualizations of pressure, velocity, and flow patterns.

Venturi Tube Flow simulations and analysis

11922044
Master SolidWorks Simulations: Design with Confidence Optimize Your Designs: Turn ideas into reality with my expertise in SolidWorks Simulation. I leverage powerful tools to analyze pressure, stress, and loads on your models, ensuring: Structural Integrity: Confidently predict how your designs respond to real-world forces, preventing failures and optimizing material usage. Efficient Prototyping: Reduce physical prototypes by virtually testing different design iterations, saving time and resources. Enhanced Performance: Fine-tune your designs for optimal strength and functionality, leading to better products. My Skills: Static & Dynamic Analysis: Assess behavior under static loads (pressure) or dynamic forces (vibration). Material Selection: Identify the right materials based on their stress and strain properties. Fatigue Analysis: Predict potential fatigue failures under repeated loads. Clear Communication: Deliver clear reports with visualizations to convey complex analysis re

SolidWorks pressure, stress load etc analysis

Master SolidWorks Simulations: Design with Confidence Optimize Your Designs: Turn ideas into reality with my expertise in SolidWorks Simulation. I leverage powerful tools to analyze pressure, stress, and loads on your models, ensuring: Structural Integrity: Confidently predict how your designs respond to real-world forces, preventing failures and optimizing material usage. Efficient Prototyping: Reduce physical prototypes by virtually testing different design iterations, saving time and resources. Enhanced Performance: Fine-tune your designs for optimal strength and functionality, leading to better products. My Skills: Static & Dynamic Analysis: Assess behavior under static loads (pressure) or dynamic forces (vibration). Material Selection: Identify the right materials based on their stress and strain properties. Fatigue Analysis: Predict potential fatigue failures under repeated loads. Clear Communication: Deliver clear reports with visualizations to convey complex analysis re

SolidWorks pressure, stress load etc analysis

Master SolidWorks Simulations: Design with Confidence Optimize Your Designs: Turn ideas into reality with my expertise in SolidWorks Simulation. I leverage powerful tools to analyze pressure, stress, and loads on your models, ensuring: Structural Integrity: Confidently predict how your designs respond to real-world forces, preventing failures and optimizing material usage. Efficient Prototyping: Reduce physical prototypes by virtually testing different design iterations, saving time and resources. Enhanced Performance: Fine-tune your designs for optimal strength and functionality, leading to better products. My Skills: Static & Dynamic Analysis: Assess behavior under static loads (pressure) or dynamic forces (vibration). Material Selection: Identify the right materials based on their stress and strain properties. Fatigue Analysis: Predict potential fatigue failures under repeated loads. Clear Communication: Deliver clear reports with visualizations to convey complex analysis re

SolidWorks pressure, stress load etc analysis

Master SolidWorks Simulations: Design with Confidence Optimize Your Designs: Turn ideas into reality with my expertise in SolidWorks Simulation. I leverage powerful tools to analyze pressure, stress, and loads on your models, ensuring: Structural Integrity: Confidently predict how your designs respond to real-world forces, preventing failures and optimizing material usage. Efficient Prototyping: Reduce physical prototypes by virtually testing different design iterations, saving time and resources. Enhanced Performance: Fine-tune your designs for optimal strength and functionality, leading to better products. My Skills: Static & Dynamic Analysis: Assess behavior under static loads (pressure) or dynamic forces (vibration). Material Selection: Identify the right materials based on their stress and strain properties. Fatigue Analysis: Predict potential fatigue failures under repeated loads. Clear Communication: Deliver clear reports with visualizations to convey complex analysis re

SolidWorks pressure, stress load etc analysis

Master SolidWorks Simulations: Design with Confidence Optimize Your Designs: Turn ideas into reality with my expertise in SolidWorks Simulation. I leverage powerful tools to analyze pressure, stress, and loads on your models, ensuring: Structural Integrity: Confidently predict how your designs respond to real-world forces, preventing failures and optimizing material usage. Efficient Prototyping: Reduce physical prototypes by virtually testing different design iterations, saving time and resources. Enhanced Performance: Fine-tune your designs for optimal strength and functionality, leading to better products. My Skills: Static & Dynamic Analysis: Assess behavior under static loads (pressure) or dynamic forces (vibration). Material Selection: Identify the right materials based on their stress and strain properties. Fatigue Analysis: Predict potential fatigue failures under repeated loads. Clear Communication: Deliver clear reports with visualizations to convey complex analysis re

SolidWorks pressure, stress load etc analysis

Master SolidWorks Simulations: Design with Confidence Optimize Your Designs: Turn ideas into reality with my expertise in SolidWorks Simulation. I leverage powerful tools to analyze pressure, stress, and loads on your models, ensuring: Structural Integrity: Confidently predict how your designs respond to real-world forces, preventing failures and optimizing material usage. Efficient Prototyping: Reduce physical prototypes by virtually testing different design iterations, saving time and resources. Enhanced Performance: Fine-tune your designs for optimal strength and functionality, leading to better products. My Skills: Static & Dynamic Analysis: Assess behavior under static loads (pressure) or dynamic forces (vibration). Material Selection: Identify the right materials based on their stress and strain properties. Fatigue Analysis: Predict potential fatigue failures under repeated loads. Clear Communication: Deliver clear reports with visualizations to convey complex analysis re

SolidWorks pressure, stress load etc analysis

11919723
Duckpin bowling is a miniaturized and easier-to-play version of ten-pin bowling. Here's a quick rundown: Lanes: Same size as ten-pin, but with smaller gutters. Pins: Shorter and lighter than ten-pin pins, attached to strings for easier reset. Ball: Palm-sized, no finger holes, making it trickier to control. Scoring: Three throws per frame, with a maximum score of 300 (achieved by 12 strikes). Overall: A fun, less-intense bowling experience, perfect for families and casual players.

DuckPin Ball, and Pin Design

Duckpin bowling is a miniaturized and easier-to-play version of ten-pin bowling. Here's a quick rundown: Lanes: Same size as ten-pin, but with smaller gutters. Pins: Shorter and lighter than ten-pin pins, attached to strings for easier reset. Ball: Palm-sized, no finger holes, making it trickier to control. Scoring: Three throws per frame, with a maximum score of 300 (achieved by 12 strikes). Overall: A fun, less-intense bowling experience, perfect for families and casual players.

DuckPin Ball, and Pin Design

Duckpin bowling is a miniaturized and easier-to-play version of ten-pin bowling. Here's a quick rundown: Lanes: Same size as ten-pin, but with smaller gutters. Pins: Shorter and lighter than ten-pin pins, attached to strings for easier reset. Ball: Palm-sized, no finger holes, making it trickier to control. Scoring: Three throws per frame, with a maximum score of 300 (achieved by 12 strikes). Overall: A fun, less-intense bowling experience, perfect for families and casual players.

DuckPin Ball, and Pin Design

Duckpin bowling is a miniaturized and easier-to-play version of ten-pin bowling. Here's a quick rundown: Lanes: Same size as ten-pin, but with smaller gutters. Pins: Shorter and lighter than ten-pin pins, attached to strings for easier reset. Ball: Palm-sized, no finger holes, making it trickier to control. Scoring: Three throws per frame, with a maximum score of 300 (achieved by 12 strikes). Overall: A fun, less-intense bowling experience, perfect for families and casual players.

DuckPin Ball, and Pin Design

Duckpin bowling is a miniaturized and easier-to-play version of ten-pin bowling. Here's a quick rundown: Lanes: Same size as ten-pin, but with smaller gutters. Pins: Shorter and lighter than ten-pin pins, attached to strings for easier reset. Ball: Palm-sized, no finger holes, making it trickier to control. Scoring: Three throws per frame, with a maximum score of 300 (achieved by 12 strikes). Overall: A fun, less-intense bowling experience, perfect for families and casual players.

DuckPin Ball, and Pin Design

Duckpin bowling is a miniaturized and easier-to-play version of ten-pin bowling. Here's a quick rundown: Lanes: Same size as ten-pin, but with smaller gutters. Pins: Shorter and lighter than ten-pin pins, attached to strings for easier reset. Ball: Palm-sized, no finger holes, making it trickier to control. Scoring: Three throws per frame, with a maximum score of 300 (achieved by 12 strikes). Overall: A fun, less-intense bowling experience, perfect for families and casual players.

DuckPin Ball, and Pin Design

11906326
My ability to create incredibly captivating social media posts and material that appeals to your target audience is seen in this portfolio. This is what you will discover: Eye-catching designs: A range of attention-grabbing post formats on social media and visually arresting images on various networks (e.g., Instagram, Facebook, Twitter). Engaging copywriting that entertains, informs, and sparks conversation is what makes content compelling. Content that interacts with your brand voice and creates a compelling tale around your goods or services is known as strategic storytelling. Verified outcomes (if any): Present any case studies or data proving that your social media content strategy improved reach, engagement, or conversions.

Engaging social media post designs, and content creation

My ability to create incredibly captivating social media posts and material that appeals to your target audience is seen in this portfolio. This is what you will discover: Eye-catching designs: A range of attention-grabbing post formats on social media and visually arresting images on various networks (e.g., Instagram, Facebook, Twitter). Engaging copywriting that entertains, informs, and sparks conversation is what makes content compelling. Content that interacts with your brand voice and creates a compelling tale around your goods or services is known as strategic storytelling. Verified outcomes (if any): Present any case studies or data proving that your social media content strategy improved reach, engagement, or conversions.

Engaging social media post designs, and content creation

My ability to create incredibly captivating social media posts and material that appeals to your target audience is seen in this portfolio. This is what you will discover: Eye-catching designs: A range of attention-grabbing post formats on social media and visually arresting images on various networks (e.g., Instagram, Facebook, Twitter). Engaging copywriting that entertains, informs, and sparks conversation is what makes content compelling. Content that interacts with your brand voice and creates a compelling tale around your goods or services is known as strategic storytelling. Verified outcomes (if any): Present any case studies or data proving that your social media content strategy improved reach, engagement, or conversions.

Engaging social media post designs, and content creation

My ability to create incredibly captivating social media posts and material that appeals to your target audience is seen in this portfolio. This is what you will discover: Eye-catching designs: A range of attention-grabbing post formats on social media and visually arresting images on various networks (e.g., Instagram, Facebook, Twitter). Engaging copywriting that entertains, informs, and sparks conversation is what makes content compelling. Content that interacts with your brand voice and creates a compelling tale around your goods or services is known as strategic storytelling. Verified outcomes (if any): Present any case studies or data proving that your social media content strategy improved reach, engagement, or conversions.

Engaging social media post designs, and content creation

My ability to create incredibly captivating social media posts and material that appeals to your target audience is seen in this portfolio. This is what you will discover: Eye-catching designs: A range of attention-grabbing post formats on social media and visually arresting images on various networks (e.g., Instagram, Facebook, Twitter). Engaging copywriting that entertains, informs, and sparks conversation is what makes content compelling. Content that interacts with your brand voice and creates a compelling tale around your goods or services is known as strategic storytelling. Verified outcomes (if any): Present any case studies or data proving that your social media content strategy improved reach, engagement, or conversions.

Engaging social media post designs, and content creation

11906091
Simple Mechanical Pump Design This portfolio item showcases a design for a basic mechanical pump. The focus is on clarity and functionality, making it ideal for applications where reliability and ease of use are paramount. Key features: Simple design: Minimized components for increased reliability and easier maintenance. Detailed illustrations: Clear visuals to effectively communicate the pump's construction and operation. Material selection guide: Recommendations for appropriate materials based on intended use and fluid properties (if applicable). Scalability considerations: Discussion on how the design can be adapted for different flow rate and pressure requirements.

A simple Mechanical Design of Pump

Simple Mechanical Pump Design This portfolio item showcases a design for a basic mechanical pump. The focus is on clarity and functionality, making it ideal for applications where reliability and ease of use are paramount. Key features: Simple design: Minimized components for increased reliability and easier maintenance. Detailed illustrations: Clear visuals to effectively communicate the pump's construction and operation. Material selection guide: Recommendations for appropriate materials based on intended use and fluid properties (if applicable). Scalability considerations: Discussion on how the design can be adapted for different flow rate and pressure requirements.

A simple Mechanical Design of Pump

Simple Mechanical Pump Design This portfolio item showcases a design for a basic mechanical pump. The focus is on clarity and functionality, making it ideal for applications where reliability and ease of use are paramount. Key features: Simple design: Minimized components for increased reliability and easier maintenance. Detailed illustrations: Clear visuals to effectively communicate the pump's construction and operation. Material selection guide: Recommendations for appropriate materials based on intended use and fluid properties (if applicable). Scalability considerations: Discussion on how the design can be adapted for different flow rate and pressure requirements.

A simple Mechanical Design of Pump

Simple Mechanical Pump Design This portfolio item showcases a design for a basic mechanical pump. The focus is on clarity and functionality, making it ideal for applications where reliability and ease of use are paramount. Key features: Simple design: Minimized components for increased reliability and easier maintenance. Detailed illustrations: Clear visuals to effectively communicate the pump's construction and operation. Material selection guide: Recommendations for appropriate materials based on intended use and fluid properties (if applicable). Scalability considerations: Discussion on how the design can be adapted for different flow rate and pressure requirements.

A simple Mechanical Design of Pump

4.6 · 21 Reviews
21 Reviews
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Ivan L.

5.0

$100 AUD

2 months ago

Autodesk CFD Setup for Axial Fan Simulation (Reusable Template for Multiple Designs) -- 2

Excellent professional, fast, and did everything exactly as I asked, and even helped me with the execution afterwards.

CAD/CAM
Mechanical Engineering
Finite Element Analysis
Computational Fluid Dynamics
3D CAD

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Brittany P.

5.0

$10 USD

5 months ago

3D Product Model Creation

He was very quick to respond and listened to my concerns. He was easy to work with and produced quality files.

3D Rendering
Solidworks
3D Modelling
3D Animation
3D Design

+3 more

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Former Client (inactive)

5.0

€80 EUR

6 months ago

Diseño CAD/CAM y Simulación Mecanizado (archived)

Very good job,and very kind

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sakshis576

5.0

$44 NZD

7 months ago

Urgent! SolidWorks Expert

Good Freelancer to work

CAD/CAM
Solidworks
Mechanical Engineering
AutoCAD
3D Modelling

+5 more

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Nicholas P.

5.0

$25 AUD

7 months ago

Marble Table 3D Drawings Today

fantastic will use again

3D Rendering
3ds Max
3D Modelling
3D Animation
3D Design

+3 more

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Experience

Intern

Jun, 2023 - Aug, 2023

•

2 months, 1 day

PITAC Lahore Pakistan

Jun, 2023 - Aug, 2023

•

2 months, 1 day

As an intern at Pakistan Industrial and Technical Assistance Centre Lahore, I worked for three months to learn a lot about industry and how to manage things for different projects. PITAC is one of Pakistan's leading industrial institutions that helps industries make products. From the design phase to the final product delivery for multiple industries, PITAC plays a pivotal role in all aspects of product development.

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Lahore, Pakistan

Jun, 2023 - Aug, 2023

•

2 months, 1 day

Education

Mirpur University of Science and Technology Mirpur A.J.K.

2020 - 2024

•

4 years

Bs Mechanical Engineering (BME)

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Pakistan

2020 - 2024

•

4 years

Qualifications

Solidworks Essentials

2023

Udemy

SolidWorks Certified: Proficient in Dassault SolidWorks with a strong grasp of the user interface, 2D sketching tools (including constraints), 3D modeling techniques (extrude, revolve), and editing commands (copy, scale). Experience with advanced features like curves and coordinate systems.

2023

Certifications

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Preferred Freelancer Program SLA

US English - Level 1

US English

Freelancer logo US (International) / English
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