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$5 USD / hour
Flag of PAKISTAN
wah cantt, pakistan
$5 USD / hour
It's currently 1:43 AM here
Joined June 5, 2021
0 Recommendations

Muhammad Hamza A.

@hamzzaalii

 5.0 (2 reviews)
1.3
1.3
100%
100%
$5 USD / hour
Flag of PAKISTAN
wah cantt, pakistan
$5 USD / hour
100%
Jobs Completed
100%
On Budget
100%
On Time
N/A
Repeat Hire Rate

Mechanical Engineer | CSWA | CAD/CAM | Solidworks

I am a certified CAD designer and a mechanical engineering student with a proven track record of over five years in utilizing advanced 3D modeling software, including Solidworks, Solid Edge, AutoCAD, and Fusion360. My expertise lies in crafting precision-engineered and aesthetically pleasing models tailored to meet the specific requirements of diverse mechanical projects. My capabilities span a wide spectrum, encompassing 3D printing, machining, injection molding, as well as comprehensive product design and rendering services.
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Portfolio

11695198
Driven by a passion for efficiency and cycling, I embarked on a project to build a lightweight tricycle using Solidworks. The goal: craft a machine that glides effortlessly, prioritizing weight optimization at every step. Through meticulous material selection (think high-strength, low-weight alloys) and strategic structural design, I shaved off grams wherever possible. Solidworks became my canvas, where I wielded features like advanced shelling and topology optimization to meticulously remove excess material while maintaining structural integrity. Challenges arose, like balancing strength with weight in key components. But through iterative design and clever solutions (e.g., 3D-printed lattice structures), I emerged victorious. Riding my creation is a dream. The lightweight design translates into effortless pedaling and nimble handling, exceeding my expectations. It's a testament to the power of Solidworks and my own design ingenuity. This project is just the beginning. I'm excited
Lightweight Tricycle
Driven by a passion for efficiency and cycling, I embarked on a project to build a lightweight tricycle using Solidworks. The goal: craft a machine that glides effortlessly, prioritizing weight optimization at every step. Through meticulous material selection (think high-strength, low-weight alloys) and strategic structural design, I shaved off grams wherever possible. Solidworks became my canvas, where I wielded features like advanced shelling and topology optimization to meticulously remove excess material while maintaining structural integrity. Challenges arose, like balancing strength with weight in key components. But through iterative design and clever solutions (e.g., 3D-printed lattice structures), I emerged victorious. Riding my creation is a dream. The lightweight design translates into effortless pedaling and nimble handling, exceeding my expectations. It's a testament to the power of Solidworks and my own design ingenuity. This project is just the beginning. I'm excited
Lightweight Tricycle
Driven by a passion for efficiency and cycling, I embarked on a project to build a lightweight tricycle using Solidworks. The goal: craft a machine that glides effortlessly, prioritizing weight optimization at every step. Through meticulous material selection (think high-strength, low-weight alloys) and strategic structural design, I shaved off grams wherever possible. Solidworks became my canvas, where I wielded features like advanced shelling and topology optimization to meticulously remove excess material while maintaining structural integrity. Challenges arose, like balancing strength with weight in key components. But through iterative design and clever solutions (e.g., 3D-printed lattice structures), I emerged victorious. Riding my creation is a dream. The lightweight design translates into effortless pedaling and nimble handling, exceeding my expectations. It's a testament to the power of Solidworks and my own design ingenuity. This project is just the beginning. I'm excited
Lightweight Tricycle
11673256
Absolutely, I'd be happy to help! Imagine diving into the intricate world of automotive engineering with SolidWorks. In this project, I meticulously crafted a 3D CAD model of a powerful V8 engine. Every detail, from the precise arrangement of cylinders to the intricacies of the crankshaft, was meticulously designed and simulated to ensure optimal performance and functionality. The project involved leveraging SolidWorks' robust tools to create a realistic representation of the V8 engine, taking into account factors like materials, tolerances, and assembly. The dynamic simulation capabilities allowed for a virtual test drive, assessing how the engine components interacted under various conditions. This CAD model wasn't just about aesthetics—it was a comprehensive exploration of engineering principles, pushing the boundaries of design and functionality. Whether it's for automotive enthusiasts, engineering analysis, or educational purposes, this SolidWorks project brought the heart of a
V8 Engine
Absolutely, I'd be happy to help! Imagine diving into the intricate world of automotive engineering with SolidWorks. In this project, I meticulously crafted a 3D CAD model of a powerful V8 engine. Every detail, from the precise arrangement of cylinders to the intricacies of the crankshaft, was meticulously designed and simulated to ensure optimal performance and functionality. The project involved leveraging SolidWorks' robust tools to create a realistic representation of the V8 engine, taking into account factors like materials, tolerances, and assembly. The dynamic simulation capabilities allowed for a virtual test drive, assessing how the engine components interacted under various conditions. This CAD model wasn't just about aesthetics—it was a comprehensive exploration of engineering principles, pushing the boundaries of design and functionality. Whether it's for automotive enthusiasts, engineering analysis, or educational purposes, this SolidWorks project brought the heart of a
V8 Engine
Absolutely, I'd be happy to help! Imagine diving into the intricate world of automotive engineering with SolidWorks. In this project, I meticulously crafted a 3D CAD model of a powerful V8 engine. Every detail, from the precise arrangement of cylinders to the intricacies of the crankshaft, was meticulously designed and simulated to ensure optimal performance and functionality. The project involved leveraging SolidWorks' robust tools to create a realistic representation of the V8 engine, taking into account factors like materials, tolerances, and assembly. The dynamic simulation capabilities allowed for a virtual test drive, assessing how the engine components interacted under various conditions. This CAD model wasn't just about aesthetics—it was a comprehensive exploration of engineering principles, pushing the boundaries of design and functionality. Whether it's for automotive enthusiasts, engineering analysis, or educational purposes, this SolidWorks project brought the heart of a
V8 Engine
11584287
This project revolves around the meticulous design and modeling of a scaled-down replica of the J-20 fighter aircraft, a cutting-edge military jet, utilizing SolidWorks, a leading Computer-Aided Design (CAD) software. The primary objective is to create an exact and detailed 3D model of the J-20, while scaling it down to a smaller, yet proportionate, version. The project involves comprehensive research, precise modeling techniques, and a focus on accuracy to ensure the final product serves as a realistic representation of the J-20 at a reduced scale.
Design and Modeling of a Shorter Scale Replica of the J-20 F
This project revolves around the meticulous design and modeling of a scaled-down replica of the J-20 fighter aircraft, a cutting-edge military jet, utilizing SolidWorks, a leading Computer-Aided Design (CAD) software. The primary objective is to create an exact and detailed 3D model of the J-20, while scaling it down to a smaller, yet proportionate, version. The project involves comprehensive research, precise modeling techniques, and a focus on accuracy to ensure the final product serves as a realistic representation of the J-20 at a reduced scale.
Design and Modeling of a Shorter Scale Replica of the J-20 F
This project revolves around the meticulous design and modeling of a scaled-down replica of the J-20 fighter aircraft, a cutting-edge military jet, utilizing SolidWorks, a leading Computer-Aided Design (CAD) software. The primary objective is to create an exact and detailed 3D model of the J-20, while scaling it down to a smaller, yet proportionate, version. The project involves comprehensive research, precise modeling techniques, and a focus on accuracy to ensure the final product serves as a realistic representation of the J-20 at a reduced scale.
Design and Modeling of a Shorter Scale Replica of the J-20 F
11581513
This project revolves around the design and modeling of a hexacopter using SolidWorks, a powerful Computer-Aided Design (CAD) software. The hexacopter is Arduino-based, integrating the versatility of Arduino microcontrollers for control and communication. The primary goal is to create a detailed and accurate 3D model of the hexacopter for further analysis, simulation, and potential fabrication. Objectives: Define Design Requirements: Identify the key specifications such as payload capacity, flight time, and overall dimensions. Determine the necessary components for the hexacopter, including motors, propellers, frame, and electronic components. Select Components: Choose appropriate brushless motors, propellers, an Arduino microcontroller, sensors, and other necessary electronic components. Consider the weight, power requirements, and compatibility of each component. Create a Preliminary Sketch: Draft a preliminary sketch of the hexacopter, defining the layout of the motors, propell
Hexacopter - Arduino Based
11568312
Project goal Our startup company was founded with a focus on repurposing decommissioned laptop batteries for the creation of new products such as power banks and Powerwall's. In pursuit of this objective, I undertook the task of designing a power bank capable of accommodating over 13,18650 cells and an 18W chip. The challenge was to ensure a compact design while achieving a capacity exceeding 25,000mAh. Consequently, the power bank is capable of refreshing its capacity through the seamless updating of its cells. Initially, I incorporated screws within the mating case of the power bank to facilitate easy repairs. Furthermore, I integrated 18650 holders into the case, serving two critical purposes. Firstly, this design eliminates the necessity for soldering the cells directly.
Power Bank
11568299
Embark on a visual odyssey as a product designer meticulously brings to life a stunning table, marrying form and function with an impeccable body-to-weight ratio. This project is a testament to the designer's keen eye for detail, where every curve, joint, and material is carefully selected to achieve both aesthetic appeal and structural integrity. The magic begins with the selection of premium materials, each chosen for its unique characteristics and contribution to the overall design. The designer's acute sense of balance in the body-to-weight ratio ensures that the table not only stands as a work of art but is also practical in its everyday use.
Mathematical Table
Embark on a visual odyssey as a product designer meticulously brings to life a stunning table, marrying form and function with an impeccable body-to-weight ratio. This project is a testament to the designer's keen eye for detail, where every curve, joint, and material is carefully selected to achieve both aesthetic appeal and structural integrity. The magic begins with the selection of premium materials, each chosen for its unique characteristics and contribution to the overall design. The designer's acute sense of balance in the body-to-weight ratio ensures that the table not only stands as a work of art but is also practical in its everyday use.
Mathematical Table
11695198
Driven by a passion for efficiency and cycling, I embarked on a project to build a lightweight tricycle using Solidworks. The goal: craft a machine that glides effortlessly, prioritizing weight optimization at every step. Through meticulous material selection (think high-strength, low-weight alloys) and strategic structural design, I shaved off grams wherever possible. Solidworks became my canvas, where I wielded features like advanced shelling and topology optimization to meticulously remove excess material while maintaining structural integrity. Challenges arose, like balancing strength with weight in key components. But through iterative design and clever solutions (e.g., 3D-printed lattice structures), I emerged victorious. Riding my creation is a dream. The lightweight design translates into effortless pedaling and nimble handling, exceeding my expectations. It's a testament to the power of Solidworks and my own design ingenuity. This project is just the beginning. I'm excited
Lightweight Tricycle
Driven by a passion for efficiency and cycling, I embarked on a project to build a lightweight tricycle using Solidworks. The goal: craft a machine that glides effortlessly, prioritizing weight optimization at every step. Through meticulous material selection (think high-strength, low-weight alloys) and strategic structural design, I shaved off grams wherever possible. Solidworks became my canvas, where I wielded features like advanced shelling and topology optimization to meticulously remove excess material while maintaining structural integrity. Challenges arose, like balancing strength with weight in key components. But through iterative design and clever solutions (e.g., 3D-printed lattice structures), I emerged victorious. Riding my creation is a dream. The lightweight design translates into effortless pedaling and nimble handling, exceeding my expectations. It's a testament to the power of Solidworks and my own design ingenuity. This project is just the beginning. I'm excited
Lightweight Tricycle
Driven by a passion for efficiency and cycling, I embarked on a project to build a lightweight tricycle using Solidworks. The goal: craft a machine that glides effortlessly, prioritizing weight optimization at every step. Through meticulous material selection (think high-strength, low-weight alloys) and strategic structural design, I shaved off grams wherever possible. Solidworks became my canvas, where I wielded features like advanced shelling and topology optimization to meticulously remove excess material while maintaining structural integrity. Challenges arose, like balancing strength with weight in key components. But through iterative design and clever solutions (e.g., 3D-printed lattice structures), I emerged victorious. Riding my creation is a dream. The lightweight design translates into effortless pedaling and nimble handling, exceeding my expectations. It's a testament to the power of Solidworks and my own design ingenuity. This project is just the beginning. I'm excited
Lightweight Tricycle
11673256
Absolutely, I'd be happy to help! Imagine diving into the intricate world of automotive engineering with SolidWorks. In this project, I meticulously crafted a 3D CAD model of a powerful V8 engine. Every detail, from the precise arrangement of cylinders to the intricacies of the crankshaft, was meticulously designed and simulated to ensure optimal performance and functionality. The project involved leveraging SolidWorks' robust tools to create a realistic representation of the V8 engine, taking into account factors like materials, tolerances, and assembly. The dynamic simulation capabilities allowed for a virtual test drive, assessing how the engine components interacted under various conditions. This CAD model wasn't just about aesthetics—it was a comprehensive exploration of engineering principles, pushing the boundaries of design and functionality. Whether it's for automotive enthusiasts, engineering analysis, or educational purposes, this SolidWorks project brought the heart of a
V8 Engine
Absolutely, I'd be happy to help! Imagine diving into the intricate world of automotive engineering with SolidWorks. In this project, I meticulously crafted a 3D CAD model of a powerful V8 engine. Every detail, from the precise arrangement of cylinders to the intricacies of the crankshaft, was meticulously designed and simulated to ensure optimal performance and functionality. The project involved leveraging SolidWorks' robust tools to create a realistic representation of the V8 engine, taking into account factors like materials, tolerances, and assembly. The dynamic simulation capabilities allowed for a virtual test drive, assessing how the engine components interacted under various conditions. This CAD model wasn't just about aesthetics—it was a comprehensive exploration of engineering principles, pushing the boundaries of design and functionality. Whether it's for automotive enthusiasts, engineering analysis, or educational purposes, this SolidWorks project brought the heart of a
V8 Engine
Absolutely, I'd be happy to help! Imagine diving into the intricate world of automotive engineering with SolidWorks. In this project, I meticulously crafted a 3D CAD model of a powerful V8 engine. Every detail, from the precise arrangement of cylinders to the intricacies of the crankshaft, was meticulously designed and simulated to ensure optimal performance and functionality. The project involved leveraging SolidWorks' robust tools to create a realistic representation of the V8 engine, taking into account factors like materials, tolerances, and assembly. The dynamic simulation capabilities allowed for a virtual test drive, assessing how the engine components interacted under various conditions. This CAD model wasn't just about aesthetics—it was a comprehensive exploration of engineering principles, pushing the boundaries of design and functionality. Whether it's for automotive enthusiasts, engineering analysis, or educational purposes, this SolidWorks project brought the heart of a
V8 Engine
11584287
This project revolves around the meticulous design and modeling of a scaled-down replica of the J-20 fighter aircraft, a cutting-edge military jet, utilizing SolidWorks, a leading Computer-Aided Design (CAD) software. The primary objective is to create an exact and detailed 3D model of the J-20, while scaling it down to a smaller, yet proportionate, version. The project involves comprehensive research, precise modeling techniques, and a focus on accuracy to ensure the final product serves as a realistic representation of the J-20 at a reduced scale.
Design and Modeling of a Shorter Scale Replica of the J-20 F
This project revolves around the meticulous design and modeling of a scaled-down replica of the J-20 fighter aircraft, a cutting-edge military jet, utilizing SolidWorks, a leading Computer-Aided Design (CAD) software. The primary objective is to create an exact and detailed 3D model of the J-20, while scaling it down to a smaller, yet proportionate, version. The project involves comprehensive research, precise modeling techniques, and a focus on accuracy to ensure the final product serves as a realistic representation of the J-20 at a reduced scale.
Design and Modeling of a Shorter Scale Replica of the J-20 F
This project revolves around the meticulous design and modeling of a scaled-down replica of the J-20 fighter aircraft, a cutting-edge military jet, utilizing SolidWorks, a leading Computer-Aided Design (CAD) software. The primary objective is to create an exact and detailed 3D model of the J-20, while scaling it down to a smaller, yet proportionate, version. The project involves comprehensive research, precise modeling techniques, and a focus on accuracy to ensure the final product serves as a realistic representation of the J-20 at a reduced scale.
Design and Modeling of a Shorter Scale Replica of the J-20 F
11581513
This project revolves around the design and modeling of a hexacopter using SolidWorks, a powerful Computer-Aided Design (CAD) software. The hexacopter is Arduino-based, integrating the versatility of Arduino microcontrollers for control and communication. The primary goal is to create a detailed and accurate 3D model of the hexacopter for further analysis, simulation, and potential fabrication. Objectives: Define Design Requirements: Identify the key specifications such as payload capacity, flight time, and overall dimensions. Determine the necessary components for the hexacopter, including motors, propellers, frame, and electronic components. Select Components: Choose appropriate brushless motors, propellers, an Arduino microcontroller, sensors, and other necessary electronic components. Consider the weight, power requirements, and compatibility of each component. Create a Preliminary Sketch: Draft a preliminary sketch of the hexacopter, defining the layout of the motors, propell
Hexacopter - Arduino Based
11568312
Project goal Our startup company was founded with a focus on repurposing decommissioned laptop batteries for the creation of new products such as power banks and Powerwall's. In pursuit of this objective, I undertook the task of designing a power bank capable of accommodating over 13,18650 cells and an 18W chip. The challenge was to ensure a compact design while achieving a capacity exceeding 25,000mAh. Consequently, the power bank is capable of refreshing its capacity through the seamless updating of its cells. Initially, I incorporated screws within the mating case of the power bank to facilitate easy repairs. Furthermore, I integrated 18650 holders into the case, serving two critical purposes. Firstly, this design eliminates the necessity for soldering the cells directly.
Power Bank
11568299
Embark on a visual odyssey as a product designer meticulously brings to life a stunning table, marrying form and function with an impeccable body-to-weight ratio. This project is a testament to the designer's keen eye for detail, where every curve, joint, and material is carefully selected to achieve both aesthetic appeal and structural integrity. The magic begins with the selection of premium materials, each chosen for its unique characteristics and contribution to the overall design. The designer's acute sense of balance in the body-to-weight ratio ensures that the table not only stands as a work of art but is also practical in its everyday use.
Mathematical Table
Embark on a visual odyssey as a product designer meticulously brings to life a stunning table, marrying form and function with an impeccable body-to-weight ratio. This project is a testament to the designer's keen eye for detail, where every curve, joint, and material is carefully selected to achieve both aesthetic appeal and structural integrity. The magic begins with the selection of premium materials, each chosen for its unique characteristics and contribution to the overall design. The designer's acute sense of balance in the body-to-weight ratio ensures that the table not only stands as a work of art but is also practical in its everyday use.
Mathematical Table

Reviews

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5.0
$40.00 USD
Computer Science Assignments
They knowledgeable and deliver the project on time.
Solidworks
Mechanical Engineering
3D Modelling
3D Animation
+1 more
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Flag of Rajeev K.
@sharonkushwaha
•
2 months ago
5.0
â‚ą600.00 INR
Kinematic Analysis & Prototype Design
Very good subject knowledge. Aspiring free lancer . Very committed and honest
CAD/CAM
Solidworks
Mechanical Engineering
3D Modelling
Autodesk Inventor
M
Flag of Sathish M.
@mulka37
•
5 months ago

Education

BE in Mechanical Engineering

National University of Science and Technology, Pakistan 2019 - 2023
(4 years)

Qualifications

Introduction to Solid Edge

Seimens
2023
Introduction to Solid Edge on Coursera is designed to teach participants the fundamentals of Solid Edge, a computer-aided design (CAD) software developed by Siemens. The course may cover topics such as creating 3D models, assembling components, applying constraints, and generating detailed drawings. https://www.coursera.org/account/accomplishments/verify/Y5GWKDMLXWXD

Associate Mechanical Design - Solidworks

Dassault Systèmes
2023
This certificate is awarded to Muhammad Hamza Ali in recognition of the successful completion of the Associate Mechanical Design program with a specialization in SolidWorks. This achievement signifies a comprehensive understanding and proficiency in the use of SolidWorks software, a premier computer-aided design (CAD) tool widely utilized in the field of mechanical engineering.

CAD/CAM/CAE for Mechanical Engineering Specialization

Autodesk
2023
The CAD/CAM/CAE for Mechanical Engineering Specialization program is an intensive and comprehensive training initiative designed to equip individuals with the necessary skills and knowledge to excel in the dynamic and technologically advanced field of mechanical engineering. Participants undergo extensive coursework covering CAD for design, CAM for manufacturing, and CAE for engineering analysis, providing a holistic understanding of the product development lifecycle.

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Top Skills

Solidworks 2
Mechanical Engineering 2
3D Modelling 2
3D Animation 1
3D CAD 1

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