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Mohammadamin N.

@mohammadamin327

monthly-level-two.svg
4.8
1
0.6
0.6
100%

Energy engineer | CFD specialist | CAD designer

$10 USD / Hour
・
Flag of
Italy (11:10 AM)
・
Joined on October 16, 2024
$10 USD / Hour
・
✅Professional Energy Engineer | CFD & CAD Expert ✅ Welcome! I'm a highly skilled energy engineer with a solid background in Computational Fluid Dynamics (CFD) and Computer-Aided Design (CAD). Currently pursuing my Master’s degree at the University of Genoa, I bring over 5 years of professional experience in engineering simulations, 3D modeling, and CAD designs. My unique blend of technical expertise and creativity allows me to deliver precise, innovative solutions tailored to your needs. What sets me apart? ✔️Attention to Detail: I ensure that all engineering projects will be flawless ✔️On-Time Delivery: Meeting deadlines is my priority, ensuring your projects stay on schedule. ✔️Multilingual Services: I offer professional translation services in English, Italian, and Persian, ensuring clear communication and accurate results. ✔️Client-Centric Approach: I listen to your ideas and collaborate to bring your vision to life. If you’re looking for someone who combines technical expertise with creative design skills, you’re in the right place! Let’s work together to transform your ideas into real-world success stories.
Verifications
On time
100%
On budget
100%
Accept rate
100%
Freelancer Engineers Italy
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Portfolio

Portfolio

12421442
structural analysis of a jacket platform, performed using ANSYS 2022 R1. The analysis visualizes the von Mises stress distribution across the structure under applied loading conditions. The color gradient represents stress levels, with blue indicating minimal stress and red highlighting areas of maximum stress, providing insights into critical load-bearing regions. This detailed simulation ensures the structural integrity of the jacket platform, which is commonly used in offshore engineering for supporting facilities such as oil and gas rigs. By identifying potential weak points, the analysis enables optimization of the design for enhanced performance and safety in challenging marine environment
structural analysis of a jacket plat
12421404
This is a biomimetic ornithopter robot inspired by natural flight mechanisms, meticulously designed in SolidWorks to replicate the efficiency and elegance of winged creatures like insects or birds. The assembly showcases a modular design, including lightweight wings, a central control unit for enhanced maneuverability, and intricately detailed mechanical joints and gears for smooth wing articulation. The robot incorporates advanced features such as precision-engineered components for controlled flapping motion and an embedded circuit board for intelligent flight control. This design represents a fusion of engineering and nature, aimed at exploring potential applications in aerial robotics, surveillance, or environmental monitoring.
biomimetic ornithopter robot
This is a biomimetic ornithopter robot inspired by natural flight mechanisms, meticulously designed in SolidWorks to replicate the efficiency and elegance of winged creatures like insects or birds. The assembly showcases a modular design, including lightweight wings, a central control unit for enhanced maneuverability, and intricately detailed mechanical joints and gears for smooth wing articulation. The robot incorporates advanced features such as precision-engineered components for controlled flapping motion and an embedded circuit board for intelligent flight control. This design represents a fusion of engineering and nature, aimed at exploring potential applications in aerial robotics, surveillance, or environmental monitoring.
biomimetic ornithopter robot
This is a biomimetic ornithopter robot inspired by natural flight mechanisms, meticulously designed in SolidWorks to replicate the efficiency and elegance of winged creatures like insects or birds. The assembly showcases a modular design, including lightweight wings, a central control unit for enhanced maneuverability, and intricately detailed mechanical joints and gears for smooth wing articulation. The robot incorporates advanced features such as precision-engineered components for controlled flapping motion and an embedded circuit board for intelligent flight control. This design represents a fusion of engineering and nature, aimed at exploring potential applications in aerial robotics, surveillance, or environmental monitoring.
biomimetic ornithopter robot
12346103
I conducted optimization and computational fluid dynamics (CFD) analysis for a vertical axis wind turbine farm to enhance energy efficiency and performance. The project involved simulating airflow patterns around the turbines to assess their interaction and the overall efficiency of the farm layout. Utilizing advanced CFD software, I analyzed factors such as wind speed, turbulence, and energy output under various configurations.
Optimization and CFD Analysis of a Vertical Axis Wind Turbin
I conducted optimization and computational fluid dynamics (CFD) analysis for a vertical axis wind turbine farm to enhance energy efficiency and performance. The project involved simulating airflow patterns around the turbines to assess their interaction and the overall efficiency of the farm layout. Utilizing advanced CFD software, I analyzed factors such as wind speed, turbulence, and energy output under various configurations.
Optimization and CFD Analysis of a Vertical Axis Wind Turbin
I conducted optimization and computational fluid dynamics (CFD) analysis for a vertical axis wind turbine farm to enhance energy efficiency and performance. The project involved simulating airflow patterns around the turbines to assess their interaction and the overall efficiency of the farm layout. Utilizing advanced CFD software, I analyzed factors such as wind speed, turbulence, and energy output under various configurations.
Optimization and CFD Analysis of a Vertical Axis Wind Turbin
12346102
I designed and manufactured an adjustable study light aimed at providing optimal lighting conditions for students and professionals. The project involved conceptualizing the design to enhance usability and aesthetics, focusing on adjustable brightness and ergonomic features. I utilized CAD software for 3D modeling and prototyping, selecting energy-efficient LED components for improved lighting quality. The manufacturing process included sourcing materials, assembly, and testing to ensure durability and functionality.
Design and Manufacturing of an Adjustable Study Light
I designed and manufactured an adjustable study light aimed at providing optimal lighting conditions for students and professionals. The project involved conceptualizing the design to enhance usability and aesthetics, focusing on adjustable brightness and ergonomic features. I utilized CAD software for 3D modeling and prototyping, selecting energy-efficient LED components for improved lighting quality. The manufacturing process included sourcing materials, assembly, and testing to ensure durability and functionality.
Design and Manufacturing of an Adjustable Study Light
12346100
I designed a two-stage industrial spiral gearbox, focusing on enhancing torque transmission and efficiency for heavy-duty applications. The project involved extensive calculations and simulations to determine gear ratios, load capacities, and material selection for optimal performance and durability. Using CAD software, I created detailed 3D models and assembly drawings, ensuring precise fitment and functionality of all components. The final design improved operational efficiency and reduced noise levels, providing a robust solution for industrial machinery applications.
Two-Stage Industrial Spiral Gearbox Design
I designed a two-stage industrial spiral gearbox, focusing on enhancing torque transmission and efficiency for heavy-duty applications. The project involved extensive calculations and simulations to determine gear ratios, load capacities, and material selection for optimal performance and durability. Using CAD software, I created detailed 3D models and assembly drawings, ensuring precise fitment and functionality of all components. The final design improved operational efficiency and reduced noise levels, providing a robust solution for industrial machinery applications.
Two-Stage Industrial Spiral Gearbox Design
12346097
I designed and manufactured a self-balancing robot from the ground up, focusing on stability, control, and precision in movement. Using CAD software, I developed the robot's mechanical design, incorporating sensors, motors, and control systems to maintain balance on two wheels. The project also included the physical assembly and testing of the robot, with a focus on optimizing real-time feedback loops for self-balancing. The end result was a fully functional prototype that demonstrated efficient balancing and movement, which the client used for educational and robotics demonstrations.
Design and Manufacturing of a Self-Balancing Robot
I designed and manufactured a self-balancing robot from the ground up, focusing on stability, control, and precision in movement. Using CAD software, I developed the robot's mechanical design, incorporating sensors, motors, and control systems to maintain balance on two wheels. The project also included the physical assembly and testing of the robot, with a focus on optimizing real-time feedback loops for self-balancing. The end result was a fully functional prototype that demonstrated efficient balancing and movement, which the client used for educational and robotics demonstrations.
Design and Manufacturing of a Self-Balancing Robot
I designed and manufactured a self-balancing robot from the ground up, focusing on stability, control, and precision in movement. Using CAD software, I developed the robot's mechanical design, incorporating sensors, motors, and control systems to maintain balance on two wheels. The project also included the physical assembly and testing of the robot, with a focus on optimizing real-time feedback loops for self-balancing. The end result was a fully functional prototype that demonstrated efficient balancing and movement, which the client used for educational and robotics demonstrations.
Design and Manufacturing of a Self-Balancing Robot
I designed and manufactured a self-balancing robot from the ground up, focusing on stability, control, and precision in movement. Using CAD software, I developed the robot's mechanical design, incorporating sensors, motors, and control systems to maintain balance on two wheels. The project also included the physical assembly and testing of the robot, with a focus on optimizing real-time feedback loops for self-balancing. The end result was a fully functional prototype that demonstrated efficient balancing and movement, which the client used for educational and robotics demonstrations.
Design and Manufacturing of a Self-Balancing Robot
12421442
structural analysis of a jacket platform, performed using ANSYS 2022 R1. The analysis visualizes the von Mises stress distribution across the structure under applied loading conditions. The color gradient represents stress levels, with blue indicating minimal stress and red highlighting areas of maximum stress, providing insights into critical load-bearing regions. This detailed simulation ensures the structural integrity of the jacket platform, which is commonly used in offshore engineering for supporting facilities such as oil and gas rigs. By identifying potential weak points, the analysis enables optimization of the design for enhanced performance and safety in challenging marine environment
structural analysis of a jacket plat
12421404
This is a biomimetic ornithopter robot inspired by natural flight mechanisms, meticulously designed in SolidWorks to replicate the efficiency and elegance of winged creatures like insects or birds. The assembly showcases a modular design, including lightweight wings, a central control unit for enhanced maneuverability, and intricately detailed mechanical joints and gears for smooth wing articulation. The robot incorporates advanced features such as precision-engineered components for controlled flapping motion and an embedded circuit board for intelligent flight control. This design represents a fusion of engineering and nature, aimed at exploring potential applications in aerial robotics, surveillance, or environmental monitoring.
biomimetic ornithopter robot
This is a biomimetic ornithopter robot inspired by natural flight mechanisms, meticulously designed in SolidWorks to replicate the efficiency and elegance of winged creatures like insects or birds. The assembly showcases a modular design, including lightweight wings, a central control unit for enhanced maneuverability, and intricately detailed mechanical joints and gears for smooth wing articulation. The robot incorporates advanced features such as precision-engineered components for controlled flapping motion and an embedded circuit board for intelligent flight control. This design represents a fusion of engineering and nature, aimed at exploring potential applications in aerial robotics, surveillance, or environmental monitoring.
biomimetic ornithopter robot
This is a biomimetic ornithopter robot inspired by natural flight mechanisms, meticulously designed in SolidWorks to replicate the efficiency and elegance of winged creatures like insects or birds. The assembly showcases a modular design, including lightweight wings, a central control unit for enhanced maneuverability, and intricately detailed mechanical joints and gears for smooth wing articulation. The robot incorporates advanced features such as precision-engineered components for controlled flapping motion and an embedded circuit board for intelligent flight control. This design represents a fusion of engineering and nature, aimed at exploring potential applications in aerial robotics, surveillance, or environmental monitoring.
biomimetic ornithopter robot
12346103
I conducted optimization and computational fluid dynamics (CFD) analysis for a vertical axis wind turbine farm to enhance energy efficiency and performance. The project involved simulating airflow patterns around the turbines to assess their interaction and the overall efficiency of the farm layout. Utilizing advanced CFD software, I analyzed factors such as wind speed, turbulence, and energy output under various configurations.
Optimization and CFD Analysis of a Vertical Axis Wind Turbin
I conducted optimization and computational fluid dynamics (CFD) analysis for a vertical axis wind turbine farm to enhance energy efficiency and performance. The project involved simulating airflow patterns around the turbines to assess their interaction and the overall efficiency of the farm layout. Utilizing advanced CFD software, I analyzed factors such as wind speed, turbulence, and energy output under various configurations.
Optimization and CFD Analysis of a Vertical Axis Wind Turbin
I conducted optimization and computational fluid dynamics (CFD) analysis for a vertical axis wind turbine farm to enhance energy efficiency and performance. The project involved simulating airflow patterns around the turbines to assess their interaction and the overall efficiency of the farm layout. Utilizing advanced CFD software, I analyzed factors such as wind speed, turbulence, and energy output under various configurations.
Optimization and CFD Analysis of a Vertical Axis Wind Turbin
12346102
I designed and manufactured an adjustable study light aimed at providing optimal lighting conditions for students and professionals. The project involved conceptualizing the design to enhance usability and aesthetics, focusing on adjustable brightness and ergonomic features. I utilized CAD software for 3D modeling and prototyping, selecting energy-efficient LED components for improved lighting quality. The manufacturing process included sourcing materials, assembly, and testing to ensure durability and functionality.
Design and Manufacturing of an Adjustable Study Light
I designed and manufactured an adjustable study light aimed at providing optimal lighting conditions for students and professionals. The project involved conceptualizing the design to enhance usability and aesthetics, focusing on adjustable brightness and ergonomic features. I utilized CAD software for 3D modeling and prototyping, selecting energy-efficient LED components for improved lighting quality. The manufacturing process included sourcing materials, assembly, and testing to ensure durability and functionality.
Design and Manufacturing of an Adjustable Study Light
12346100
I designed a two-stage industrial spiral gearbox, focusing on enhancing torque transmission and efficiency for heavy-duty applications. The project involved extensive calculations and simulations to determine gear ratios, load capacities, and material selection for optimal performance and durability. Using CAD software, I created detailed 3D models and assembly drawings, ensuring precise fitment and functionality of all components. The final design improved operational efficiency and reduced noise levels, providing a robust solution for industrial machinery applications.
Two-Stage Industrial Spiral Gearbox Design
I designed a two-stage industrial spiral gearbox, focusing on enhancing torque transmission and efficiency for heavy-duty applications. The project involved extensive calculations and simulations to determine gear ratios, load capacities, and material selection for optimal performance and durability. Using CAD software, I created detailed 3D models and assembly drawings, ensuring precise fitment and functionality of all components. The final design improved operational efficiency and reduced noise levels, providing a robust solution for industrial machinery applications.
Two-Stage Industrial Spiral Gearbox Design
12346097
I designed and manufactured a self-balancing robot from the ground up, focusing on stability, control, and precision in movement. Using CAD software, I developed the robot's mechanical design, incorporating sensors, motors, and control systems to maintain balance on two wheels. The project also included the physical assembly and testing of the robot, with a focus on optimizing real-time feedback loops for self-balancing. The end result was a fully functional prototype that demonstrated efficient balancing and movement, which the client used for educational and robotics demonstrations.
Design and Manufacturing of a Self-Balancing Robot
I designed and manufactured a self-balancing robot from the ground up, focusing on stability, control, and precision in movement. Using CAD software, I developed the robot's mechanical design, incorporating sensors, motors, and control systems to maintain balance on two wheels. The project also included the physical assembly and testing of the robot, with a focus on optimizing real-time feedback loops for self-balancing. The end result was a fully functional prototype that demonstrated efficient balancing and movement, which the client used for educational and robotics demonstrations.
Design and Manufacturing of a Self-Balancing Robot
I designed and manufactured a self-balancing robot from the ground up, focusing on stability, control, and precision in movement. Using CAD software, I developed the robot's mechanical design, incorporating sensors, motors, and control systems to maintain balance on two wheels. The project also included the physical assembly and testing of the robot, with a focus on optimizing real-time feedback loops for self-balancing. The end result was a fully functional prototype that demonstrated efficient balancing and movement, which the client used for educational and robotics demonstrations.
Design and Manufacturing of a Self-Balancing Robot
I designed and manufactured a self-balancing robot from the ground up, focusing on stability, control, and precision in movement. Using CAD software, I developed the robot's mechanical design, incorporating sensors, motors, and control systems to maintain balance on two wheels. The project also included the physical assembly and testing of the robot, with a focus on optimizing real-time feedback loops for self-balancing. The end result was a fully functional prototype that demonstrated efficient balancing and movement, which the client used for educational and robotics demonstrations.
Design and Manufacturing of a Self-Balancing Robot
Changes saved
4.8 · 1 Review
Reviews
User Avatar
FEA & Abaqus Expert Needed • $30 CAD
Quick and Good job done thanks
HAYTEE INTEGRATED TECH
@hayteekeys
•
Flag of
AGBADO OKE ARO, Nigeria
•
18 hours ago
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Experience
CFD Specialist
Jul, 2018 - Sep, 2020
•
2 years, 1 month
Persia Energies
Jul, 2018 - Sep, 2020
•
2 years, 1 month
I was CFD specialist at persia energies company which work on Wind turbines.
Flag of
Tehran, Iran, Islamic Republic of
S
Setareh99
@Setareh99
 ·
Project manager
I worked with Mr. Noorianpour in the cfd project, he was very precise, polite and organized. I was very satisfied and I would like to do a project with him again
H
Hediehkm
@Hediehkm
 ·
Co-worker at Persia energies
He's very hardworking and reliable in terms of deadlines, which he really sticks to it. Not only that, but also consistently delivers professional results in his projects , which makes him a great asset to any team.
Jul, 2018 - Sep, 2020
•
2 years, 1 month
References
M
melikas1
@melikas1
 ·
Project Manager
I had the pleasure of working with Mohammadamin on several projects, and I can confidently say that they are an outstanding professional. They consistently deliver high-quality work on time and demonstrate exceptional expertise in their field. Furthermore, their professionalism and positive attitude make them a delight to work with. I highly recommend Mohammadamin for any project or collaboration—working with them is always a valuable experience.
Education
Università degli Studi di Genova
2024 - 2024
Energy engineering (M.Sc)
Flag of
Italy
2024 - 2024
Publications
A Review of the Application of Optimization Algorithms Nature Inspired in the Design of Flight Paths
2024
Aerospace Journal
In this article, an overview of the application of optimization algorithms inspired by nature in the design of the flight path has been discussed. The significant increase in the capabilities and availability of independent ground and air tools makes safety and security challenges especially important in the protection of strategic infrastructure. This extensive review is the outline for researchers and practitioners in the field of mass UAVs
2024
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