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$20 USD / ora
Bandiera: SUDAN
khartoum, sudan
$20 USD / ora
Attualmente sono le 12:37 AM qui
Registrato il settembre 15, 2022
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Fawaz B.

@FawazBadr90

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$20 USD / ora
Bandiera: SUDAN
khartoum, sudan
$20 USD / ora
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Mechanical Engineer

A mechanical engineer with extensive experience in manufacturing processes and knowledge of CNC machines. Design and modelling of products, as well as ability to improve products and processes. Knowledge of materials science. Interested in scientific research and development.
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Portfolio

10474153
Mechanical Mechanism of Automatic Beam Barrier
10474019
What: Design the mechanical mechanism of automatic beam barrier that consists of four bar mechanism, position mechanism, appropriate spring and a motor necessary to provide the suitable speed and torque. Perform kinematics and dynamic analysis for the mechanical mechanism to calculate the maximum torque of the motor. How: I used SolidWorks and Siemens NX CAD / CAE in this project to design and analysis the mechanical mechanism, also I showed the graphs for: • Torque and time with using the spring • Torque and time without using the spring • Angola velocity and time Result: • Select the suitable motor successfully and with 96% accuracy • Study the effect of spring on the motor’s torque. Notice that use of suitable spring, lead to reducing the torque, because that it reduces the load which happens to the motor, so the spring helps to increase the motor lifetime.
Mechanical Mechanism of Automatic beam barrier
What: Design the mechanical mechanism of automatic beam barrier that consists of four bar mechanism, position mechanism, appropriate spring and a motor necessary to provide the suitable speed and torque. Perform kinematics and dynamic analysis for the mechanical mechanism to calculate the maximum torque of the motor. How: I used SolidWorks and Siemens NX CAD / CAE in this project to design and analysis the mechanical mechanism, also I showed the graphs for: • Torque and time with using the spring • Torque and time without using the spring • Angola velocity and time Result: • Select the suitable motor successfully and with 96% accuracy • Study the effect of spring on the motor’s torque. Notice that use of suitable spring, lead to reducing the torque, because that it reduces the load which happens to the motor, so the spring helps to increase the motor lifetime.
Mechanical Mechanism of Automatic beam barrier
What: Design the mechanical mechanism of automatic beam barrier that consists of four bar mechanism, position mechanism, appropriate spring and a motor necessary to provide the suitable speed and torque. Perform kinematics and dynamic analysis for the mechanical mechanism to calculate the maximum torque of the motor. How: I used SolidWorks and Siemens NX CAD / CAE in this project to design and analysis the mechanical mechanism, also I showed the graphs for: • Torque and time with using the spring • Torque and time without using the spring • Angola velocity and time Result: • Select the suitable motor successfully and with 96% accuracy • Study the effect of spring on the motor’s torque. Notice that use of suitable spring, lead to reducing the torque, because that it reduces the load which happens to the motor, so the spring helps to increase the motor lifetime.
Mechanical Mechanism of Automatic beam barrier
What: Design the mechanical mechanism of automatic beam barrier that consists of four bar mechanism, position mechanism, appropriate spring and a motor necessary to provide the suitable speed and torque. Perform kinematics and dynamic analysis for the mechanical mechanism to calculate the maximum torque of the motor. How: I used SolidWorks and Siemens NX CAD / CAE in this project to design and analysis the mechanical mechanism, also I showed the graphs for: • Torque and time with using the spring • Torque and time without using the spring • Angola velocity and time Result: • Select the suitable motor successfully and with 96% accuracy • Study the effect of spring on the motor’s torque. Notice that use of suitable spring, lead to reducing the torque, because that it reduces the load which happens to the motor, so the spring helps to increase the motor lifetime.
Mechanical Mechanism of Automatic beam barrier
What: Design the mechanical mechanism of automatic beam barrier that consists of four bar mechanism, position mechanism, appropriate spring and a motor necessary to provide the suitable speed and torque. Perform kinematics and dynamic analysis for the mechanical mechanism to calculate the maximum torque of the motor. How: I used SolidWorks and Siemens NX CAD / CAE in this project to design and analysis the mechanical mechanism, also I showed the graphs for: • Torque and time with using the spring • Torque and time without using the spring • Angola velocity and time Result: • Select the suitable motor successfully and with 96% accuracy • Study the effect of spring on the motor’s torque. Notice that use of suitable spring, lead to reducing the torque, because that it reduces the load which happens to the motor, so the spring helps to increase the motor lifetime.
Mechanical Mechanism of Automatic beam barrier
What: Design the mechanical mechanism of automatic beam barrier that consists of four bar mechanism, position mechanism, appropriate spring and a motor necessary to provide the suitable speed and torque. Perform kinematics and dynamic analysis for the mechanical mechanism to calculate the maximum torque of the motor. How: I used SolidWorks and Siemens NX CAD / CAE in this project to design and analysis the mechanical mechanism, also I showed the graphs for: • Torque and time with using the spring • Torque and time without using the spring • Angola velocity and time Result: • Select the suitable motor successfully and with 96% accuracy • Study the effect of spring on the motor’s torque. Notice that use of suitable spring, lead to reducing the torque, because that it reduces the load which happens to the motor, so the spring helps to increase the motor lifetime.
Mechanical Mechanism of Automatic beam barrier
What: Design the mechanical mechanism of automatic beam barrier that consists of four bar mechanism, position mechanism, appropriate spring and a motor necessary to provide the suitable speed and torque. Perform kinematics and dynamic analysis for the mechanical mechanism to calculate the maximum torque of the motor. How: I used SolidWorks and Siemens NX CAD / CAE in this project to design and analysis the mechanical mechanism, also I showed the graphs for: • Torque and time with using the spring • Torque and time without using the spring • Angola velocity and time Result: • Select the suitable motor successfully and with 96% accuracy • Study the effect of spring on the motor’s torque. Notice that use of suitable spring, lead to reducing the torque, because that it reduces the load which happens to the motor, so the spring helps to increase the motor lifetime.
Mechanical Mechanism of Automatic beam barrier
What: Design the mechanical mechanism of automatic beam barrier that consists of four bar mechanism, position mechanism, appropriate spring and a motor necessary to provide the suitable speed and torque. Perform kinematics and dynamic analysis for the mechanical mechanism to calculate the maximum torque of the motor. How: I used SolidWorks and Siemens NX CAD / CAE in this project to design and analysis the mechanical mechanism, also I showed the graphs for: • Torque and time with using the spring • Torque and time without using the spring • Angola velocity and time Result: • Select the suitable motor successfully and with 96% accuracy • Study the effect of spring on the motor’s torque. Notice that use of suitable spring, lead to reducing the torque, because that it reduces the load which happens to the motor, so the spring helps to increase the motor lifetime.
Mechanical Mechanism of Automatic beam barrier
What: Design the mechanical mechanism of automatic beam barrier that consists of four bar mechanism, position mechanism, appropriate spring and a motor necessary to provide the suitable speed and torque. Perform kinematics and dynamic analysis for the mechanical mechanism to calculate the maximum torque of the motor. How: I used SolidWorks and Siemens NX CAD / CAE in this project to design and analysis the mechanical mechanism, also I showed the graphs for: • Torque and time with using the spring • Torque and time without using the spring • Angola velocity and time Result: • Select the suitable motor successfully and with 96% accuracy • Study the effect of spring on the motor’s torque. Notice that use of suitable spring, lead to reducing the torque, because that it reduces the load which happens to the motor, so the spring helps to increase the motor lifetime.
Mechanical Mechanism of Automatic beam barrier
What: Design the mechanical mechanism of automatic beam barrier that consists of four bar mechanism, position mechanism, appropriate spring and a motor necessary to provide the suitable speed and torque. Perform kinematics and dynamic analysis for the mechanical mechanism to calculate the maximum torque of the motor. How: I used SolidWorks and Siemens NX CAD / CAE in this project to design and analysis the mechanical mechanism, also I showed the graphs for: • Torque and time with using the spring • Torque and time without using the spring • Angola velocity and time Result: • Select the suitable motor successfully and with 96% accuracy • Study the effect of spring on the motor’s torque. Notice that use of suitable spring, lead to reducing the torque, because that it reduces the load which happens to the motor, so the spring helps to increase the motor lifetime.
Mechanical Mechanism of Automatic beam barrier
10474006
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC milling operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Milling Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC milling operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Milling Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC milling operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Milling Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC milling operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Milling Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC milling operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Milling Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC milling operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Milling Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC milling operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Milling Operations
10473999
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC turning operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Turning Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC turning operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Turning Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC turning operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Turning Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC turning operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Turning Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC turning operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Turning Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC turning operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Turning Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC turning operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Turning Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC turning operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Turning Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC turning operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Turning Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC turning operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Turning Operations
10473966
SolidWorks was used to design a flange to connect between two components effectively without welding. The flange has proven its effective with 90% after manufacturing.
Flange
SolidWorks was used to design a flange to connect between two components effectively without welding. The flange has proven its effective with 90% after manufacturing.
Flange
SolidWorks was used to design a flange to connect between two components effectively without welding. The flange has proven its effective with 90% after manufacturing.
Flange
SolidWorks was used to design a flange to connect between two components effectively without welding. The flange has proven its effective with 90% after manufacturing.
Flange
10473962
Design of trolley wheel with SolidWorks was carried out.
Trolley Wheel
Design of trolley wheel with SolidWorks was carried out.
Trolley Wheel
Design of trolley wheel with SolidWorks was carried out.
Trolley Wheel
Design of trolley wheel with SolidWorks was carried out.
Trolley Wheel
10474153
Mechanical Mechanism of Automatic Beam Barrier
10474019
What: Design the mechanical mechanism of automatic beam barrier that consists of four bar mechanism, position mechanism, appropriate spring and a motor necessary to provide the suitable speed and torque. Perform kinematics and dynamic analysis for the mechanical mechanism to calculate the maximum torque of the motor. How: I used SolidWorks and Siemens NX CAD / CAE in this project to design and analysis the mechanical mechanism, also I showed the graphs for: • Torque and time with using the spring • Torque and time without using the spring • Angola velocity and time Result: • Select the suitable motor successfully and with 96% accuracy • Study the effect of spring on the motor’s torque. Notice that use of suitable spring, lead to reducing the torque, because that it reduces the load which happens to the motor, so the spring helps to increase the motor lifetime.
Mechanical Mechanism of Automatic beam barrier
What: Design the mechanical mechanism of automatic beam barrier that consists of four bar mechanism, position mechanism, appropriate spring and a motor necessary to provide the suitable speed and torque. Perform kinematics and dynamic analysis for the mechanical mechanism to calculate the maximum torque of the motor. How: I used SolidWorks and Siemens NX CAD / CAE in this project to design and analysis the mechanical mechanism, also I showed the graphs for: • Torque and time with using the spring • Torque and time without using the spring • Angola velocity and time Result: • Select the suitable motor successfully and with 96% accuracy • Study the effect of spring on the motor’s torque. Notice that use of suitable spring, lead to reducing the torque, because that it reduces the load which happens to the motor, so the spring helps to increase the motor lifetime.
Mechanical Mechanism of Automatic beam barrier
What: Design the mechanical mechanism of automatic beam barrier that consists of four bar mechanism, position mechanism, appropriate spring and a motor necessary to provide the suitable speed and torque. Perform kinematics and dynamic analysis for the mechanical mechanism to calculate the maximum torque of the motor. How: I used SolidWorks and Siemens NX CAD / CAE in this project to design and analysis the mechanical mechanism, also I showed the graphs for: • Torque and time with using the spring • Torque and time without using the spring • Angola velocity and time Result: • Select the suitable motor successfully and with 96% accuracy • Study the effect of spring on the motor’s torque. Notice that use of suitable spring, lead to reducing the torque, because that it reduces the load which happens to the motor, so the spring helps to increase the motor lifetime.
Mechanical Mechanism of Automatic beam barrier
What: Design the mechanical mechanism of automatic beam barrier that consists of four bar mechanism, position mechanism, appropriate spring and a motor necessary to provide the suitable speed and torque. Perform kinematics and dynamic analysis for the mechanical mechanism to calculate the maximum torque of the motor. How: I used SolidWorks and Siemens NX CAD / CAE in this project to design and analysis the mechanical mechanism, also I showed the graphs for: • Torque and time with using the spring • Torque and time without using the spring • Angola velocity and time Result: • Select the suitable motor successfully and with 96% accuracy • Study the effect of spring on the motor’s torque. Notice that use of suitable spring, lead to reducing the torque, because that it reduces the load which happens to the motor, so the spring helps to increase the motor lifetime.
Mechanical Mechanism of Automatic beam barrier
What: Design the mechanical mechanism of automatic beam barrier that consists of four bar mechanism, position mechanism, appropriate spring and a motor necessary to provide the suitable speed and torque. Perform kinematics and dynamic analysis for the mechanical mechanism to calculate the maximum torque of the motor. How: I used SolidWorks and Siemens NX CAD / CAE in this project to design and analysis the mechanical mechanism, also I showed the graphs for: • Torque and time with using the spring • Torque and time without using the spring • Angola velocity and time Result: • Select the suitable motor successfully and with 96% accuracy • Study the effect of spring on the motor’s torque. Notice that use of suitable spring, lead to reducing the torque, because that it reduces the load which happens to the motor, so the spring helps to increase the motor lifetime.
Mechanical Mechanism of Automatic beam barrier
What: Design the mechanical mechanism of automatic beam barrier that consists of four bar mechanism, position mechanism, appropriate spring and a motor necessary to provide the suitable speed and torque. Perform kinematics and dynamic analysis for the mechanical mechanism to calculate the maximum torque of the motor. How: I used SolidWorks and Siemens NX CAD / CAE in this project to design and analysis the mechanical mechanism, also I showed the graphs for: • Torque and time with using the spring • Torque and time without using the spring • Angola velocity and time Result: • Select the suitable motor successfully and with 96% accuracy • Study the effect of spring on the motor’s torque. Notice that use of suitable spring, lead to reducing the torque, because that it reduces the load which happens to the motor, so the spring helps to increase the motor lifetime.
Mechanical Mechanism of Automatic beam barrier
What: Design the mechanical mechanism of automatic beam barrier that consists of four bar mechanism, position mechanism, appropriate spring and a motor necessary to provide the suitable speed and torque. Perform kinematics and dynamic analysis for the mechanical mechanism to calculate the maximum torque of the motor. How: I used SolidWorks and Siemens NX CAD / CAE in this project to design and analysis the mechanical mechanism, also I showed the graphs for: • Torque and time with using the spring • Torque and time without using the spring • Angola velocity and time Result: • Select the suitable motor successfully and with 96% accuracy • Study the effect of spring on the motor’s torque. Notice that use of suitable spring, lead to reducing the torque, because that it reduces the load which happens to the motor, so the spring helps to increase the motor lifetime.
Mechanical Mechanism of Automatic beam barrier
What: Design the mechanical mechanism of automatic beam barrier that consists of four bar mechanism, position mechanism, appropriate spring and a motor necessary to provide the suitable speed and torque. Perform kinematics and dynamic analysis for the mechanical mechanism to calculate the maximum torque of the motor. How: I used SolidWorks and Siemens NX CAD / CAE in this project to design and analysis the mechanical mechanism, also I showed the graphs for: • Torque and time with using the spring • Torque and time without using the spring • Angola velocity and time Result: • Select the suitable motor successfully and with 96% accuracy • Study the effect of spring on the motor’s torque. Notice that use of suitable spring, lead to reducing the torque, because that it reduces the load which happens to the motor, so the spring helps to increase the motor lifetime.
Mechanical Mechanism of Automatic beam barrier
What: Design the mechanical mechanism of automatic beam barrier that consists of four bar mechanism, position mechanism, appropriate spring and a motor necessary to provide the suitable speed and torque. Perform kinematics and dynamic analysis for the mechanical mechanism to calculate the maximum torque of the motor. How: I used SolidWorks and Siemens NX CAD / CAE in this project to design and analysis the mechanical mechanism, also I showed the graphs for: • Torque and time with using the spring • Torque and time without using the spring • Angola velocity and time Result: • Select the suitable motor successfully and with 96% accuracy • Study the effect of spring on the motor’s torque. Notice that use of suitable spring, lead to reducing the torque, because that it reduces the load which happens to the motor, so the spring helps to increase the motor lifetime.
Mechanical Mechanism of Automatic beam barrier
What: Design the mechanical mechanism of automatic beam barrier that consists of four bar mechanism, position mechanism, appropriate spring and a motor necessary to provide the suitable speed and torque. Perform kinematics and dynamic analysis for the mechanical mechanism to calculate the maximum torque of the motor. How: I used SolidWorks and Siemens NX CAD / CAE in this project to design and analysis the mechanical mechanism, also I showed the graphs for: • Torque and time with using the spring • Torque and time without using the spring • Angola velocity and time Result: • Select the suitable motor successfully and with 96% accuracy • Study the effect of spring on the motor’s torque. Notice that use of suitable spring, lead to reducing the torque, because that it reduces the load which happens to the motor, so the spring helps to increase the motor lifetime.
Mechanical Mechanism of Automatic beam barrier
10474006
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC milling operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Milling Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC milling operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Milling Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC milling operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Milling Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC milling operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Milling Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC milling operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Milling Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC milling operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Milling Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC milling operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Milling Operations
10473999
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC turning operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Turning Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC turning operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Turning Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC turning operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Turning Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC turning operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Turning Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC turning operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Turning Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC turning operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Turning Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC turning operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Turning Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC turning operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Turning Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC turning operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Turning Operations
I have used Siemens NX CAD CAM programme to design a part, as well as create CNC turning operation processes for it, and then generate post processes. CAD/CAM has made possible significantly reduced manufacturing costs and improved productivity.
CNC Turning Operations
10473966
SolidWorks was used to design a flange to connect between two components effectively without welding. The flange has proven its effective with 90% after manufacturing.
Flange
SolidWorks was used to design a flange to connect between two components effectively without welding. The flange has proven its effective with 90% after manufacturing.
Flange
SolidWorks was used to design a flange to connect between two components effectively without welding. The flange has proven its effective with 90% after manufacturing.
Flange
SolidWorks was used to design a flange to connect between two components effectively without welding. The flange has proven its effective with 90% after manufacturing.
Flange
10473962
Design of trolley wheel with SolidWorks was carried out.
Trolley Wheel
Design of trolley wheel with SolidWorks was carried out.
Trolley Wheel
Design of trolley wheel with SolidWorks was carried out.
Trolley Wheel
Design of trolley wheel with SolidWorks was carried out.
Trolley Wheel

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Esperienza

Production Engineer

GIAD Industrial Group CO.LTD.
feb 2017 - nov 2021 (4 anni, 9 mesi)
worked as a production engineer in GIAD Group that specialized in design, manufacturing and development of engineering products, and management of industrial processes. Key Achievements and Responsibilities: • Specified and controlled manufacturing processes according to engineering design and desired specification. • Applied and managed production planning and manufacturing processes, then monitored them to increase productivity. • Improved production processes and developed products design.

Formazione

Master of Science

Sudan 2019 - 2021
(2 anni)

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Competenze principali

CAD/CAM
Solidworks
Mechanical Engineering
Photo Editing
3D Modelling

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