Logo ya FreelancerJinsi inavyofanya KaziVinjari Kazi
Ingia Jisajili
Chapisha Mradi
TALII
3D Modelling
CAD/CAM
Mechanical Engineering
Photo Editing
Solidworks
Picha ya jalada la wasifu
Sasa unafuata
Hitilafu katika kufuata mtumiaji.
Mtumiaji huyu haruhusu watumiaji kumfuata.
Tayari unamfuata mtumiaji huyu.
Mpango wako wa uanachama unaruhusu tu ufautiliaji 0. Boresha hapa.
Umefaulu kuacha kufuata
Hitilafu wakati wa kuacha kumfuata mtumiaji.
Umefaulu kupendekeza
Hitilafu katika kumpendekeza mtumiaji
Hitilafu fulani imetokea. Tafadhali onyesha upya ukurasa na ujaribu tena.
Barua pepe imethibitishwa kwa ufanisi.
Picha ya Mtumiaji
$20 USD / saa
Bedera ya SUDAN
khartoum, sudan
$20 USD / saa
Ni saa 11:45 PM hapa
Alijiunga Septemba 15, 2022
0 Mapendekezo

Fawaz B.

@FawazBadr90

 0.0 (0 hakiki)
0.0
0.0
0%
0%
$20 USD / saa
Bedera ya SUDAN
khartoum, sudan
$20 USD / saa
N/A
Kazi Zilizokamilika
N/A
Kwa Bajeti
N/A
Kwa wakati
N/A
Kiwango cha Kuajiriwa Tena

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.
Freelancer CAD/CAM Designers Sudan
Angalia woteCAD/CAM Designers in Sudan

Wasiliana na Fawaz B. kuhusu kazi yako

Ingia ili kujadili maelezo yoyote kwenye gumzo.

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

Kaguzi

Mabadiliko yamehifadhiwa
Hakuna maoni ya kuona hapa!

Uzoefu

Production Engineer

GIAD Industrial Group CO.LTD.
Feb 2017 - Nov 2021 (4 years, 9 months)
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.

Elimu

Master of Science

Sudan 2019 - 2021
(2 years)

Wasiliana na Fawaz B. kuhusu kazi yako

Ingia ili kujadili maelezo yoyote kwenye gumzo.

Udhibitisho

Wafanyakazi Huru Wanaopendelewa
Amedhibitishwa Kiutambulisho
Amedhibitishwa Kimalipo
Amedhibitishwa Kisimu
Amedhibitishwa Kibarua pepe
Facebook Imeunganishwa

Ujuzi wa Juu

CAD/CAM
Solidworks
Mechanical Engineering
Photo Editing
3D Modelling

Angalia Wafanyakazi Huru sawia:

CAD/CAM Designers in Sudan
CAD/CAM Designers
Solidworks Designers
Mechanical Engineers

Pitia Onyesho Sawia

CAD/CAM
Solidworks
Mechanical Engineering
Photo Editing
Mtumiaji wa zamani Mtumiaji Mwingine
Mwaliko umetumwa kwa mafanikio
Asante! Tumekutumia kiungo cha kudai mkopo wako bila malipo kwa barua pepe.
Hitilafu fulani imetokea wakati wa kutuma barua pepe yako. Tafadhali jaribu tena.
Logo ya Freelancer Kenya / Kiswahili Huduma na Usaidizi Mfanyakazi Huru Kategoria Miradi Mashindano Wafanyakazi Huru Enterprise Uanachama Mpango wa Mfanyakazi Huru Anayependelewa Usimamizi wa Mradi Kazi Mtaani Photo Anywhere Maonyesho API ya Wasanidi Programu Thibitishwa Programu ya Kompyuta Kuhusu Kutuhusu Inavyofanya Kazi Usalama Mwekezaji Ramani ya tovuti Hadithi Habari Timu Tuzo Matoleo kwa Vyombo vya Habari Kazi Sheria Sera ya Faragha Sheria na Masharti Sera ya Hakimiliki Kanuni ya Maadili Malipo na Ada WashirikaEscrow.comLoadshiftWarrior Forum VitufeNembo ya Programu ya Duka la AppleLogo ya Google Play
Imeshindwa kunakili kwenye ubao wa kunakili, tafadhali jaribu tena baada ya kurekebisha ruhusa zako.
Imenakiliwa kwenye ubao wa kunakili.
Watumiaji Waliosajiliwa Jumla ya Kazi Zilizochapishwa
Freelancer ® is a registered Trademark of Freelancer Technology Pty Limited (ACN 142 189 759)
Copyright © 2024 Freelancer Technology Pty Limited (ACN 142 189 759)
Onyesho la kukagua linapakia
Ruhusa imetolewa kwa Uwekaji wa Kijiografia.
Muda wako wa kuingia umeisha na umetoka nje. Tafadhali ingia tena.