Logo Freelancer Bagaimana ia berfungsiLayari Pekerjaan
Log Masuk Daftar
Siarkan Projek
MENJELAJAH
3D Design
3D Modelling
3D Rendering
CAD/CAM
Solidworks
Gambar muka depan profil
Anda kini mengikuti
Ralat mengikuti pengguna.
Pengguna ini tidak membenarkan pengguna untuk mengikuti mereka.
Anda telah mengikuti pengguna ini.
Pelan keahlian anda hanya membenarkan 0 mengikuti. Naik taraf di sini.
Berjaya menyahikut
Ralat tidak mengikuti pengguna.
Anda berjaya mengesyorkan
Ralat mengesyorkan pengguna.
Sesuatu telah berlaku. Sila segar semula halaman dan cuba lagi.
E-mel berjaya disahkan.
Avatar Pengguna
$40 USD / jam
Bendera EGYPT
suez, egypt
$40 USD / jam
Sekarang jam 7:34 PG di sini
Menyertai April 25, 2022
0 Syor

Omar R.

@omarr22ft

monthly-level-two.svg 4.9 (23 ulasan)
5.4
5.4
100%
100%
$40 USD / jam
Bendera EGYPT
suez, egypt
$40 USD / jam
100%
Pekerjaan Disiapkan
95%
Mengikut Bajet
100%
Tepat Pada Masa
9%
Kadar Upah Semula

Industrial & Product Designer | Fusion 360

⭐ Professional Industrial Designer with over 4 years of experience in product design, mechanical engineering design, and implementation. ⭐ Proficient in dominant software tools such as Autodesk Fusion 360, SOLIDWORKS, Autodesk Inventor, and Autodesk AutoCAD. GrabCAD Account [login to view URL] I transform ideas into compelling products that will exponentially grow your business. Services include: ⚙️ Creating 3D models and mechanical designs. ⚙️ Creating 2D drawings, drafting, and documentation. ⚙️ Transforming 2D drawings to 3D models. ⚙️ Making stress analysis FEA, simulation, motion studies, and renders. ⚙️ Making design reports. ⚙️ Creating STL, IGES, and STEP files for 3D printing. ⚙️ Creating DXF files for Laser and Plasma cutting. ⚙️ Creating flat patterns for sheet metal. I accept offers that I'm certainly able to finish perfectly, so once you hire me you won't waste your time. Feel free to contact me in chat I'll answer all your questions. YOU ARE ALWAYS WELCOME ANYTIME.
Freelancer 3D Modellers Egypt
Lihat semua 3D Modellers dalam Egypt

Hubungi Omar R. tentang pekerjaan anda

Log masuk untuk membincangkan sebarang butiran melalui sembang.

Portfolio

10197689
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
10197890
It is a comparison between different materials of the blade and also carbon fiber FEA to validate the feasibility of the design.
FEA for the FLEX-RUN Blade
It is a comparison between different materials of the blade and also carbon fiber FEA to validate the feasibility of the design.
FEA for the FLEX-RUN Blade
It is a comparison between different materials of the blade and also carbon fiber FEA to validate the feasibility of the design.
FEA for the FLEX-RUN Blade
It is a comparison between different materials of the blade and also carbon fiber FEA to validate the feasibility of the design.
FEA for the FLEX-RUN Blade
It is a comparison between different materials of the blade and also carbon fiber FEA to validate the feasibility of the design.
FEA for the FLEX-RUN Blade
It is a comparison between different materials of the blade and also carbon fiber FEA to validate the feasibility of the design.
FEA for the FLEX-RUN Blade
It is a comparison between different materials of the blade and also carbon fiber FEA to validate the feasibility of the design.
FEA for the FLEX-RUN Blade
9992166
The video was made for a mechanical engineering lecture and was exported using Solidworks motion study. You can see the 3D Files here: https://grabcad.com/library/windshield-wiper-mechanism-explanation-video-1
Windshield Wiper Mechanism Explanation Video
The video was made for a mechanical engineering lecture and was exported using Solidworks motion study. You can see the 3D Files here: https://grabcad.com/library/windshield-wiper-mechanism-explanation-video-1
Windshield Wiper Mechanism Explanation Video
9993517
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
9993553
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
9992083
The vice was designed using Autodesk Inventor and rendered using Fusion 360. You can see the 3D Files here: https://grabcad.com/library/bench-vice-239 It was designed for an educational purpose to show the components of the assembly in detail.
BENCH VICE
The vice was designed using Autodesk Inventor and rendered using Fusion 360. You can see the 3D Files here: https://grabcad.com/library/bench-vice-239 It was designed for an educational purpose to show the components of the assembly in detail.
BENCH VICE
The vice was designed using Autodesk Inventor and rendered using Fusion 360. You can see the 3D Files here: https://grabcad.com/library/bench-vice-239 It was designed for an educational purpose to show the components of the assembly in detail.
BENCH VICE
10197689
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
The client needed an actual product of FLEX-RUN blade that could be manufactured and realized to the market and validate the FEA. My contribution I gathered all the information about the product idea and the problem it solves. Through brainstorming, market research, creative concepts, experimentation, and evaluation I design a new one from scratch and made Finite Element Analysis FEA to validate the feasibility of the design. Finally provide it with all detailed render of the presentation. You can discover the 3D Model using this link https://a360.co/3G74PB9
FLEX-RUN BK PROSTHESIS
10197890
It is a comparison between different materials of the blade and also carbon fiber FEA to validate the feasibility of the design.
FEA for the FLEX-RUN Blade
It is a comparison between different materials of the blade and also carbon fiber FEA to validate the feasibility of the design.
FEA for the FLEX-RUN Blade
It is a comparison between different materials of the blade and also carbon fiber FEA to validate the feasibility of the design.
FEA for the FLEX-RUN Blade
It is a comparison between different materials of the blade and also carbon fiber FEA to validate the feasibility of the design.
FEA for the FLEX-RUN Blade
It is a comparison between different materials of the blade and also carbon fiber FEA to validate the feasibility of the design.
FEA for the FLEX-RUN Blade
It is a comparison between different materials of the blade and also carbon fiber FEA to validate the feasibility of the design.
FEA for the FLEX-RUN Blade
It is a comparison between different materials of the blade and also carbon fiber FEA to validate the feasibility of the design.
FEA for the FLEX-RUN Blade
9992166
The video was made for a mechanical engineering lecture and was exported using Solidworks motion study. You can see the 3D Files here: https://grabcad.com/library/windshield-wiper-mechanism-explanation-video-1
Windshield Wiper Mechanism Explanation Video
The video was made for a mechanical engineering lecture and was exported using Solidworks motion study. You can see the 3D Files here: https://grabcad.com/library/windshield-wiper-mechanism-explanation-video-1
Windshield Wiper Mechanism Explanation Video
9993517
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
You can see the 3D model by hitting this link: https://a360.co/384QJAo https://grabcad.com/library/sumobot-11 The sumo robot was designed for a nationwide competition on behalf of IEEE Suez university SB. The robot was designed from scratch using Fusion 360.
Sumobot
9993553
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
Won The Best Mechanical Design in 2022 Academia Minesweepers International Competition. You can see the 3D model by hitting this link: https://a360.co/3NlGJG4 https://grabcad.com/library/minesweepers-robot-1 Renders are made using Fusion 360. The robot was designed to participate in the minesweepers international competition in the academia category on behalf of IEEE Suez university SB. ( https://landminefree.org/) The robot was designed from scratch using Fusion 360 as sheet metals then manufacturing processes come, at first the sheet metals were cut in a laser cutter, bent at specified angles in a bending machine, coated, and finally assembled using bolts and nuts.
Minesweepers Robot
9992083
The vice was designed using Autodesk Inventor and rendered using Fusion 360. You can see the 3D Files here: https://grabcad.com/library/bench-vice-239 It was designed for an educational purpose to show the components of the assembly in detail.
BENCH VICE
The vice was designed using Autodesk Inventor and rendered using Fusion 360. You can see the 3D Files here: https://grabcad.com/library/bench-vice-239 It was designed for an educational purpose to show the components of the assembly in detail.
BENCH VICE
The vice was designed using Autodesk Inventor and rendered using Fusion 360. You can see the 3D Files here: https://grabcad.com/library/bench-vice-239 It was designed for an educational purpose to show the components of the assembly in detail.
BENCH VICE

Ulasan

Perubahan disimpan
Menunjukkan 1 - 5 daripada 23 ulasan
 Tapis ulasan mengikut:
4.6
$100.00 USD
3D Modeling of Ceramic Cup using Fusion 360
It was a pleasure working with Omar, he is familiar with the fusion 360 software and was able to generate initial round of designs for my manufacturer review. However, i was hoping that he did not highlight his feeling of the project being under bid too frequently for a greater customer experience. other than that, i would recommend working with him for future projects.
3D Rendering
3D Modelling
3D Design
Fusion 360
Autodesk Fusion 360
W
Bendera Abdulrahman A.
@Water3
•
23 hari yang lalu
5.0
$350.00 AUD
Outdoor Tech Stand Designer
Was very efficient and easy to make changes. Very personable and enjoyable to work with!
Industrial Design
CAD/CAM
Industrial Engineering
B
Bendera Bec M.
@Bmo14
•
1 bulan yang lalu
5.0
$350.00 USD
Mechanical Design for Opening and CLosing Canopy Shade
Omar is a professional mechanical and solution engineer with strong 3D products design skills and effective communication. He did an outstanding job in helping me to design an efficient retracting system with the right components. I will definitely work with him again and highly recommend him.
Engineering
CAD/CAM
Solidworks
Mechanical Engineering
AutoCAD
H
Bendera Ahmed A.
@Harbioo
•
5 bulan yang lalu
5.0
$1,100.00 USD
3D Design for payment terminal
I've used Omar twice now and I can say it is the best Freelancer I've ever worked with, professional and precision is how I would describe him. He's also very understanding on when it comes to your adjustment and measurement. I think he worked overtime 4-5 days in a row to finish my project and also during the weekend, he does more than you can expect of a freelanser.
CAD/CAM
3D Rendering
Solidworks
3D Modelling
3D Animation
E
Bendera Kevin L.
@ElitstyrkanKevin
•
5 bulan yang lalu
5.0
$550.00 USD
Turn Drawing into 3d-printable files
Best Guy I've ever worked with when it comes to CAD, Expertise & design.
CAD/CAM
3D Rendering
AutoCAD
3D Modelling
3D Animation
E
Bendera Kevin L.
@ElitstyrkanKevin
•
6 bulan yang lalu

Pengalaman

Industrial Designer | Product Designer

Upwork
Jun 2022 - Hari ini
My Upwork Profile https://www.upwork.com/fl/~0164ec8728decbcffb Those are just some of the feedback from my clients here on Upwork ⭐"Great work & communication. Very clear with what needed to be altered about the product design. Was supportive even after completing the job with small questions. Will hire again." ⭐"Omar impressed me with the quality of work and the presentation of the result. my project took a big step forward, way more than I anticipated"

Head of The Mechanical Team

IEEE SUSB
Jan 2020 - Hari ini
⭐️ Led the team to win The Best Mechanical Design in 2022 Academia Minesweeper International Competition.

Hubungi Omar R. tentang pekerjaan anda

Log masuk untuk membincangkan sebarang butiran melalui sembang.

Pengesahan

Pekerja Bebas Pilihan
Identiti Disahkan
Pembayaran Disahkan
Telefon Disahkan
E-mel Disahkan
Facebook Dihubungkan

Pensijilan

preferredfreelancer-1.png Preferred Freelancer Program SLA 1 93%
us_eng_1.png US English 1 82%

Kemahiran Teratas

3D Modelling 20
3D Rendering 14
CAD/CAM 13
3D Design 8
Solidworks 7

Layari Pekerja Bebas Serupa

3D Modellers in Egypt
3D Modellers
3D Rendering Experts
CAD/CAM Designers

Layari Pameran Serupa

3D Modelling
3D Rendering
CAD/CAM
3D Design
Pengguna Sebelumnya Pengguna Seterusnya
Jemputan berjaya dihantar!
Terima kasih! Kami telah menghantar pautan melalui e-mel kepada anda untuk menuntut kredit percuma anda.
Sesuatu telah berlaku semasa menghantar e-mel anda. Sila cuba lagi.
Logo Freelancer Malaysia / Bahasa Malaysia Bantuan & Sokongan Pekerja bebas Kategori ProjekPeraduanPekerja BebasEnterprise KeahlianProgram Pekerja Bebas PilihanPengurusan ProjekPekerjaan TempatanPhoto AnywherePameranAPI untuk PembangunDisahkanAplikasi Desktop TentangTentang kamiBagaimana ia BerfungsiKeselamatanPelaburPeta LamanKisahDalam BeritaPasukanAnugerahSiaran AkhbarKerjaya Terma Dasar PrivasiTerma dan SyaratDasar HakciptaTatakelakuanYuran dan Caj Rakan KongsiEscrow.comLoadshiftWarrior Forum AplikasiLogo Apple App StoreLogo Mainan Google
Salin ke papan keratan gagal, sila cuba lagi selepas melaraskan kebenaran anda.
Disalin ke papan keratan.
Pengguna Berdaftar Jumlah Pekerjaan Disiarkan
Freelancer ® is a registered Trademark of Freelancer Technology Pty Limited (ACN 142 189 759)
Copyright © 2024 Freelancer Technology Pty Limited (ACN 142 189 759)
Memuatkan pratonton
Kebenaran diberikan untuk Geolocation.
Sesi log masuk anda telah luput dan telah dilog keluar. Sila log masuk sekali lagi.