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KHÁM PHÁ
 Algorithm Arduino Circuit Design Electrical Engineering Engineering Profile cover photo
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 $25 USD / giờ
Cờ của PAKISTAN
chakwal, pakistan
$25 USD / giờ
Hiện ở đây là 5:27 SA
Đã tham gia vào ngày tháng 2 16, 2018
2 Khuyến nghị

Muhammad A.

@mali13175

 4,7 (12 nhận xét)
4,2
4,2
$25 USD / giờ
Cờ của PAKISTAN
chakwal, pakistan
$25 USD / giờ
83%
Công Việc Hoàn Thành
94%
Đúng Ngân Sách
94%
Đúng Thời Hạn
5%
Tỉ Lệ Thuê Lại

Engineer and Automotive researcher

I am an experienced automotive researcher, with experience in EV design and smart automotive systems.
Freelancer Arduino Engineers Pakistan
Xem tất cả về Arduino Engineers tại Pakistan

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Mục portfolio

Designed MQ-9 Reaper for fabrication by Laser Cut parts. Model was created for easy manufacturing and sturdy build.
Design of MQ-9 Reaper
Designed MQ-9 Reaper for fabrication by Laser Cut parts. Model was created for easy manufacturing and sturdy build.
Design of MQ-9 Reaper
Designed MQ-9 Reaper for fabrication by Laser Cut parts. Model was created for easy manufacturing and sturdy build.
Design of MQ-9 Reaper
Designed MQ-9 Reaper for fabrication by Laser Cut parts. Model was created for easy manufacturing and sturdy build.
Design of MQ-9 Reaper
Designed MQ-9 Reaper for fabrication by Laser Cut parts. Model was created for easy manufacturing and sturdy build.
Design of MQ-9 Reaper
This project is a 3d model of a toy loader designed to be 3D printed. It is 1:138 the size of an actual loader. All parts have been designed individually and then assembled together, so that it is easier to be 3D printed.
Loader Design
This project is a 3d model of a toy loader designed to be 3D printed. It is 1:138 the size of an actual loader. All parts have been designed individually and then assembled together, so that it is easier to be 3D printed.
Loader Design
This project is a 3d model of a toy loader designed to be 3D printed. It is 1:138 the size of an actual loader. All parts have been designed individually and then assembled together, so that it is easier to be 3D printed.
Loader Design
This project is a 3d model of a toy loader designed to be 3D printed. It is 1:138 the size of an actual loader. All parts have been designed individually and then assembled together, so that it is easier to be 3D printed.
Loader Design
This project is a 3d model of a toy loader designed to be 3D printed. It is 1:138 the size of an actual loader. All parts have been designed individually and then assembled together, so that it is easier to be 3D printed.
Loader Design
Designed and Fabricated a working Pick & Place Robot for assembly line assisting. The model was created on Solidworks for a Pharmaceutical Assembly Line Robot Prototype. It was fabricated using 3D printed and Laser Cut parts which were assembled together afterwards. It was powered by an Arduino Mega and programmed as per the requirements of the assembly line.
Pick & Place Robot
Designed and Fabricated a working Pick & Place Robot for assembly line assisting. The model was created on Solidworks for a Pharmaceutical Assembly Line Robot Prototype. It was fabricated using 3D printed and Laser Cut parts which were assembled together afterwards. It was powered by an Arduino Mega and programmed as per the requirements of the assembly line.
Pick & Place Robot
Designed and Fabricated a working Pick & Place Robot for assembly line assisting. The model was created on Solidworks for a Pharmaceutical Assembly Line Robot Prototype. It was fabricated using 3D printed and Laser Cut parts which were assembled together afterwards. It was powered by an Arduino Mega and programmed as per the requirements of the assembly line.
Pick & Place Robot
Designed and Fabricated a working Pick & Place Robot for assembly line assisting. The model was created on Solidworks for a Pharmaceutical Assembly Line Robot Prototype. It was fabricated using 3D printed and Laser Cut parts which were assembled together afterwards. It was powered by an Arduino Mega and programmed as per the requirements of the assembly line.
Pick & Place Robot
Designed and Fabricated a working Pick & Place Robot for assembly line assisting. The model was created on Solidworks for a Pharmaceutical Assembly Line Robot Prototype. It was fabricated using 3D printed and Laser Cut parts which were assembled together afterwards. It was powered by an Arduino Mega and programmed as per the requirements of the assembly line.
Pick & Place Robot
Designed and Fabricated a Street Lamp Prototype with an integrated Vertical Axis Wind Turbine, powered by wind energy produced in the wakes of fast moving vehicles. The designed was created on Solidworks and simulated on ANSYS for analysis. It was then fabricated and tested in real world scenarios.
Street Lamp VAWT Prototype, powered by fast moving vehicles
Designed and Fabricated a Street Lamp Prototype with an integrated Vertical Axis Wind Turbine, powered by wind energy produced in the wakes of fast moving vehicles. The designed was created on Solidworks and simulated on ANSYS for analysis. It was then fabricated and tested in real world scenarios.
Street Lamp VAWT Prototype, powered by fast moving vehicles
Designed and Fabricated a Street Lamp Prototype with an integrated Vertical Axis Wind Turbine, powered by wind energy produced in the wakes of fast moving vehicles. The designed was created on Solidworks and simulated on ANSYS for analysis. It was then fabricated and tested in real world scenarios.
Street Lamp VAWT Prototype, powered by fast moving vehicles
Designed and Fabricated a Street Lamp Prototype with an integrated Vertical Axis Wind Turbine, powered by wind energy produced in the wakes of fast moving vehicles. The designed was created on Solidworks and simulated on ANSYS for analysis. It was then fabricated and tested in real world scenarios.
Street Lamp VAWT Prototype, powered by fast moving vehicles
Designed and Fabricated a Street Lamp Prototype with an integrated Vertical Axis Wind Turbine, powered by wind energy produced in the wakes of fast moving vehicles. The designed was created on Solidworks and simulated on ANSYS for analysis. It was then fabricated and tested in real world scenarios.
Street Lamp VAWT Prototype, powered by fast moving vehicles
Designed and Fabricated a Street Lamp Prototype with an integrated Vertical Axis Wind Turbine, powered by wind energy produced in the wakes of fast moving vehicles. The designed was created on Solidworks and simulated on ANSYS for analysis. It was then fabricated and tested in real world scenarios.
Street Lamp VAWT Prototype, powered by fast moving vehicles
Designed a 3-axis CNC Milling Machine of size 300mm x 200mm x 100mm to be fabricated for an engineering Final Year Project. Fabrication of the same is underway. Design was analyzed and simulated on ANSYS which satisfied all requirements.
3 Axis CNC Milling Machine
Designed a 3-axis CNC Milling Machine of size 300mm x 200mm x 100mm to be fabricated for an engineering Final Year Project. Fabrication of the same is underway. Design was analyzed and simulated on ANSYS which satisfied all requirements.
3 Axis CNC Milling Machine
Designed a 3-axis CNC Milling Machine of size 300mm x 200mm x 100mm to be fabricated for an engineering Final Year Project. Fabrication of the same is underway. Design was analyzed and simulated on ANSYS which satisfied all requirements.
3 Axis CNC Milling Machine
Designed a 3-axis CNC Milling Machine of size 300mm x 200mm x 100mm to be fabricated for an engineering Final Year Project. Fabrication of the same is underway. Design was analyzed and simulated on ANSYS which satisfied all requirements.
3 Axis CNC Milling Machine
Designed a 3-axis CNC Milling Machine of size 300mm x 200mm x 100mm to be fabricated for an engineering Final Year Project. Fabrication of the same is underway. Design was analyzed and simulated on ANSYS which satisfied all requirements.
3 Axis CNC Milling Machine
Designed a 3-axis CNC Milling Machine of size 300mm x 200mm x 100mm to be fabricated for an engineering Final Year Project. Fabrication of the same is underway. Design was analyzed and simulated on ANSYS which satisfied all requirements.
3 Axis CNC Milling Machine
This is one of my Arduino mega-projects. It is an ebike with intelligent speed control and autonomous breaking.
Arduino Programming

Nhận xét

Đã lưu thay đổi
Hiện 1 - 5 trong số 12 nhận xét
Lọc nhận xét theo: 5,0
$500,00 USD
Insectarium Project
Everything is ok. Fast work
Solidworks Mechanical Engineering 3D Modelling
Avatar người dùng
Cờ của Viacheslav K. @ImagoE
•
2 tháng trước 1,0
$2,00 USD
Project 34629247 has been deleted
worst. doesnt deliver relevant content
K
Cờ của Shiva Keerthan J. @keerthanshiva39
•
9 tháng trước 4,4
€50,00 EUR
Watching electric motor contacts remotely using Arduino or PLC, through a web page on a free web hosting server.
Friendly, able to chat and understand to provide the best results.
Website Design Microcontroller Arduino PLC
Avatar người dùng
Cờ của Nektarios K. @nekauth
•
9 tháng trước 1,0
$50,00 USD
Need to create a "Motor Driver" electronic schema (diagram) + bill of materials +
An absolute disaster. We had two different motor drivers developed by this self-employed person. He should just copy an existing 160 watt driver and develop one up to 350 watts and the other up to 750 watts. Long story short sense. A lot of time and money invested and nothing works. Two circuit boards that belong in the trash !
Engineering Electronics Electrical Engineering PCB Layout Circuit Design
Avatar người dùng
Cờ của Grzegorz Jan P. @GregPi1976
•
1 năm trước 0,0
€50,00 EUR
Soc estimation with Extended kalman Filter on Arduino or nucleo Board
The project is not completed according to the dispute
C Programming Microcontroller Electrical Engineering Arduino Battery Charging and Batteries
L
Cờ của Arsene Bienvenue M. @Loum2016
•
1 năm trước

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