Lukket

robotic arm for amputees

Job Description:

We are trying to build a robotic arm for amputees that works based on EMG or EEG sensor, motor driver to run the BLDC motors (12V), and Arduino board. For the project we are using an opensource 3D printed arm and materials that are available in the market.

Færdigheder: Arduino, Elektronik, Python, Raspberry Pi, Kredsløbs Design

Om klienten:
( 0 bedømmelser ) Bengaluru, India

Projekt ID: #36274730

6 freelancere byder i gennemsnit ₹2583 timen for dette job

rodrsvieira

Hello, how are you? I follow many companies that develop those kind of robotic arms on Instagram and they are amazing projects. I am a Master's Degree Control and Automation Engineer with many years of experience in Flere

₹3000 INR in 7 dage
(1 bedømmelse)
2.8
tshibsamuel477

hi there, recently i did something similar check my portfolio on the site, so send me a message

₹2250 INR in 3 dage
(1 bedømmelse)
2.5
CptSparrow

Hi, I am a professional mechatronics engineer and matlab robotic arm expert .I'm here to help you with your project. I have more than 3 years working experience in this field. I am confident that I can deliver you best Flere

₹3000 INR in 7 dage
(0 bedømmelser)
0.0
Mayank1859

Hey there I am a student of Bachelor of Technology in Computer Science and specialization in artificial intelligence and machine learning. I have a plenty of experience with microcontrollers like esp32 arduino Raspberr Flere

₹2000 INR in 5 dage
(0 bedømmelser)
0.0
kbwickramasinghe

Hi.. WOW!!! well project so I like to join this project. **** I did slightly different data acquisition local and processing project .*** send me, 1. how many input are there? 2. What is the module number of expe Flere

₹3000 INR in 7 dage
(1 bedømmelse)
0.0
ahmed20b2

I am skilled and experienced in building a robotic arm for amputees that works based on EMG or EEG sensors, a motor driver to run the BLDC motors (12V), and an Arduino board. I will program the Arduino board, test, and Flere

₹2250 INR in 5 dage
(0 bedømmelser)
0.0