Abdallah Hesham Mohamed A. Profile

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$10 USD / hora

cairo,

egypt

$10 USD / hora

Atualmente, está 11:53 AM aqui

Ingressou em maio 13, 2020

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Abdallah Hesham Mohamed A.

@ahesham99

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$10 USD / hora

cairo,

egypt

$10 USD / hora

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Deep Learning Instructor | Mechatronics Engineer

Hi there, welcome to my profile? My name is Abdallah Hesham Mohamed and I am a 23 years old freelancer from Egypt Here is a list of skills and services that I have to offer to you: Deep learning, machine learning skills. Certified Deep Learning Instructor Mechatronics Engineering background Python programing language Robot Operating System (ROS) PID control, Fuzzy Logic Control MATLAB and Simulink Arduino and Raspberry Pi SolidWorks CAD Media Desing using CANVA I acquired these skills during and after my university studies and still learning more everyday I took online courses in programing and machine learning on famous MOOC platforms, and applied what I studied in projects such as my graduation project <An autonomous wheelchair that uses ROS framework for navigation> where I used TensforFLow, Raspberry pi, ROS noetic, MATLAB and Simulink, Arduino and LIDAR with my teammates to build this project. I am happy to offer my services in the above fields and to make use of my High Academic score, CGPA 3.9 and offer to teach Mechatronics Engineering courses that I have studied Thank you, happy to help

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Portfólio

The main aim for this project was to make a CAD model of one of the shaft design problems we studied, there are three shafts, connected using a belt-pulley assembly and a coupling.

- I made the shaft design calculations based on the transmitted power mentioned in the problem

- The pulleys are keyed to transmit power and secured axially using snap rings.

- Bearings were selected based on the calculated load, bearing life was estimated using SolidWorks bearing tool and shaft diameter was modified to match the selected tolerance level. Also, the bearing were secured with the housings to prevent movement due to applied loads.
Project CAD files are available on my GrabCAD

https://grabcad.com/library/shaft-pulley-assembly-1

Shaft Pulley Assembly | SolidWorks CAD Design

Applied Differential drive mobile robot kinematics equation to get the position and orientation of the robot and used Fuzzy Logic control to control its orientation angle, the controller is written and Python, scikit-fuzzy, simple-pid and matplotlib were used, and the simulation is made using Webots software.
Project files are available on my GitHub
https://www.linkedin.com/posts/ahesham1675234287_python-ai-moretocome-activity-6807377497198477313-J_AZ/

Simulation of a diff-drive Fuzzy Logic controlled robot

[Tell your motor which speed you want]

I used Arduino to control a DC motor's speed, and my voice to choose the speed setpoint.
Using a simple speech recognition model, implemented in TensorFlow, and trained on the public digits speech dataset, I made a python script that records a 1 second audio clip, then predicts which digit it was, and sends the output prediction to the Arduino using ROS, the Arduino receives the integer number, and chooses from an array of setpoints based on this number :)
The Arduino will publish information on the current measured speed, PID output and current setpoint, so I can view them on my computer.

In the end of the video I used rqt_plot to plot the response of motor vs setpoint.
Happy watching, fun starts at 0:42 :)
https://www.linkedin.com/embed/feed/update/urn:li:ugcPost:6786369571491221504
You can find the ROS package and Arduino code on my GitHub

#Arduino #PID_Control #tensorflow #ROS #python #ai

Varying motor speed using voice commands and PID control

As a course project guided by the course instructor at my university, I have Been working on developing a controller for the model of an active suspension system, which is shown in the figure.
I made four models utilizing PID control with the following cases
- no actuators (passive system)
- actuator between masses u and s
- actuator between masses s and b
- two actuators
+ actuator between masses u and s with Fuzzy PD control

All PID parameters were found using MathWorks #MATLAB Optimization toolbox, I used the simulating annealing algorithm to minimize the Integral Time-Weighted Absolute Error objective function ITAE : )
Fuzzy PD gains were found using a rule of thumb that relates PID controller gains to fuzzy PID gains found on MATLAB's documentation website
With some more tuning...
https://www.linkedin.com/posts/ahesham1675234287_matlab-control-modelling-activity-6873673712265129984--oYi

Modelling and control of an active suspension system

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$37,01 USD

Raspberry Pi4 and image recognition (Tensorflow or similar)

This guy wasted 2+ weeks of my project time. This guy DO NOT HAVE NO TIME for any such assignments. He will let you wait for days befor replying. He would tell you any excuse to delay his tasks. I have lost 2000+ usd on all this waiting. He told me multiple times what time he would be available but he never he was. He might skilled but expect things to take weeks to ge a few hours of work done.

Jan Peter P.

@vw7966577vw

•

há 1 ano

Experiência

IEEE Future University in Egypt SB

jan. 2021 - dez. 2021 (11 meses, 1 dia)

- Organized the work of the student branch - Learned team and leadership skills - The SB hosted many online events as well as some offline events with speakers from big tech companies.

Educação

BSc in Mechatronics Engineering

Future University,

Egypt

2017 - 2022

(5 anos)

Qualificações

NVIDIA DLI

2022

Became an instructor for the 8-hour workshop, "Fundamentals of Deep Learning", which discusses neural networks and how they train, as well as brief about CNNs and RNNs.

Coursera

2020

Learned about Neural Networks, CNNs, RNNs, Hyperparameter tuning, optimizers, and more

Udemy

2021

Learned about Q-Learning, DQN, DDQN and how to implement these algorithms and apply them to Atari games environments

Publicações

A New Design Identification and Control Based on GA Optimization for an Autonomous Wheelchair

Robotics MDPI

This paper presents methods used for our graduation project, An Autonomous Wheelchair, we present results of using autonomous navigation and a method of optimizing the PID controller using system identification and Genetic Algorithm optimization.