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$3 USD / hora
Bandera de SOUTH AFRICA
johannesburg, south africa
$3 USD / hora
Aquí son las 10:35 p. m.
Se unió el diciembre 12, 2021
0 Recomendaciones

Hamza M.

@Hamza1306

 5,0 (2 comentarios)
1,0
1,0
100%
100%
$3 USD / hora
Bandera de SOUTH AFRICA
johannesburg, south africa
$3 USD / hora
100 %
Trabajos finalizados
100 %
Dentro del presupuesto
100 %
A tiempo
N/A
Tasa de recontratación

Computer Engineer

I am a newly graduated student in BEng Computer Engineering as well as an upcoming freelancer and an expert in: Automation Data Structures and Algorithms Software Engineering Machine Learning/Deep Learning Technical Report Writing Languages I know include: Python Java C++ C Latex
Freelancer C++ Programmers South Africa
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Portafolio

11513220
This was my final year computer engineering project where the aim was to design and implement a lip reading system. This was done by first implementing a face detection system which was used to extract the mouth region of a speaker and then these extracted mouth frames were sent into the lip reading model to make predictions. The Blazeface model was implemented for the face detector and the Alexnet model was used for doing the actual lip reading.
Lip reading from live input using machine learning
This was my final year computer engineering project where the aim was to design and implement a lip reading system. This was done by first implementing a face detection system which was used to extract the mouth region of a speaker and then these extracted mouth frames were sent into the lip reading model to make predictions. The Blazeface model was implemented for the face detector and the Alexnet model was used for doing the actual lip reading.
Lip reading from live input using machine learning
9673063
The aim of the project was to develop a digital desktop version of the board game known as Cluedo. QT was used as the development environment. I was part of a software engineering team and was given the responsibility for designing and implementing an AI player for the game. Please note the project was very big and what I have included here is merely a small preview of what was made
Game Development
The aim of the project was to develop a digital desktop version of the board game known as Cluedo. QT was used as the development environment. I was part of a software engineering team and was given the responsibility for designing and implementing an AI player for the game. Please note the project was very big and what I have included here is merely a small preview of what was made
Game Development
9673059
A micro-metal DC gear motor was controlled with a PWM signal generated by an Arduino Uno micro-controller. This was done through a motor driver circuit that was designed and implemented using a mosfet as the primary component. A magnetic encoder was used as a sensor with the motor to obtain the speed (RPM) at which the motor was moving. This RPM was then transmitted via serial communication from the Arduino using python to control the speed of the motor. Please note this project was quite big and what I have shown here is merely a preview of how it was all designed and implemented.
DC motor control
A micro-metal DC gear motor was controlled with a PWM signal generated by an Arduino Uno micro-controller. This was done through a motor driver circuit that was designed and implemented using a mosfet as the primary component. A magnetic encoder was used as a sensor with the motor to obtain the speed (RPM) at which the motor was moving. This RPM was then transmitted via serial communication from the Arduino using python to control the speed of the motor. Please note this project was quite big and what I have shown here is merely a preview of how it was all designed and implemented.
DC motor control
A micro-metal DC gear motor was controlled with a PWM signal generated by an Arduino Uno micro-controller. This was done through a motor driver circuit that was designed and implemented using a mosfet as the primary component. A magnetic encoder was used as a sensor with the motor to obtain the speed (RPM) at which the motor was moving. This RPM was then transmitted via serial communication from the Arduino using python to control the speed of the motor. Please note this project was quite big and what I have shown here is merely a preview of how it was all designed and implemented.
DC motor control
A micro-metal DC gear motor was controlled with a PWM signal generated by an Arduino Uno micro-controller. This was done through a motor driver circuit that was designed and implemented using a mosfet as the primary component. A magnetic encoder was used as a sensor with the motor to obtain the speed (RPM) at which the motor was moving. This RPM was then transmitted via serial communication from the Arduino using python to control the speed of the motor. Please note this project was quite big and what I have shown here is merely a preview of how it was all designed and implemented.
DC motor control
A micro-metal DC gear motor was controlled with a PWM signal generated by an Arduino Uno micro-controller. This was done through a motor driver circuit that was designed and implemented using a mosfet as the primary component. A magnetic encoder was used as a sensor with the motor to obtain the speed (RPM) at which the motor was moving. This RPM was then transmitted via serial communication from the Arduino using python to control the speed of the motor. Please note this project was quite big and what I have shown here is merely a preview of how it was all designed and implemented.
DC motor control
A micro-metal DC gear motor was controlled with a PWM signal generated by an Arduino Uno micro-controller. This was done through a motor driver circuit that was designed and implemented using a mosfet as the primary component. A magnetic encoder was used as a sensor with the motor to obtain the speed (RPM) at which the motor was moving. This RPM was then transmitted via serial communication from the Arduino using python to control the speed of the motor. Please note this project was quite big and what I have shown here is merely a preview of how it was all designed and implemented.
DC motor control
A micro-metal DC gear motor was controlled with a PWM signal generated by an Arduino Uno micro-controller. This was done through a motor driver circuit that was designed and implemented using a mosfet as the primary component. A magnetic encoder was used as a sensor with the motor to obtain the speed (RPM) at which the motor was moving. This RPM was then transmitted via serial communication from the Arduino using python to control the speed of the motor. Please note this project was quite big and what I have shown here is merely a preview of how it was all designed and implemented.
DC motor control
11513220
This was my final year computer engineering project where the aim was to design and implement a lip reading system. This was done by first implementing a face detection system which was used to extract the mouth region of a speaker and then these extracted mouth frames were sent into the lip reading model to make predictions. The Blazeface model was implemented for the face detector and the Alexnet model was used for doing the actual lip reading.
Lip reading from live input using machine learning
This was my final year computer engineering project where the aim was to design and implement a lip reading system. This was done by first implementing a face detection system which was used to extract the mouth region of a speaker and then these extracted mouth frames were sent into the lip reading model to make predictions. The Blazeface model was implemented for the face detector and the Alexnet model was used for doing the actual lip reading.
Lip reading from live input using machine learning
9673063
The aim of the project was to develop a digital desktop version of the board game known as Cluedo. QT was used as the development environment. I was part of a software engineering team and was given the responsibility for designing and implementing an AI player for the game. Please note the project was very big and what I have included here is merely a small preview of what was made
Game Development
The aim of the project was to develop a digital desktop version of the board game known as Cluedo. QT was used as the development environment. I was part of a software engineering team and was given the responsibility for designing and implementing an AI player for the game. Please note the project was very big and what I have included here is merely a small preview of what was made
Game Development
9673059
A micro-metal DC gear motor was controlled with a PWM signal generated by an Arduino Uno micro-controller. This was done through a motor driver circuit that was designed and implemented using a mosfet as the primary component. A magnetic encoder was used as a sensor with the motor to obtain the speed (RPM) at which the motor was moving. This RPM was then transmitted via serial communication from the Arduino using python to control the speed of the motor. Please note this project was quite big and what I have shown here is merely a preview of how it was all designed and implemented.
DC motor control
A micro-metal DC gear motor was controlled with a PWM signal generated by an Arduino Uno micro-controller. This was done through a motor driver circuit that was designed and implemented using a mosfet as the primary component. A magnetic encoder was used as a sensor with the motor to obtain the speed (RPM) at which the motor was moving. This RPM was then transmitted via serial communication from the Arduino using python to control the speed of the motor. Please note this project was quite big and what I have shown here is merely a preview of how it was all designed and implemented.
DC motor control
A micro-metal DC gear motor was controlled with a PWM signal generated by an Arduino Uno micro-controller. This was done through a motor driver circuit that was designed and implemented using a mosfet as the primary component. A magnetic encoder was used as a sensor with the motor to obtain the speed (RPM) at which the motor was moving. This RPM was then transmitted via serial communication from the Arduino using python to control the speed of the motor. Please note this project was quite big and what I have shown here is merely a preview of how it was all designed and implemented.
DC motor control
A micro-metal DC gear motor was controlled with a PWM signal generated by an Arduino Uno micro-controller. This was done through a motor driver circuit that was designed and implemented using a mosfet as the primary component. A magnetic encoder was used as a sensor with the motor to obtain the speed (RPM) at which the motor was moving. This RPM was then transmitted via serial communication from the Arduino using python to control the speed of the motor. Please note this project was quite big and what I have shown here is merely a preview of how it was all designed and implemented.
DC motor control
A micro-metal DC gear motor was controlled with a PWM signal generated by an Arduino Uno micro-controller. This was done through a motor driver circuit that was designed and implemented using a mosfet as the primary component. A magnetic encoder was used as a sensor with the motor to obtain the speed (RPM) at which the motor was moving. This RPM was then transmitted via serial communication from the Arduino using python to control the speed of the motor. Please note this project was quite big and what I have shown here is merely a preview of how it was all designed and implemented.
DC motor control
A micro-metal DC gear motor was controlled with a PWM signal generated by an Arduino Uno micro-controller. This was done through a motor driver circuit that was designed and implemented using a mosfet as the primary component. A magnetic encoder was used as a sensor with the motor to obtain the speed (RPM) at which the motor was moving. This RPM was then transmitted via serial communication from the Arduino using python to control the speed of the motor. Please note this project was quite big and what I have shown here is merely a preview of how it was all designed and implemented.
DC motor control
A micro-metal DC gear motor was controlled with a PWM signal generated by an Arduino Uno micro-controller. This was done through a motor driver circuit that was designed and implemented using a mosfet as the primary component. A magnetic encoder was used as a sensor with the motor to obtain the speed (RPM) at which the motor was moving. This RPM was then transmitted via serial communication from the Arduino using python to control the speed of the motor. Please note this project was quite big and what I have shown here is merely a preview of how it was all designed and implemented.
DC motor control

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$20,00 USD
תיכנות בשפת C - Coding Task in C
Hamza was extremely professional, delivered top-class work and kept good constant communication throughout the project. I would highly recommend Hamza for anyone who's seeking a hard-working guy to get a task done efficiently and effectively!
C Programming
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Bandera de Gabriel H.
@gherbert34
•
hace 2 años
5,0
$10,00 USD
Project 32562482 has been deleted
One of the best freelancers I've worked with, really nice and professional. Did the work on time, and everything was more than perfect. I'll indeed be working with him again in the future.
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Bandera de Rawda T.
@rawdatorky15
•
hace 2 años

Educación

BEng Computer Engineering

University of Pretoria/Universiteit van Pretoria, South Africa 2018 - 2023
(5 años)

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Principales habilidades

C++ Programming 1
Java
JavaScript
Python
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