Hossam M. Profile

KHÁM PHÁ

5,0

(2 nhận xét)

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$10 USD / giờ

rasheed,

egypt

$10 USD / giờ

Hiện ở đây đang là 4:26 SA

Đã tham gia vào tháng 7 30, 2018

0 Khuyến nghị

Hossam M.

@HossamMamdouh96

5,0

(2 nhận xét)

1,6

100%

$10 USD / giờ

rasheed,

egypt

$10 USD / giờ

100%

Công Việc Hoàn Thành

100%

Đúng Ngân Sách

100%

Đúng Thời Hạn

Không áp dụng

Tỉ Lệ Thuê Lại

Embedded Software Engineer

Hello there, I'm an Embedded Software Engineer holding a Bachelor's degree in Electronics and Communications Engineering. My expertise lies in Embedded Software Engineering and IoT, and I have a proven track record in this field, with proficiency in the following areas: • C Programming Language. • Assembly Language. • Embedded C. • Microcontroller Programming:- - AVR Microcontrollers. - PIC Microcontrollers. - 8051 Microcontrollers. • ESP32 and ESP8266 boards. • Arduino boards (Uno - Nano - Mega). • Microprocessors. • MATLAB. • PCB design using:- - Altium Designer. - Eagle Software. - EasyEDA Designer. • Performing circuit analysis and circuit simulation using:- - Proteus software. - Tinkercad. - Fritzing. In addition, I have completed several projects, including:- • Dual Axis Solar Tracking System. • Water Level Indicator. • Smart Irrigation System. • Intelligent Lighting System. • Automated Garage System. • Driving cars using hand gestures. • Pill Box. • Solar Panel Cleaner • Access Control System using PIC18F4520 Microcontroller. • RTC with Temperature and Humidity Sensor using Arduino Nano • Decimal to Binary and Hexadecimal Converter using AT89C51 Microcontroller. • Stopwatch using ATMEGA328P Microcontroller I also possess a strong background in:- • Electronics. • Computer Architecture. • Logic Design. • Operating Systems (OS). • Control Systems. • Analog and Digital Communications. And I have developed excellent communication, problem-solving, and time-management skills. My commitment to delivering tasks within given deadlines and my eagerness to learn new technologies make me an asset to any challenging project in Embedded Solutions. Please do not hesitate to contact me, and let's collaborate on your next Embedded Solution. - For my full Portfolio go to: [login to view URL]

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Portfolio

10444151

Ultrasonic Module HC-SR04 works on the principle of SONAR and RADAR systems. It can be used to determine the distance of an object in the range of 2 cm – 400 cm.
Using the time between the Trigger pulse and its Echo, and the speed of sound in the air, we can determine the distance of an object.
Components:-
1) Arduino Uno.
2) HC-SR04 Ultrasonic Sensor module.
3) LCD Display.
4) Passive components like Resistors, Switches, Capacitors, and LEDs.

Developed using C language, and simulated using Tinkercad.
https://www.tinkercad.com/things/7VWe1Nj2HPz-ultrasonicsensor

Measuring Distance using Arduino Uno on Tinkercad

10385044

Continuously displaying the current Time, Date, Temperature (in Celsius), and Humidity.
The current time is derived from the DS1307 Real-Time Clock (RTC) Module. And the DHT11 Sensor provides accurate readings of the Temperature and Humidity.

All these data will be displayed to the user using the 0.96-inch 128X64 OLED Display Module. While the 5V Buzzer will make the sound for the alarm every hour.

Components:-
1) Arduino Nano Board.
2) 0.96-inch 128X64 OLED Display Module.
3) DS1307 Real-Time Clock (RTC) Module.
4) DHT11 Temperature and Humidity Sensor.
5) 5V Buzzer.
6) Passive components.

Developed using C language in Arduino IDE, and simulated using Proteus 8 Professional.

RTC with Temperature and Humidity Sensor using Arduino Nano

10302011

Measuring Distance using HC-SR04 Ultrasonic Sensor & Arduino

10255045

Displaying the current Time and Date on two 6-digit 7-Segment displays. This is done by interfacing ATmega32 Microcontroller with DS1307 real-time clock (RTC) module, 7-Segment displays, and MAX7219, 8-Digit LED Display Drivers.
And keep track of the time and date and displays it on the 7-Segment displays.

Components:-
1) ATmega 32 Microcontroller.
2) DS1307 Real-Time Clock (RTC) module.
3) Maxim MAX7219, 8-Digit LED Display Drivers.
4) Common Cathode 6-Digits Seven Segment LED display.
5) Passive components like Resistors, Switches, Capacitors, and LEDs.

Developed using C language in Microchip Studio IDE, and simulated using Proteus 8 Professional.

Display Time and Date on Seven Segment Display

10251657

One of the basic uses of the TIMER peripheral on every microcontroller is to provide an accurate timing mechanism. Using the TIMER peripheral as the basic timing, we could easily develop a Stopwatch and display it to the 8-Digit seven-segment numeric LED display.
Utilizing the Atmel AVR ATMega328P microcontroller SPI peripheral to communicate with the Maxim MAX7219 chip used to drive the common cathode 8-Digits Seven Segment LED display.

Components:-
1) ATMEGA328p Microcontroller.
2) Maxim MAX7219, 8-Digit LED Display Drivers.
3) Common cathode 8-Digits Seven Segment LED display.
4) Passive components like Resistors, Switches, Capacitors, and LEDs.

Developed using C language in Microchip Studio IDE, and simulated using Proteus 8 Professional.

Stopwatch using ATMEGA328P Microcontroller

10245489

Smart Home Automation is an automated system that monitors Temperature and light intensity. And based on the readings it decides to turn the Fan and the Bulb or not.
It also acts as an Access Control System that controls the process of Opening and Closing the Door based on the Password entered by the user.
The system also has a Bluetooth Module so that the user can open the door remotely.
Components:-
1) ATMEGA32 Microcontroller.
2) 16*2 LCD.
3) 3 * 4 Keypad.
4) 12V Buzzer.
5) Relay 5VDC (4 Modules).
6) LM35 Temperature sensor.
7) LDR Light sensor.
8) HC-06 Bluetooth module.
9) Passive components like Resistors, Switches, Capacitors, and LEDs.

The PCB Board is designed using EasyEDA Designer.

PCB Board for Smart Home Automation Using ATMEGA32

10444151

Measuring Distance using Arduino Uno on Tinkercad

10385044

RTC with Temperature and Humidity Sensor using Arduino Nano

10302011

Measuring Distance using HC-SR04 Ultrasonic Sensor & Arduino

10255045

Display Time and Date on Seven Segment Display

10251657

Stopwatch using ATMEGA328P Microcontroller

10245489

PCB Board for Smart Home Automation Using ATMEGA32

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5,0

$10,00 USD

ESP32 code using Espressif IDE

It was great work with him, he was really helpful.

C Programming

Electronics

Microcontroller

Electrical Engineering

Thêm 1

Atheer S.

@thwez1995

•

11 tháng trước

5,0

$50,00 USD

Dual Axis Solar Tracking System using Arduino

Hossam was efficient, communicative, and worked quickly. He delivered a well-documented Arduino code that works perfectly as expected. Great experience, I would love to work with him again. Highly recommended!

Electronics

Microcontroller

Software Architecture

Electrical Engineering

Arduino

Ahmed A.

@Aqarak

•

1 năm trước

Kinh nghiệm

NARSS (National Authority for Remote Sensing & Space Sciences)

Intensive training on Satellite Technology Level 1&2, followed by a Pilot Project, hosted by NARSS (National Authority for Remote Sensing & Space Sciences) held at AAST (Arab Academy for Science, Technology & Maritime Transport) at Abu Qir, Alexandria Governorate, Egypt. From September, 6th 2018 to September, 12th 2018. The aim of the training is to introduce the students to the new trends in the Cube Satellites software approach.

Học vấn

Bachelor's degree in Electronics and Communications Engineering

Alexandria University,

Egypt

2014 - 2019

(5 năm)

Bằng cấp

Information Technology Institute (ITI)

2022

The course's main aim is to: - Define Software Testing and its objectives. - Define the duties of a Software Tester. - Explain why Software Testing is important. - Differentiate between terms of Error, Fault, Failure, and Bugs. - Define and read system requirements. - Test software using requirements document. - Addressing bugs using test case attributes. - Maintain test cases. Credential URL: https://drive.google.com/file/d/1mUlHVo6UoFFWwK183eB52lMIAtiVaq_n/view?usp=sharing

Udemy

2021

Course Agenda: - Pointers and addresses - Indirection and multiple indirections - Generic pointers and casts - Memory allocation and reallocation - Pointer arithmetic - Singly and doubly linked lists - Queues and stacks - Deep and shallow copying Credential URL: https://www.udemy.com/certificate/UC-34550b31-e5ad-4ea9-a246-c2943f9eacad/

Lynda.com

2017

Course syllabus: - Fundamentals in C - Operators and Expressions - Data types - Input-Output Library Functions - Control statements - Functions - Array - Pointer - Dynamic Memory Allocation - Preprocessor - Structure - File Handling Credential URL: https://drive.google.com/file/d/1Olg8w4kW1E7z4TC8O75NEaUB3R6V33UX/view?usp=sharing