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$10 USD / hora
Bandera de EGYPT
alexandria, egypt
$10 USD / hora
Aquí son las 7:35 p. m.
Se unió el junio 28, 2013
6 recomendaciones

The DIY Life

@amrlsayed

annual-level-three.svg 5,0 (26 comentarios)
7,3
7,3
100%
100%
$10 USD / hora
Bandera de EGYPT
alexandria, egypt
$10 USD / hora
100 %
Trabajos finalizados
96 %
Dentro del presupuesto
95 %
A tiempo
17 %
Tasa de recontratación

IoT, Embedded Systems, Raspberry PI, ARM, ESP32

I am the founder of The-DIY-Life, an R&D company in the Field of Internet of Things. I am a Leader of a professional developers Team, working on the field of IoT and Embedded Systems. Our Company has several "modules on shelf" to reuse on our projects. we care more about the quality of the project we work on than the quantity of the projects. so we invest time on documentation and version control system using Git. We use freelancer.com as a business platform to know more clients, and feature our work. Despite we support the opensource software, and we have several opensource work on our page on Github, we also respect the privacy of our clients work.
Freelancer Arduino Engineers Egypt
Ver todo Arduino Engineers en Egypt

Contacta The DIY Life sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

Portafolio

5636613
reading the measured values of temperature and humidity from dht11 sensor and display the measurements daily in plot graph and also control relays to switch off and on according to theses live measurements and setting values the user can submit using GUI display connected to raspberry pi. How It Works we will get the values of temperature and humidity measured by dht11 sensor and store these values every minute in log file in data base daily which cleared at the end of the day The measured values stored are displayed in plot chart with time during the day to give live monitoring of humidity and temperature measurements , also The current instantaneous values of temperature and humidity are also displayed and updated every 6 seconds .
Temperature & Humidity display and control with raspberry pi
5616634
OLED Temperature Display using AVR and Arduino IDE using native AVR Registers with the Arduino Uno and Arduino IDE to display date, time and temperature on an OLED display. How It Works The Arduino UNO reads the temperature from the LM35 through ADC and the Date/time through I2C from the RTC and Display them on The OLED display through SPI. and just to practice for timers and Interrupt I read the RTC time once on the startup and used it as the initial time to start with for the internal timer clock. The Result After Upload the code to the Arduino Uno control, we will see the three pages on the OLED 1- Adafruit logo page. 2- The DIY Life logo page. 3- The data (Temperature – Date – Time) page.
Temperature AVR display
5136384
TI connected launchpad tutorial series hosted on The DIY Life github account 1- gpio-example-for-TM4C1294XL-connected-LaunchPad: https://github.com/the-diy-life/gpio-example-for-TM4C1294XL-connected-LaunchPad 2- UART-for-EK-TM4C1294XL-connected-LaunchPad: https://github.com/the-diy-life/UART-for-EK-TM4C1294XL-connected-LaunchPad- 3- UART-with-DMA-for-TM4C1294XL-connected-LaunchPad: https://github.com/the-diy-life/UART-with-DMA-for-TM4C1294XL-connected-LaunchPad 4- create_web_server_for_tm4c1294_using_netconn_api: https://github.com/the-diy-life/create_web_server_for_tm4c1294_using_netconn_api 5- free_RTOS_template_for_tm4c1294: https://github.com/the-diy-life/free_RTOS_template_for_tm4c1294
TI connected launchpad tutorial series
5616631
Using ESP8266 NodeMCU and DHT11 temperature and humidity sensor with Arduino IDE to send temperature and humidity readings to the adafruit Iot platform. How It Works The ESP8266 reads the temperature and the humidity through the DHT11 sensor. It connects to the Adafruit IO website through WiFi and sends the sensor readings to the feeds through MQTT. We have setup a Webserver on the ESP8266 to configure the Adafruit IO logging parameters: Start/Stop sending the data. The frequency of sending. Adafruit IO API key. All this is done through the “control settings” HTML page that’s hosted in ESP8266 web server.
MQTT ESP8266 Adafruit IO datalogger
5136300
ThinkSpeak NodeMCU datalogger: using ESP8266 NodeMCU and DHT11 temperature and humidity sensor with Arduino IDE to send temperature and humidity readings to the ThingSpeak website. How It Works The ESP8266 reads the temperature and the humidity through the DHT11 sensor. It connects to the ThingSpeak website through WiFi and sends the sensor readings to the fields channel using HTTP client GET requests. We have setup a Webserver on the ESP8266 to configure the ThingSpeak logging parameters: Start/Stop sending the data. The frequency of sending. ThingSpeak API key. All this is done through the “control settings” HTML page that’s hosted in ESP8266 web server.
ThinkSpeak NodeMCU datalogger
5136363
LWIP MySQL connector is a Lightweight MySQL client build over LWIP raw API'S , allowing small embedded devices to send their sensors data directly to the database without a need to path the data through another listening server. It inspired from Dr.Charles Arduino implementation. this make it easy to use the MySQL connector on varieties of controllers, as the LWIP is portable and ported over several platforms. we have built the client over the RAW API’s so there’s no need to have an OS to use the library.
LWIP MySQL Connector
5636613
reading the measured values of temperature and humidity from dht11 sensor and display the measurements daily in plot graph and also control relays to switch off and on according to theses live measurements and setting values the user can submit using GUI display connected to raspberry pi. How It Works we will get the values of temperature and humidity measured by dht11 sensor and store these values every minute in log file in data base daily which cleared at the end of the day The measured values stored are displayed in plot chart with time during the day to give live monitoring of humidity and temperature measurements , also The current instantaneous values of temperature and humidity are also displayed and updated every 6 seconds .
Temperature & Humidity display and control with raspberry pi
5616634
OLED Temperature Display using AVR and Arduino IDE using native AVR Registers with the Arduino Uno and Arduino IDE to display date, time and temperature on an OLED display. How It Works The Arduino UNO reads the temperature from the LM35 through ADC and the Date/time through I2C from the RTC and Display them on The OLED display through SPI. and just to practice for timers and Interrupt I read the RTC time once on the startup and used it as the initial time to start with for the internal timer clock. The Result After Upload the code to the Arduino Uno control, we will see the three pages on the OLED 1- Adafruit logo page. 2- The DIY Life logo page. 3- The data (Temperature – Date – Time) page.
Temperature AVR display
5136384
TI connected launchpad tutorial series hosted on The DIY Life github account 1- gpio-example-for-TM4C1294XL-connected-LaunchPad: https://github.com/the-diy-life/gpio-example-for-TM4C1294XL-connected-LaunchPad 2- UART-for-EK-TM4C1294XL-connected-LaunchPad: https://github.com/the-diy-life/UART-for-EK-TM4C1294XL-connected-LaunchPad- 3- UART-with-DMA-for-TM4C1294XL-connected-LaunchPad: https://github.com/the-diy-life/UART-with-DMA-for-TM4C1294XL-connected-LaunchPad 4- create_web_server_for_tm4c1294_using_netconn_api: https://github.com/the-diy-life/create_web_server_for_tm4c1294_using_netconn_api 5- free_RTOS_template_for_tm4c1294: https://github.com/the-diy-life/free_RTOS_template_for_tm4c1294
TI connected launchpad tutorial series
5616631
Using ESP8266 NodeMCU and DHT11 temperature and humidity sensor with Arduino IDE to send temperature and humidity readings to the adafruit Iot platform. How It Works The ESP8266 reads the temperature and the humidity through the DHT11 sensor. It connects to the Adafruit IO website through WiFi and sends the sensor readings to the feeds through MQTT. We have setup a Webserver on the ESP8266 to configure the Adafruit IO logging parameters: Start/Stop sending the data. The frequency of sending. Adafruit IO API key. All this is done through the “control settings” HTML page that’s hosted in ESP8266 web server.
MQTT ESP8266 Adafruit IO datalogger
5136300
ThinkSpeak NodeMCU datalogger: using ESP8266 NodeMCU and DHT11 temperature and humidity sensor with Arduino IDE to send temperature and humidity readings to the ThingSpeak website. How It Works The ESP8266 reads the temperature and the humidity through the DHT11 sensor. It connects to the ThingSpeak website through WiFi and sends the sensor readings to the fields channel using HTTP client GET requests. We have setup a Webserver on the ESP8266 to configure the ThingSpeak logging parameters: Start/Stop sending the data. The frequency of sending. ThingSpeak API key. All this is done through the “control settings” HTML page that’s hosted in ESP8266 web server.
ThinkSpeak NodeMCU datalogger
5136363
LWIP MySQL connector is a Lightweight MySQL client build over LWIP raw API'S , allowing small embedded devices to send their sensors data directly to the database without a need to path the data through another listening server. It inspired from Dr.Charles Arduino implementation. this make it easy to use the MySQL connector on varieties of controllers, as the LWIP is portable and ported over several platforms. we have built the client over the RAW API’s so there’s no need to have an OS to use the library.
LWIP MySQL Connector

Comentarios

Cambios guardados
Mostrando 1 - 5 de 26 reseñas
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5,0
$820,00 USD
Raspberry Pi Multiple Sensor & Display Programming
Outstanding Communication!!
K
Bandera de Matthew K.
@kryptonitegroup
•
hace 3 años
5,0
€1.740,00 EUR
STM32 Cortex-M4 Firmware Entwicklung
I can highly recommend this Freelancer. He works professionally, quickly, is easily accessible and reliable. The technical result was excellent. Communication in English works very well. Remote work is no problem.
Microcontroller
Embedded Software
Local Job
P
Bandera de Patrick L.
@patricklangfeld
•
hace 3 años
5,0
$1.680,00 NZD
ESP32 mesh with nodes acting as wireless ethernet bridges to IP devices - REPOSTED
A great team, very flexible in approach and knowledgable in many areas. I will definitely work with them again.
Electronics
Arduino
Internet of Things (IoT)
Wireless Sensors
D
Bandera de David L.
@djlp
•
hace 3 años
5,0
$415,00 USD
ESP32 Wifi Provisioning
We are happy to close the 1st stage of the project. Will work with him for the next stage.
Microcontroller
Electrical Engineering
Arduino
Firmware
Avatar del usuario
Bandera de Olga S.
@osvet
•
hace 3 años
5,0
£285,00 GBP
Convert existing ESP32 tutorials from MicroPython to C++ (Arduino IDE)
DIY Life have delivered on a great project ... delivered ahead of time and on budget ... better still their quality of the work and communication was excellent. We will definitely be using DIY Life again very soon! Highly recommended!
Python
Electronics
Microcontroller
C++ Programming
Arduino
Avatar del usuario
Bandera de Jonathan L.
@qruJon
•
hace 3 años

Experiencia

Embedded System Designer

The DIY Life
oct 2014 - Presente
I am a Co Founder of Thinkode company which is a startup debuted on october 2014 as outsourcing software company , specialized in embedded systems development as a main field besides development of Mobile and desktop applications . I am a part of a team of three talented Embedded Software engineer , My job there is designing prototypes,building Libraries ,contacting Customers ,Documenting codes ,etc..

Embedded engineer

E-LAB
feb 2013 - jun 2014 (1 año, 4 meses)
Co-founder of E-lab, Startup Company that works on the field of embedded systems, offers embedded solutions for companies, provides some useful kit for students, and Design solutions for market

Intern

GTSS
ene 2013 - feb 2014 (1 año, 1 mes)
Intern-ship at GTSS Company, worked on a Kit that monitors the humidity and the temperature of a room and sends it to the user via a GSM module. Monitoring system kit : A Kit that monitor the humidity and temperature of a factory room and send them when needed to the user on text message SMS to his mobile phone ,If the user want the data of the system at any time he only call a certain number then the kit send the data to the user and also if any critical reading is monitored the kit send the data to the user , the kit is consisting of an atmega8 microcontroller , a GSM Module which is based on SIM300 IC interfaced by UART ,humidity and temperature sensor interfaced by soft I2C communication protocol.

Educación

Communications and Electronics Bachelor

Alexandria University, Egypt 2008 - 2014
(6 años)

Calificaciones

Embedded systems diploma

AMIT
2013
I was involved in the Embedded Systems Diploma which was a set of Embedded system course which are C Programming Language (28 hrs) Operating Systems Fundamentals (4 hrs) Interviewing Skills (4 hrs) Embedded Systems Fundamentals (16 hrs) Software Engineering (12 hrs) Embedded C (16 hrs) RTOS (16 hrs) Interfacing (20 hrs) Testing and Validation (12 hrs)

Publicaciones

No publication yet

No publication yet
No publication yet

Contacta The DIY Life sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

Verificaciones

Freelancer preferente
Identidad verificada
Pago verificado
Teléfono verificado
Email verificado
Facebook conectado

Certificaciones

preferredfreelancer-1.png Preferred Freelancer Program SLA 1 97%
us_eng_1.png US English 1 82%
c-prog-3.png C Programming 3 77%

Principales habilidades

Arduino 15
C Programming 14
Embedded Software 12
Microcontroller 11
Electronics 9

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