Muhammad S. Profile | Freelancer

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$7 USD / hour

Flag of NIGERIA

giginyu,

$7 USD / hour

It's currently 10:14 PM here

Joined June 1, 2020

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Muhammad S.

@MuhammadJ1

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(0 reviews)

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$7 USD / hour

Flag of NIGERIA

giginyu,

$7 USD / hour

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Electronics Engineer

I am Muhammad J. I have a 5 year experience on Electronics and Embedded systems. I have worked with microcontrollers like the Arduino, ESP8266, Raspberry pi and ESP32. I have built a lot of iOT devices and also used some popular iOT cloud services and API's like Thingspeak, Freeboard, Temboo, Xively, aREST, IFTTT, Twitter API and Microsoft Azure.

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Portfolio

In this project an ESP8266 based microcontroller is used to monitor room temperature and humidity level. The data values are then sent to a Web dashboard to display the result. The ESP8266 is WiFi board and i configured it to be a web server. The board serves the entire web dashboard. The dashboard is created using HTML and CSS and the files are stored inside the ESP8266 microcontrolers's memory. The wireless connection is achieved through WiFi.

IOT/Weather Station

In this project an ESP8266 based microcontroller is used to monitor room temperature and humidity level. The data values are then sent to a Web dashboard to display the result. The ESP8266 is WiFi board and i configured it to be a web server. The board serves the entire web dashboard. The dashboard is created using HTML and CSS and the files are stored inside the ESP8266 microcontrolers's memory. The wireless connection is achieved through WiFi.

IOT/Weather Station

This project is an IOT based sensor data sending to TWITTER using an Arduino UNO board and an Arduino Ethernet shield. The sensor data is from a DHT11digital temperature and humidity sensor. The automated connection to twitter is achieved through the twitter Application programming Interface (API). The temperature and humidity values are posted on twitter every 30 minutes. Internet connection is required for this project so i decided to connect the Arduino board to my home WiFi router using an RJ-45 cable.

IOT/ Sending sensor data to TWITTER

This project is an IOT based sensor data sending to TWITTER using an Arduino UNO board and an Arduino Ethernet shield. The sensor data is from a DHT11digital temperature and humidity sensor. The automated connection to twitter is achieved through the twitter Application programming Interface (API). The temperature and humidity values are posted on twitter every 30 minutes. Internet connection is required for this project so i decided to connect the Arduino board to my home WiFi router using an RJ-45 cable.

IOT/ Sending sensor data to TWITTER

This project is an iOT based home lighting control using Wemos d1 ESP8266 based microcontroller board. In this project you can control your home lighting using your smartphone (Andriod/ iOS). You can switch the Light bulb either ON or OFF. The wireless connection is achieved through WiFi. The project is also interfaced with a 128X64 pixels OLED display to display the connect WiFi networks's ssid name and IP Address.

Controlling home Appliances using Smartphone

This project is an iOT based home lighting control using Wemos d1 ESP8266 based microcontroller board. In this project you can control your home lighting using your smartphone (Andriod/ iOS). You can switch the Light bulb either ON or OFF. The wireless connection is achieved through WiFi. The project is also interfaced with a 128X64 pixels OLED display to display the connect WiFi networks's ssid name and IP Address.

Controlling home Appliances using Smartphone

This project is an iOT based home lighting control using Wemos d1 ESP8266 based microcontroller board. In this project you can control your home lighting using your smartphone (Andriod/ iOS). You can switch the Light bulb either ON or OFF. The wireless connection is achieved through WiFi. The project is also interfaced with a 128X64 pixels OLED display to display the connect WiFi networks's ssid name and IP Address.

Controlling home Appliances using Smartphone

In this project an ESP8266 based microcontroller is used to monitor room temperature and humidity level. The data values are then sent to a Web dashboard to display the result. The ESP8266 is WiFi board and i configured it to be a web server. The board serves the entire web dashboard. The dashboard is created using HTML and CSS and the files are stored inside the ESP8266 microcontrolers's memory. The wireless connection is achieved through WiFi.

IOT/Weather Station

In this project an ESP8266 based microcontroller is used to monitor room temperature and humidity level. The data values are then sent to a Web dashboard to display the result. The ESP8266 is WiFi board and i configured it to be a web server. The board serves the entire web dashboard. The dashboard is created using HTML and CSS and the files are stored inside the ESP8266 microcontrolers's memory. The wireless connection is achieved through WiFi.

IOT/Weather Station

This project is an IOT based sensor data sending to TWITTER using an Arduino UNO board and an Arduino Ethernet shield. The sensor data is from a DHT11digital temperature and humidity sensor. The automated connection to twitter is achieved through the twitter Application programming Interface (API). The temperature and humidity values are posted on twitter every 30 minutes. Internet connection is required for this project so i decided to connect the Arduino board to my home WiFi router using an RJ-45 cable.

IOT/ Sending sensor data to TWITTER

This project is an IOT based sensor data sending to TWITTER using an Arduino UNO board and an Arduino Ethernet shield. The sensor data is from a DHT11digital temperature and humidity sensor. The automated connection to twitter is achieved through the twitter Application programming Interface (API). The temperature and humidity values are posted on twitter every 30 minutes. Internet connection is required for this project so i decided to connect the Arduino board to my home WiFi router using an RJ-45 cable.

IOT/ Sending sensor data to TWITTER

This project is an iOT based home lighting control using Wemos d1 ESP8266 based microcontroller board. In this project you can control your home lighting using your smartphone (Andriod/ iOS). You can switch the Light bulb either ON or OFF. The wireless connection is achieved through WiFi. The project is also interfaced with a 128X64 pixels OLED display to display the connect WiFi networks's ssid name and IP Address.

Controlling home Appliances using Smartphone

This project is an iOT based home lighting control using Wemos d1 ESP8266 based microcontroller board. In this project you can control your home lighting using your smartphone (Andriod/ iOS). You can switch the Light bulb either ON or OFF. The wireless connection is achieved through WiFi. The project is also interfaced with a 128X64 pixels OLED display to display the connect WiFi networks's ssid name and IP Address.

Controlling home Appliances using Smartphone

This project is an iOT based home lighting control using Wemos d1 ESP8266 based microcontroller board. In this project you can control your home lighting using your smartphone (Andriod/ iOS). You can switch the Light bulb either ON or OFF. The wireless connection is achieved through WiFi. The project is also interfaced with a 128X64 pixels OLED display to display the connect WiFi networks's ssid name and IP Address.

Controlling home Appliances using Smartphone

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Education

Telecommunications Engineering

Bayero University, Kano,

Nigeria

2015 - 2020

(5 years)

Qualifications

Bayero university kano

2019

I was awarded as a winner at the First Bayero university kano annual Arduino competition

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Microcontroller

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