Muhammad U. Profile | Freelancer

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Aika on tällä hetkellä 8:07 ip. täällä

Liittynyt kesäkuuta 12, 2019

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Muhammad U.

@mohammadumair095

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$10 USD / tunti

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Uudelleenpalkkausaste

Experienced Electrical Engineer.

I am an experienced Electronics and Electrical Design Engineer having Bachelor's degree. My areas of expertise are PCB designing and simulation, IOT based projects, technical report writing and video editing. I have a lot of experience in Digital Electronics, analog Electronics and Microcontrollers Programming.

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Portfolio

This project presents a prototype implementation of a Smart Home System that uses Wi-Fi technology as a network infrastructure connecting various modules of the system. The approach focuses on appliances control and receiving instructions by sensors using IoT platform. The proposed system consists of two main components; the first part is a hardware interface module, which provides an appropriate interface to sensors of a smart home system. The second part is the IoT platform (web server) which contains a system core that manages, controls, and monitors users’ home. Users can manage and control home appliances or devices from any location.

IoT Based Smart Home

This project presents a prototype implementation of a Smart Home System that uses Wi-Fi technology as a network infrastructure connecting various modules of the system. The approach focuses on appliances control and receiving instructions by sensors using IoT platform. The proposed system consists of two main components; the first part is a hardware interface module, which provides an appropriate interface to sensors of a smart home system. The second part is the IoT platform (web server) which contains a system core that manages, controls, and monitors users’ home. Users can manage and control home appliances or devices from any location.

IoT Based Smart Home

This project presents a prototype implementation of a Smart Home System that uses Wi-Fi technology as a network infrastructure connecting various modules of the system. The approach focuses on appliances control and receiving instructions by sensors using IoT platform. The proposed system consists of two main components; the first part is a hardware interface module, which provides an appropriate interface to sensors of a smart home system. The second part is the IoT platform (web server) which contains a system core that manages, controls, and monitors users’ home. Users can manage and control home appliances or devices from any location.

IoT Based Smart Home

This project presents a prototype implementation of a Smart Home System that uses Wi-Fi technology as a network infrastructure connecting various modules of the system. The approach focuses on appliances control and receiving instructions by sensors using IoT platform. The proposed system consists of two main components; the first part is a hardware interface module, which provides an appropriate interface to sensors of a smart home system. The second part is the IoT platform (web server) which contains a system core that manages, controls, and monitors users’ home. Users can manage and control home appliances or devices from any location.

IoT Based Smart Home

This project presents a prototype implementation of a Smart Home System that uses Wi-Fi technology as a network infrastructure connecting various modules of the system. The approach focuses on appliances control and receiving instructions by sensors using IoT platform. The proposed system consists of two main components; the first part is a hardware interface module, which provides an appropriate interface to sensors of a smart home system. The second part is the IoT platform (web server) which contains a system core that manages, controls, and monitors users’ home. Users can manage and control home appliances or devices from any location.

IoT Based Smart Home

The World is Rapidly Moving towards Robotics following a surprising rise of Technology on the planet over the past few Decades. This Project “Smartphone Controlled ABS Robot” which is actually our first step towards the field of Robotics. This project emerged me towards a new era of Electrical Engineering making me familiar with Micro Controlling and Robotics.
This robot car is controlled by an android application, which is connected by Bluetooth pairing with a smartphone. By Android application car can move in the following directions:
1. Forward
2. Backward
3. Right
4. Left
Moreover, it also has an obstacle avoiding feature which is sensed by the ultrasonic sensor. If any hurdle comes in the path of robot then the robot will automatically stop its motion at some distance. That's why it is called "Automated Braking System Robot".

Smartphone Controlled ABS Robot

The World is Rapidly Moving towards Robotics following a surprising rise of Technology on the planet over the past few Decades. This Project “Smartphone Controlled ABS Robot” which is actually our first step towards the field of Robotics. This project emerged me towards a new era of Electrical Engineering making me familiar with Micro Controlling and Robotics.
This robot car is controlled by an android application, which is connected by Bluetooth pairing with a smartphone. By Android application car can move in the following directions:
1. Forward
2. Backward
3. Right
4. Left
Moreover, it also has an obstacle avoiding feature which is sensed by the ultrasonic sensor. If any hurdle comes in the path of robot then the robot will automatically stop its motion at some distance. That's why it is called "Automated Braking System Robot".

Smartphone Controlled ABS Robot

The World is Rapidly Moving towards Robotics following a surprising rise of Technology on the planet over the past few Decades. This Project “Smartphone Controlled ABS Robot” which is actually our first step towards the field of Robotics. This project emerged me towards a new era of Electrical Engineering making me familiar with Micro Controlling and Robotics.
This robot car is controlled by an android application, which is connected by Bluetooth pairing with a smartphone. By Android application car can move in the following directions:
1. Forward
2. Backward
3. Right
4. Left
Moreover, it also has an obstacle avoiding feature which is sensed by the ultrasonic sensor. If any hurdle comes in the path of robot then the robot will automatically stop its motion at some distance. That's why it is called "Automated Braking System Robot".

Smartphone Controlled ABS Robot

The World is Rapidly Moving towards Robotics following a surprising rise of Technology on the planet over the past few Decades. This Project “Smartphone Controlled ABS Robot” which is actually our first step towards the field of Robotics. This project emerged me towards a new era of Electrical Engineering making me familiar with Micro Controlling and Robotics.
This robot car is controlled by an android application, which is connected by Bluetooth pairing with a smartphone. By Android application car can move in the following directions:
1. Forward
2. Backward
3. Right
4. Left
Moreover, it also has an obstacle avoiding feature which is sensed by the ultrasonic sensor. If any hurdle comes in the path of robot then the robot will automatically stop its motion at some distance. That's why it is called "Automated Braking System Robot".

Smartphone Controlled ABS Robot

Line follower robot is a robo car that can follow a path. The path can be visible like a black line on the white surface (or vice-versa). It is an integrated design from the knowledge of Mechanical, Electrical, and Computer engineering. This paper presents a 700gm weight of a 9W LDR
sensor based line follower robot design and fabrication procedure which always directs along the black mark on the white surface. The electromechanical robot dimension is 7*5*2.5 cubic inches with a cost of BDT 1150. This low cost fundamental electronic component based line
sensing robot can carry a load of about 500gm without getting off the line.

Line Follower Robot

This project presents a prototype implementation of a Smart Home System that uses Wi-Fi technology as a network infrastructure connecting various modules of the system. The approach focuses on appliances control and receiving instructions by sensors using IoT platform. The proposed system consists of two main components; the first part is a hardware interface module, which provides an appropriate interface to sensors of a smart home system. The second part is the IoT platform (web server) which contains a system core that manages, controls, and monitors users’ home. Users can manage and control home appliances or devices from any location.

IoT Based Smart Home

This project presents a prototype implementation of a Smart Home System that uses Wi-Fi technology as a network infrastructure connecting various modules of the system. The approach focuses on appliances control and receiving instructions by sensors using IoT platform. The proposed system consists of two main components; the first part is a hardware interface module, which provides an appropriate interface to sensors of a smart home system. The second part is the IoT platform (web server) which contains a system core that manages, controls, and monitors users’ home. Users can manage and control home appliances or devices from any location.

IoT Based Smart Home

This project presents a prototype implementation of a Smart Home System that uses Wi-Fi technology as a network infrastructure connecting various modules of the system. The approach focuses on appliances control and receiving instructions by sensors using IoT platform. The proposed system consists of two main components; the first part is a hardware interface module, which provides an appropriate interface to sensors of a smart home system. The second part is the IoT platform (web server) which contains a system core that manages, controls, and monitors users’ home. Users can manage and control home appliances or devices from any location.

IoT Based Smart Home

This project presents a prototype implementation of a Smart Home System that uses Wi-Fi technology as a network infrastructure connecting various modules of the system. The approach focuses on appliances control and receiving instructions by sensors using IoT platform. The proposed system consists of two main components; the first part is a hardware interface module, which provides an appropriate interface to sensors of a smart home system. The second part is the IoT platform (web server) which contains a system core that manages, controls, and monitors users’ home. Users can manage and control home appliances or devices from any location.

IoT Based Smart Home

This project presents a prototype implementation of a Smart Home System that uses Wi-Fi technology as a network infrastructure connecting various modules of the system. The approach focuses on appliances control and receiving instructions by sensors using IoT platform. The proposed system consists of two main components; the first part is a hardware interface module, which provides an appropriate interface to sensors of a smart home system. The second part is the IoT platform (web server) which contains a system core that manages, controls, and monitors users’ home. Users can manage and control home appliances or devices from any location.

IoT Based Smart Home

The World is Rapidly Moving towards Robotics following a surprising rise of Technology on the planet over the past few Decades. This Project “Smartphone Controlled ABS Robot” which is actually our first step towards the field of Robotics. This project emerged me towards a new era of Electrical Engineering making me familiar with Micro Controlling and Robotics.
This robot car is controlled by an android application, which is connected by Bluetooth pairing with a smartphone. By Android application car can move in the following directions:
1. Forward
2. Backward
3. Right
4. Left
Moreover, it also has an obstacle avoiding feature which is sensed by the ultrasonic sensor. If any hurdle comes in the path of robot then the robot will automatically stop its motion at some distance. That's why it is called "Automated Braking System Robot".

Smartphone Controlled ABS Robot

The World is Rapidly Moving towards Robotics following a surprising rise of Technology on the planet over the past few Decades. This Project “Smartphone Controlled ABS Robot” which is actually our first step towards the field of Robotics. This project emerged me towards a new era of Electrical Engineering making me familiar with Micro Controlling and Robotics.
This robot car is controlled by an android application, which is connected by Bluetooth pairing with a smartphone. By Android application car can move in the following directions:
1. Forward
2. Backward
3. Right
4. Left
Moreover, it also has an obstacle avoiding feature which is sensed by the ultrasonic sensor. If any hurdle comes in the path of robot then the robot will automatically stop its motion at some distance. That's why it is called "Automated Braking System Robot".

Smartphone Controlled ABS Robot

The World is Rapidly Moving towards Robotics following a surprising rise of Technology on the planet over the past few Decades. This Project “Smartphone Controlled ABS Robot” which is actually our first step towards the field of Robotics. This project emerged me towards a new era of Electrical Engineering making me familiar with Micro Controlling and Robotics.
This robot car is controlled by an android application, which is connected by Bluetooth pairing with a smartphone. By Android application car can move in the following directions:
1. Forward
2. Backward
3. Right
4. Left
Moreover, it also has an obstacle avoiding feature which is sensed by the ultrasonic sensor. If any hurdle comes in the path of robot then the robot will automatically stop its motion at some distance. That's why it is called "Automated Braking System Robot".

Smartphone Controlled ABS Robot

The World is Rapidly Moving towards Robotics following a surprising rise of Technology on the planet over the past few Decades. This Project “Smartphone Controlled ABS Robot” which is actually our first step towards the field of Robotics. This project emerged me towards a new era of Electrical Engineering making me familiar with Micro Controlling and Robotics.
This robot car is controlled by an android application, which is connected by Bluetooth pairing with a smartphone. By Android application car can move in the following directions:
1. Forward
2. Backward
3. Right
4. Left
Moreover, it also has an obstacle avoiding feature which is sensed by the ultrasonic sensor. If any hurdle comes in the path of robot then the robot will automatically stop its motion at some distance. That's why it is called "Automated Braking System Robot".

Smartphone Controlled ABS Robot

Line follower robot is a robo car that can follow a path. The path can be visible like a black line on the white surface (or vice-versa). It is an integrated design from the knowledge of Mechanical, Electrical, and Computer engineering. This paper presents a 700gm weight of a 9W LDR
sensor based line follower robot design and fabrication procedure which always directs along the black mark on the white surface. The electromechanical robot dimension is 7*5*2.5 cubic inches with a cost of BDT 1150. This low cost fundamental electronic component based line
sensing robot can carry a load of about 500gm without getting off the line.

Line Follower Robot

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