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$12 USD /timme
Flagga för SRI LANKA
hapugasthalawa, sri lanka
$12 USD /timme
Datum, tid och plats: 2:54 em
Gick med december 22, 2019
5 Rekommendationer

Mohamed Rijvi Zeeshan A.

@AbdhullahMR

 5,0 (59 omdömen)
4,9
4,9
64%
64%
$12 USD /timme
Flagga för SRI LANKA
hapugasthalawa, sri lanka
$12 USD /timme
98 %
Slutförda jobb
88 %
Inom budget
100 %
Inom tid
33 %
Återanställningsgrad

Arduino | PCB | Top 1% in Electrical Engineering

✴✴✴✴✴✴✴✴THANKS FOR VISITING MY PROFILE✴✴✴✴✴✴✴ I am a highly experienced Electrical and Electronics Engineer with extensive expertise in both Electrical Engineering and Software Engineering. As a Master's degree holder in Electrical and Electronics Engineering, I have a strong foundation in circuit design, PCB layouts, and lighting design for buildings, including designing lightning protection systems. Additionally, I have experience with Raspberry Pi and Arduino, LabVIEW, Multisim, PIC, AVR, ARM, VHDL, Verilog, and MATLAB. I possess a broad range of skills in various areas of app development, web development, AI and machine learning development. In app development, I have experience with both iOS and Android platforms, and I am proficient in React Native, Flutter, and Swift. I am also experienced in web development with expertise in WordPress, Shopify, Magento, and Laravel. Furthermore, I have worked extensively with various programming languages such as Java, C++, Python, and PHP. I am also proficient in JavaScript, Node.js, and Angular, and have experience with databases such as MySQL, PostgreSQL, and MongoDB. With over 500 completed projects under my belt, I can confidently say that I am capable of handling any project thrown my way with excellence. So I hope I can do the best with my full potential for the tasks which would be offered me. Give me your works and feel relaxed. Client's satisfaction is my success. GOOD LUCK!!! ZEESHAN
Freelancer Electrical Engineers Sri Lanka
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Kontakta Mohamed Rijvi Zeeshan A. om ditt uppdrag

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Portfolio

10977578
The Student Results Management System (SRMS) is a mobile application that is designed to manage and analyze the marks of undergraduate students. The application is meant to be used by the students themselves, without the involvement of any supervisors or lecturers. The batch administrator or field administrator registers courses with their respective course code, name, and credits to the application. Students then enter their total final confirmed marks or grades through the application, which are saved in the system. Students can calculate their current GPA using the application, but they cannot see others' grades. The system can also calculate the necessary grades for each semester to achieve an expected GPA when the user enters the expected GPA. The SRMS application also provides features for calculating required exam marks for expected grades when continuous assessment (quizzes, assignments, projects) marks are entered for a particular course. Additionally, the system displays the
Mobile app development
The Student Results Management System (SRMS) is a mobile application that is designed to manage and analyze the marks of undergraduate students. The application is meant to be used by the students themselves, without the involvement of any supervisors or lecturers. The batch administrator or field administrator registers courses with their respective course code, name, and credits to the application. Students then enter their total final confirmed marks or grades through the application, which are saved in the system. Students can calculate their current GPA using the application, but they cannot see others' grades. The system can also calculate the necessary grades for each semester to achieve an expected GPA when the user enters the expected GPA. The SRMS application also provides features for calculating required exam marks for expected grades when continuous assessment (quizzes, assignments, projects) marks are entered for a particular course. Additionally, the system displays the
Mobile app development
The Student Results Management System (SRMS) is a mobile application that is designed to manage and analyze the marks of undergraduate students. The application is meant to be used by the students themselves, without the involvement of any supervisors or lecturers. The batch administrator or field administrator registers courses with their respective course code, name, and credits to the application. Students then enter their total final confirmed marks or grades through the application, which are saved in the system. Students can calculate their current GPA using the application, but they cannot see others' grades. The system can also calculate the necessary grades for each semester to achieve an expected GPA when the user enters the expected GPA. The SRMS application also provides features for calculating required exam marks for expected grades when continuous assessment (quizzes, assignments, projects) marks are entered for a particular course. Additionally, the system displays the
Mobile app development
6612107
Embedded door lock
6612063
The project is to control 3 relays which is connected to solenoid vales which flows water , to turn on & off for particular set durations . each example valve 1 is set for 30 seconds , a) it will turn on and the water will flow for 30 secons and then stop, record the flow value . same has to be repeated 3 times .
Arduino coding control with VB6
The project is to control 3 relays which is connected to solenoid vales which flows water , to turn on & off for particular set durations . each example valve 1 is set for 30 seconds , a) it will turn on and the water will flow for 30 secons and then stop, record the flow value . same has to be repeated 3 times .
Arduino coding control with VB6
The project is to control 3 relays which is connected to solenoid vales which flows water , to turn on & off for particular set durations . each example valve 1 is set for 30 seconds , a) it will turn on and the water will flow for 30 secons and then stop, record the flow value . same has to be repeated 3 times .
Arduino coding control with VB6
6612045
Project is based on Pic18f25k22 . Two sensors, MCP 9808 temperature sensor and MQ135 smoke sensor (either of the two or both) will trigger an alarm when value goes beyond the set value and GSM module will send a text to the owner of the property and the fire service department. And the system is operated in real time using a DS1307 real time clock with a 16x2 LCD display. The system should be able to detect low voltage as it operated with a 9 volt battery.
Fire alarm system
Project is based on Pic18f25k22 . Two sensors, MCP 9808 temperature sensor and MQ135 smoke sensor (either of the two or both) will trigger an alarm when value goes beyond the set value and GSM module will send a text to the owner of the property and the fire service department. And the system is operated in real time using a DS1307 real time clock with a 16x2 LCD display. The system should be able to detect low voltage as it operated with a 9 volt battery.
Fire alarm system
Project is based on Pic18f25k22 . Two sensors, MCP 9808 temperature sensor and MQ135 smoke sensor (either of the two or both) will trigger an alarm when value goes beyond the set value and GSM module will send a text to the owner of the property and the fire service department. And the system is operated in real time using a DS1307 real time clock with a 16x2 LCD display. The system should be able to detect low voltage as it operated with a 9 volt battery.
Fire alarm system
Project is based on Pic18f25k22 . Two sensors, MCP 9808 temperature sensor and MQ135 smoke sensor (either of the two or both) will trigger an alarm when value goes beyond the set value and GSM module will send a text to the owner of the property and the fire service department. And the system is operated in real time using a DS1307 real time clock with a 16x2 LCD display. The system should be able to detect low voltage as it operated with a 9 volt battery.
Fire alarm system
Project is based on Pic18f25k22 . Two sensors, MCP 9808 temperature sensor and MQ135 smoke sensor (either of the two or both) will trigger an alarm when value goes beyond the set value and GSM module will send a text to the owner of the property and the fire service department. And the system is operated in real time using a DS1307 real time clock with a 16x2 LCD display. The system should be able to detect low voltage as it operated with a 9 volt battery.
Fire alarm system
Project is based on Pic18f25k22 . Two sensors, MCP 9808 temperature sensor and MQ135 smoke sensor (either of the two or both) will trigger an alarm when value goes beyond the set value and GSM module will send a text to the owner of the property and the fire service department. And the system is operated in real time using a DS1307 real time clock with a 16x2 LCD display. The system should be able to detect low voltage as it operated with a 9 volt battery.
Fire alarm system
Project is based on Pic18f25k22 . Two sensors, MCP 9808 temperature sensor and MQ135 smoke sensor (either of the two or both) will trigger an alarm when value goes beyond the set value and GSM module will send a text to the owner of the property and the fire service department. And the system is operated in real time using a DS1307 real time clock with a 16x2 LCD display. The system should be able to detect low voltage as it operated with a 9 volt battery.
Fire alarm system
6612026
In this project we will configure the MPS432 to control the RGB LED using PWM. We will understand how to get started with MPS432 and understand how to work with it. We will go through Hardware specifications and complete its software. Eventually we have to control the colors of the LEDs, including the red LED1 and the tri-color LED2, we can mix red, green and blue with different combinations to set up LED2 in different colors, however the amount of colors we can produce using this method we want to achieve the whole color spectrum. We will set up the GPIO pins and control the PWM signal, the result we will mix it with bright blue colors that will produce a good result. We will try to get all the color spectrum light using LED2. For that we will configure MPS432 PWM pin to control RGB Led.
Control LED on MSP432 Using PWM
In this project we will configure the MPS432 to control the RGB LED using PWM. We will understand how to get started with MPS432 and understand how to work with it. We will go through Hardware specifications and complete its software. Eventually we have to control the colors of the LEDs, including the red LED1 and the tri-color LED2, we can mix red, green and blue with different combinations to set up LED2 in different colors, however the amount of colors we can produce using this method we want to achieve the whole color spectrum. We will set up the GPIO pins and control the PWM signal, the result we will mix it with bright blue colors that will produce a good result. We will try to get all the color spectrum light using LED2. For that we will configure MPS432 PWM pin to control RGB Led.
Control LED on MSP432 Using PWM
In this project we will configure the MPS432 to control the RGB LED using PWM. We will understand how to get started with MPS432 and understand how to work with it. We will go through Hardware specifications and complete its software. Eventually we have to control the colors of the LEDs, including the red LED1 and the tri-color LED2, we can mix red, green and blue with different combinations to set up LED2 in different colors, however the amount of colors we can produce using this method we want to achieve the whole color spectrum. We will set up the GPIO pins and control the PWM signal, the result we will mix it with bright blue colors that will produce a good result. We will try to get all the color spectrum light using LED2. For that we will configure MPS432 PWM pin to control RGB Led.
Control LED on MSP432 Using PWM
In this project we will configure the MPS432 to control the RGB LED using PWM. We will understand how to get started with MPS432 and understand how to work with it. We will go through Hardware specifications and complete its software. Eventually we have to control the colors of the LEDs, including the red LED1 and the tri-color LED2, we can mix red, green and blue with different combinations to set up LED2 in different colors, however the amount of colors we can produce using this method we want to achieve the whole color spectrum. We will set up the GPIO pins and control the PWM signal, the result we will mix it with bright blue colors that will produce a good result. We will try to get all the color spectrum light using LED2. For that we will configure MPS432 PWM pin to control RGB Led.
Control LED on MSP432 Using PWM
In this project we will configure the MPS432 to control the RGB LED using PWM. We will understand how to get started with MPS432 and understand how to work with it. We will go through Hardware specifications and complete its software. Eventually we have to control the colors of the LEDs, including the red LED1 and the tri-color LED2, we can mix red, green and blue with different combinations to set up LED2 in different colors, however the amount of colors we can produce using this method we want to achieve the whole color spectrum. We will set up the GPIO pins and control the PWM signal, the result we will mix it with bright blue colors that will produce a good result. We will try to get all the color spectrum light using LED2. For that we will configure MPS432 PWM pin to control RGB Led.
Control LED on MSP432 Using PWM
In this project we will configure the MPS432 to control the RGB LED using PWM. We will understand how to get started with MPS432 and understand how to work with it. We will go through Hardware specifications and complete its software. Eventually we have to control the colors of the LEDs, including the red LED1 and the tri-color LED2, we can mix red, green and blue with different combinations to set up LED2 in different colors, however the amount of colors we can produce using this method we want to achieve the whole color spectrum. We will set up the GPIO pins and control the PWM signal, the result we will mix it with bright blue colors that will produce a good result. We will try to get all the color spectrum light using LED2. For that we will configure MPS432 PWM pin to control RGB Led.
Control LED on MSP432 Using PWM
In this project we will configure the MPS432 to control the RGB LED using PWM. We will understand how to get started with MPS432 and understand how to work with it. We will go through Hardware specifications and complete its software. Eventually we have to control the colors of the LEDs, including the red LED1 and the tri-color LED2, we can mix red, green and blue with different combinations to set up LED2 in different colors, however the amount of colors we can produce using this method we want to achieve the whole color spectrum. We will set up the GPIO pins and control the PWM signal, the result we will mix it with bright blue colors that will produce a good result. We will try to get all the color spectrum light using LED2. For that we will configure MPS432 PWM pin to control RGB Led.
Control LED on MSP432 Using PWM
10977578
The Student Results Management System (SRMS) is a mobile application that is designed to manage and analyze the marks of undergraduate students. The application is meant to be used by the students themselves, without the involvement of any supervisors or lecturers. The batch administrator or field administrator registers courses with their respective course code, name, and credits to the application. Students then enter their total final confirmed marks or grades through the application, which are saved in the system. Students can calculate their current GPA using the application, but they cannot see others' grades. The system can also calculate the necessary grades for each semester to achieve an expected GPA when the user enters the expected GPA. The SRMS application also provides features for calculating required exam marks for expected grades when continuous assessment (quizzes, assignments, projects) marks are entered for a particular course. Additionally, the system displays the
Mobile app development
The Student Results Management System (SRMS) is a mobile application that is designed to manage and analyze the marks of undergraduate students. The application is meant to be used by the students themselves, without the involvement of any supervisors or lecturers. The batch administrator or field administrator registers courses with their respective course code, name, and credits to the application. Students then enter their total final confirmed marks or grades through the application, which are saved in the system. Students can calculate their current GPA using the application, but they cannot see others' grades. The system can also calculate the necessary grades for each semester to achieve an expected GPA when the user enters the expected GPA. The SRMS application also provides features for calculating required exam marks for expected grades when continuous assessment (quizzes, assignments, projects) marks are entered for a particular course. Additionally, the system displays the
Mobile app development
The Student Results Management System (SRMS) is a mobile application that is designed to manage and analyze the marks of undergraduate students. The application is meant to be used by the students themselves, without the involvement of any supervisors or lecturers. The batch administrator or field administrator registers courses with their respective course code, name, and credits to the application. Students then enter their total final confirmed marks or grades through the application, which are saved in the system. Students can calculate their current GPA using the application, but they cannot see others' grades. The system can also calculate the necessary grades for each semester to achieve an expected GPA when the user enters the expected GPA. The SRMS application also provides features for calculating required exam marks for expected grades when continuous assessment (quizzes, assignments, projects) marks are entered for a particular course. Additionally, the system displays the
Mobile app development
6612107
Embedded door lock
6612063
The project is to control 3 relays which is connected to solenoid vales which flows water , to turn on & off for particular set durations . each example valve 1 is set for 30 seconds , a) it will turn on and the water will flow for 30 secons and then stop, record the flow value . same has to be repeated 3 times .
Arduino coding control with VB6
The project is to control 3 relays which is connected to solenoid vales which flows water , to turn on & off for particular set durations . each example valve 1 is set for 30 seconds , a) it will turn on and the water will flow for 30 secons and then stop, record the flow value . same has to be repeated 3 times .
Arduino coding control with VB6
The project is to control 3 relays which is connected to solenoid vales which flows water , to turn on & off for particular set durations . each example valve 1 is set for 30 seconds , a) it will turn on and the water will flow for 30 secons and then stop, record the flow value . same has to be repeated 3 times .
Arduino coding control with VB6
6612045
Project is based on Pic18f25k22 . Two sensors, MCP 9808 temperature sensor and MQ135 smoke sensor (either of the two or both) will trigger an alarm when value goes beyond the set value and GSM module will send a text to the owner of the property and the fire service department. And the system is operated in real time using a DS1307 real time clock with a 16x2 LCD display. The system should be able to detect low voltage as it operated with a 9 volt battery.
Fire alarm system
Project is based on Pic18f25k22 . Two sensors, MCP 9808 temperature sensor and MQ135 smoke sensor (either of the two or both) will trigger an alarm when value goes beyond the set value and GSM module will send a text to the owner of the property and the fire service department. And the system is operated in real time using a DS1307 real time clock with a 16x2 LCD display. The system should be able to detect low voltage as it operated with a 9 volt battery.
Fire alarm system
Project is based on Pic18f25k22 . Two sensors, MCP 9808 temperature sensor and MQ135 smoke sensor (either of the two or both) will trigger an alarm when value goes beyond the set value and GSM module will send a text to the owner of the property and the fire service department. And the system is operated in real time using a DS1307 real time clock with a 16x2 LCD display. The system should be able to detect low voltage as it operated with a 9 volt battery.
Fire alarm system
Project is based on Pic18f25k22 . Two sensors, MCP 9808 temperature sensor and MQ135 smoke sensor (either of the two or both) will trigger an alarm when value goes beyond the set value and GSM module will send a text to the owner of the property and the fire service department. And the system is operated in real time using a DS1307 real time clock with a 16x2 LCD display. The system should be able to detect low voltage as it operated with a 9 volt battery.
Fire alarm system
Project is based on Pic18f25k22 . Two sensors, MCP 9808 temperature sensor and MQ135 smoke sensor (either of the two or both) will trigger an alarm when value goes beyond the set value and GSM module will send a text to the owner of the property and the fire service department. And the system is operated in real time using a DS1307 real time clock with a 16x2 LCD display. The system should be able to detect low voltage as it operated with a 9 volt battery.
Fire alarm system
Project is based on Pic18f25k22 . Two sensors, MCP 9808 temperature sensor and MQ135 smoke sensor (either of the two or both) will trigger an alarm when value goes beyond the set value and GSM module will send a text to the owner of the property and the fire service department. And the system is operated in real time using a DS1307 real time clock with a 16x2 LCD display. The system should be able to detect low voltage as it operated with a 9 volt battery.
Fire alarm system
Project is based on Pic18f25k22 . Two sensors, MCP 9808 temperature sensor and MQ135 smoke sensor (either of the two or both) will trigger an alarm when value goes beyond the set value and GSM module will send a text to the owner of the property and the fire service department. And the system is operated in real time using a DS1307 real time clock with a 16x2 LCD display. The system should be able to detect low voltage as it operated with a 9 volt battery.
Fire alarm system
6612026
In this project we will configure the MPS432 to control the RGB LED using PWM. We will understand how to get started with MPS432 and understand how to work with it. We will go through Hardware specifications and complete its software. Eventually we have to control the colors of the LEDs, including the red LED1 and the tri-color LED2, we can mix red, green and blue with different combinations to set up LED2 in different colors, however the amount of colors we can produce using this method we want to achieve the whole color spectrum. We will set up the GPIO pins and control the PWM signal, the result we will mix it with bright blue colors that will produce a good result. We will try to get all the color spectrum light using LED2. For that we will configure MPS432 PWM pin to control RGB Led.
Control LED on MSP432 Using PWM
In this project we will configure the MPS432 to control the RGB LED using PWM. We will understand how to get started with MPS432 and understand how to work with it. We will go through Hardware specifications and complete its software. Eventually we have to control the colors of the LEDs, including the red LED1 and the tri-color LED2, we can mix red, green and blue with different combinations to set up LED2 in different colors, however the amount of colors we can produce using this method we want to achieve the whole color spectrum. We will set up the GPIO pins and control the PWM signal, the result we will mix it with bright blue colors that will produce a good result. We will try to get all the color spectrum light using LED2. For that we will configure MPS432 PWM pin to control RGB Led.
Control LED on MSP432 Using PWM
In this project we will configure the MPS432 to control the RGB LED using PWM. We will understand how to get started with MPS432 and understand how to work with it. We will go through Hardware specifications and complete its software. Eventually we have to control the colors of the LEDs, including the red LED1 and the tri-color LED2, we can mix red, green and blue with different combinations to set up LED2 in different colors, however the amount of colors we can produce using this method we want to achieve the whole color spectrum. We will set up the GPIO pins and control the PWM signal, the result we will mix it with bright blue colors that will produce a good result. We will try to get all the color spectrum light using LED2. For that we will configure MPS432 PWM pin to control RGB Led.
Control LED on MSP432 Using PWM
In this project we will configure the MPS432 to control the RGB LED using PWM. We will understand how to get started with MPS432 and understand how to work with it. We will go through Hardware specifications and complete its software. Eventually we have to control the colors of the LEDs, including the red LED1 and the tri-color LED2, we can mix red, green and blue with different combinations to set up LED2 in different colors, however the amount of colors we can produce using this method we want to achieve the whole color spectrum. We will set up the GPIO pins and control the PWM signal, the result we will mix it with bright blue colors that will produce a good result. We will try to get all the color spectrum light using LED2. For that we will configure MPS432 PWM pin to control RGB Led.
Control LED on MSP432 Using PWM
In this project we will configure the MPS432 to control the RGB LED using PWM. We will understand how to get started with MPS432 and understand how to work with it. We will go through Hardware specifications and complete its software. Eventually we have to control the colors of the LEDs, including the red LED1 and the tri-color LED2, we can mix red, green and blue with different combinations to set up LED2 in different colors, however the amount of colors we can produce using this method we want to achieve the whole color spectrum. We will set up the GPIO pins and control the PWM signal, the result we will mix it with bright blue colors that will produce a good result. We will try to get all the color spectrum light using LED2. For that we will configure MPS432 PWM pin to control RGB Led.
Control LED on MSP432 Using PWM
In this project we will configure the MPS432 to control the RGB LED using PWM. We will understand how to get started with MPS432 and understand how to work with it. We will go through Hardware specifications and complete its software. Eventually we have to control the colors of the LEDs, including the red LED1 and the tri-color LED2, we can mix red, green and blue with different combinations to set up LED2 in different colors, however the amount of colors we can produce using this method we want to achieve the whole color spectrum. We will set up the GPIO pins and control the PWM signal, the result we will mix it with bright blue colors that will produce a good result. We will try to get all the color spectrum light using LED2. For that we will configure MPS432 PWM pin to control RGB Led.
Control LED on MSP432 Using PWM
In this project we will configure the MPS432 to control the RGB LED using PWM. We will understand how to get started with MPS432 and understand how to work with it. We will go through Hardware specifications and complete its software. Eventually we have to control the colors of the LEDs, including the red LED1 and the tri-color LED2, we can mix red, green and blue with different combinations to set up LED2 in different colors, however the amount of colors we can produce using this method we want to achieve the whole color spectrum. We will set up the GPIO pins and control the PWM signal, the result we will mix it with bright blue colors that will produce a good result. We will try to get all the color spectrum light using LED2. For that we will configure MPS432 PWM pin to control RGB Led.
Control LED on MSP432 Using PWM

Recensioner

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5,0
€20,00 EUR
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Very efficient and pleasant to work with. I definitely recommend !
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Använd avatar
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excellent, accurate, straight forward and a very experience engineer!
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Flagga för Labo H.
@laboheme321
•
tre månader sedan
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Arduino help
He did a really good job. He knows how the Microcontroller works and how to connect it. He takes time for your concerns and listens to you carefully what you want to do on your project and what your problem is.
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Flagga för Alberat S.
@alberat5
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tre månader sedan
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$12,00 USD
Fix a bug in my code.
Rijvi did an awesome job and gave me a new way of thinking about the issue. He is also very kind and responsive. Well done
Python
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@karimwell
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$15,00 AUD
Electronic engineer needed
I am really satisfied with his excellent work :)
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fyra år sedan

Kontakta Mohamed Rijvi Zeeshan A. om ditt uppdrag

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