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$10 USD / hour

giza,

$10 USD / hour

It's currently 11:09 PM here

Joined June 9, 2017

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Expertjokers C.

@expertJokers

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$10 USD / hour

giza,

$10 USD / hour

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Engineering projects expert

We are a group of highly skilled engineers, specialised in communication and information technology .We have a four year experience in our field gained through large number of successful projects . Our team is privileged with a great spirit of cooperation between its multidisciplined members. We have developed Software applications ,starting from doing its requirement document SRS and SSD till implementation. Our skills are not limited to one programming language we had many projects professionally coded in C++ , Java, Python ,MATLAB ,and many other. We also carried out projects using SQl, simulink and Arduino . If you are stuck with with assignments or school projects ,we are here to help you . We promise our clients their work will be done with accuracy,professionalism and high quality standards .Your satisfaction is our priority.

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Portfolio

it organizes between the doctor and patients to make the most convenient time reservation system. not only that it helps the doctor to keep up with their patients and update them on any changes through application. patient are able to feedback anonymously about their experiencesin the clinic. In addition the app supports alarm system to remind the patients with their medication time

Clinic app

it organizes between the doctor and patients to make the most convenient time reservation system. not only that it helps the doctor to keep up with their patients and update them on any changes through application. patient are able to feedback anonymously about their experiencesin the clinic. In addition the app supports alarm system to remind the patients with their medication time

Clinic app

this project was the final project for an embedded system course. this system is to be deployed at a market to make the process of buying easy between the client and the seller. the system starts by adding digital credit to the client on the database then this credit is used when the client scans QR codes of the bought items. we then send an email to the client after the end of the selling process to tell the client of his remaining credits and the total price of the bought items. we have successfully finished this project using Intel Galileo board which is an embedded board stronger than the arduino board. we used RFIDs to give every client a unique ID. we used esp8266 Wifi module. we also made our android app to scan the QR codes and communicate with the intel board. attached images that show the process of connecting with the internet, checking the RFID and sending email to the client

Fakka embedded system project

this project was the final project for an embedded system course. this system is to be deployed at a market to make the process of buying easy between the client and the seller. the system starts by adding digital credit to the client on the database then this credit is used when the client scans QR codes of the bought items. we then send an email to the client after the end of the selling process to tell the client of his remaining credits and the total price of the bought items. we have successfully finished this project using Intel Galileo board which is an embedded board stronger than the arduino board. we used RFIDs to give every client a unique ID. we used esp8266 Wifi module. we also made our android app to scan the QR codes and communicate with the intel board. attached images that show the process of connecting with the internet, checking the RFID and sending email to the client

Fakka embedded system project

this project was the final project for an embedded system course. this system is to be deployed at a market to make the process of buying easy between the client and the seller. the system starts by adding digital credit to the client on the database then this credit is used when the client scans QR codes of the bought items. we then send an email to the client after the end of the selling process to tell the client of his remaining credits and the total price of the bought items. we have successfully finished this project using Intel Galileo board which is an embedded board stronger than the arduino board. we used RFIDs to give every client a unique ID. we used esp8266 Wifi module. we also made our android app to scan the QR codes and communicate with the intel board. attached images that show the process of connecting with the internet, checking the RFID and sending email to the client

Fakka embedded system project

this project was the final project for an embedded system course. this system is to be deployed at a market to make the process of buying easy between the client and the seller. the system starts by adding digital credit to the client on the database then this credit is used when the client scans QR codes of the bought items. we then send an email to the client after the end of the selling process to tell the client of his remaining credits and the total price of the bought items. we have successfully finished this project using Intel Galileo board which is an embedded board stronger than the arduino board. we used RFIDs to give every client a unique ID. we used esp8266 Wifi module. we also made our android app to scan the QR codes and communicate with the intel board. attached images that show the process of connecting with the internet, checking the RFID and sending email to the client

Fakka embedded system project

this project was the final project for an embedded system course. this system is to be deployed at a market to make the process of buying easy between the client and the seller. the system starts by adding digital credit to the client on the database then this credit is used when the client scans QR codes of the bought items. we then send an email to the client after the end of the selling process to tell the client of his remaining credits and the total price of the bought items. we have successfully finished this project using Intel Galileo board which is an embedded board stronger than the arduino board. we used RFIDs to give every client a unique ID. we used esp8266 Wifi module. we also made our android app to scan the QR codes and communicate with the intel board. attached images that show the process of connecting with the internet, checking the RFID and sending email to the client

Fakka embedded system project

this project was the final project for an embedded system course. this system is to be deployed at a market to make the process of buying easy between the client and the seller. the system starts by adding digital credit to the client on the database then this credit is used when the client scans QR codes of the bought items. we then send an email to the client after the end of the selling process to tell the client of his remaining credits and the total price of the bought items. we have successfully finished this project using Intel Galileo board which is an embedded board stronger than the arduino board. we used RFIDs to give every client a unique ID. we used esp8266 Wifi module. we also made our android app to scan the QR codes and communicate with the intel board. attached images that show the process of connecting with the internet, checking the RFID and sending email to the client

Fakka embedded system project

this was the third mini project about modulation and demodulation

Quadrature Phase shift key simulation project

this was the third mini project about modulation and demodulation

Quadrature Phase shift key simulation project

this was the third mini project about modulation and demodulation

Quadrature Phase shift key simulation project

this was the third mini project about modulation and demodulation

Quadrature Phase shift key simulation project

this was a simulation project where we used QAM modulation in the transmitter and added some noise to it. we then received the signal with the added noise and recovered the original transmitted signal. after that we compute the bit error rate between the transmitted and received signal

QAM modulation simulation project

this was a simulation project where we used QAM modulation in the transmitter and added some noise to it. we then received the signal with the added noise and recovered the original transmitted signal. after that we compute the bit error rate between the transmitted and received signal

QAM modulation simulation project

This is a small simulation project where we simulate the modulation and demodulation of bits between transmitter and receiver under different conditions of noise and using different modulation schemes such as BPSK,CPFSK,QAM and MSK. we computed the difference between the theoretical calculated bit error rate and the simulated one

constellation of BFSK 40000 bits - noisy

This is a small simulation project where we simulate the modulation and demodulation of bits between transmitter and receiver under different conditions of noise and using different modulation schemes such as BPSK,CPFSK,QAM and MSK. we computed the difference between the theoretical calculated bit error rate and the simulated one

constellation of BFSK 40000 bits - noisy

This is a small simulation project where we simulate the modulation and demodulation of bits between transmitter and receiver under different conditions of noise and using different modulation schemes such as BPSK,CPFSK,QAM and MSK. we computed the difference between the theoretical calculated bit error rate and the simulated one

constellation of BFSK 40000 bits - noisy

This is a small simulation project where we simulate the modulation and demodulation of bits between transmitter and receiver under different conditions of noise and using different modulation schemes such as BPSK,CPFSK,QAM and MSK. we computed the difference between the theoretical calculated bit error rate and the simulated one

constellation of BFSK 40000 bits - noisy

This is a small simulation project where we simulate the modulation and demodulation of bits between transmitter and receiver under different conditions of noise and using different modulation schemes such as BPSK,CPFSK,QAM and MSK. we computed the difference between the theoretical calculated bit error rate and the simulated one

constellation of BFSK 40000 bits - noisy

This is a small simulation project where we simulate the modulation and demodulation of bits between transmitter and receiver under different conditions of noise and using different modulation schemes such as BPSK,CPFSK,QAM and MSK. we computed the difference between the theoretical calculated bit error rate and the simulated one

constellation of BFSK 40000 bits - noisy

It is app developed to help the doctor to easily communicate with his patients. it provides alarm that could be set by the doctor to the patient to make him alert about the time of his medicines. It also provides general consultancy by the doctor.

StethoMan

it organizes between the doctor and patients to make the most convenient time reservation system. not only that it helps the doctor to keep up with their patients and update them on any changes through application. patient are able to feedback anonymously about their experiencesin the clinic. In addition the app supports alarm system to remind the patients with their medication time

Clinic app

it organizes between the doctor and patients to make the most convenient time reservation system. not only that it helps the doctor to keep up with their patients and update them on any changes through application. patient are able to feedback anonymously about their experiencesin the clinic. In addition the app supports alarm system to remind the patients with their medication time

Clinic app

this project was the final project for an embedded system course. this system is to be deployed at a market to make the process of buying easy between the client and the seller. the system starts by adding digital credit to the client on the database then this credit is used when the client scans QR codes of the bought items. we then send an email to the client after the end of the selling process to tell the client of his remaining credits and the total price of the bought items. we have successfully finished this project using Intel Galileo board which is an embedded board stronger than the arduino board. we used RFIDs to give every client a unique ID. we used esp8266 Wifi module. we also made our android app to scan the QR codes and communicate with the intel board. attached images that show the process of connecting with the internet, checking the RFID and sending email to the client

Fakka embedded system project

this project was the final project for an embedded system course. this system is to be deployed at a market to make the process of buying easy between the client and the seller. the system starts by adding digital credit to the client on the database then this credit is used when the client scans QR codes of the bought items. we then send an email to the client after the end of the selling process to tell the client of his remaining credits and the total price of the bought items. we have successfully finished this project using Intel Galileo board which is an embedded board stronger than the arduino board. we used RFIDs to give every client a unique ID. we used esp8266 Wifi module. we also made our android app to scan the QR codes and communicate with the intel board. attached images that show the process of connecting with the internet, checking the RFID and sending email to the client

Fakka embedded system project

this project was the final project for an embedded system course. this system is to be deployed at a market to make the process of buying easy between the client and the seller. the system starts by adding digital credit to the client on the database then this credit is used when the client scans QR codes of the bought items. we then send an email to the client after the end of the selling process to tell the client of his remaining credits and the total price of the bought items. we have successfully finished this project using Intel Galileo board which is an embedded board stronger than the arduino board. we used RFIDs to give every client a unique ID. we used esp8266 Wifi module. we also made our android app to scan the QR codes and communicate with the intel board. attached images that show the process of connecting with the internet, checking the RFID and sending email to the client

Fakka embedded system project

this project was the final project for an embedded system course. this system is to be deployed at a market to make the process of buying easy between the client and the seller. the system starts by adding digital credit to the client on the database then this credit is used when the client scans QR codes of the bought items. we then send an email to the client after the end of the selling process to tell the client of his remaining credits and the total price of the bought items. we have successfully finished this project using Intel Galileo board which is an embedded board stronger than the arduino board. we used RFIDs to give every client a unique ID. we used esp8266 Wifi module. we also made our android app to scan the QR codes and communicate with the intel board. attached images that show the process of connecting with the internet, checking the RFID and sending email to the client

Fakka embedded system project

this project was the final project for an embedded system course. this system is to be deployed at a market to make the process of buying easy between the client and the seller. the system starts by adding digital credit to the client on the database then this credit is used when the client scans QR codes of the bought items. we then send an email to the client after the end of the selling process to tell the client of his remaining credits and the total price of the bought items. we have successfully finished this project using Intel Galileo board which is an embedded board stronger than the arduino board. we used RFIDs to give every client a unique ID. we used esp8266 Wifi module. we also made our android app to scan the QR codes and communicate with the intel board. attached images that show the process of connecting with the internet, checking the RFID and sending email to the client

Fakka embedded system project

this project was the final project for an embedded system course. this system is to be deployed at a market to make the process of buying easy between the client and the seller. the system starts by adding digital credit to the client on the database then this credit is used when the client scans QR codes of the bought items. we then send an email to the client after the end of the selling process to tell the client of his remaining credits and the total price of the bought items. we have successfully finished this project using Intel Galileo board which is an embedded board stronger than the arduino board. we used RFIDs to give every client a unique ID. we used esp8266 Wifi module. we also made our android app to scan the QR codes and communicate with the intel board. attached images that show the process of connecting with the internet, checking the RFID and sending email to the client

Fakka embedded system project

this was the third mini project about modulation and demodulation

Quadrature Phase shift key simulation project

this was the third mini project about modulation and demodulation

Quadrature Phase shift key simulation project

this was the third mini project about modulation and demodulation

Quadrature Phase shift key simulation project

this was the third mini project about modulation and demodulation

Quadrature Phase shift key simulation project

this was a simulation project where we used QAM modulation in the transmitter and added some noise to it. we then received the signal with the added noise and recovered the original transmitted signal. after that we compute the bit error rate between the transmitted and received signal

QAM modulation simulation project

this was a simulation project where we used QAM modulation in the transmitter and added some noise to it. we then received the signal with the added noise and recovered the original transmitted signal. after that we compute the bit error rate between the transmitted and received signal

QAM modulation simulation project

This is a small simulation project where we simulate the modulation and demodulation of bits between transmitter and receiver under different conditions of noise and using different modulation schemes such as BPSK,CPFSK,QAM and MSK. we computed the difference between the theoretical calculated bit error rate and the simulated one

constellation of BFSK 40000 bits - noisy

This is a small simulation project where we simulate the modulation and demodulation of bits between transmitter and receiver under different conditions of noise and using different modulation schemes such as BPSK,CPFSK,QAM and MSK. we computed the difference between the theoretical calculated bit error rate and the simulated one

constellation of BFSK 40000 bits - noisy

This is a small simulation project where we simulate the modulation and demodulation of bits between transmitter and receiver under different conditions of noise and using different modulation schemes such as BPSK,CPFSK,QAM and MSK. we computed the difference between the theoretical calculated bit error rate and the simulated one

constellation of BFSK 40000 bits - noisy

This is a small simulation project where we simulate the modulation and demodulation of bits between transmitter and receiver under different conditions of noise and using different modulation schemes such as BPSK,CPFSK,QAM and MSK. we computed the difference between the theoretical calculated bit error rate and the simulated one

constellation of BFSK 40000 bits - noisy

This is a small simulation project where we simulate the modulation and demodulation of bits between transmitter and receiver under different conditions of noise and using different modulation schemes such as BPSK,CPFSK,QAM and MSK. we computed the difference between the theoretical calculated bit error rate and the simulated one

constellation of BFSK 40000 bits - noisy

This is a small simulation project where we simulate the modulation and demodulation of bits between transmitter and receiver under different conditions of noise and using different modulation schemes such as BPSK,CPFSK,QAM and MSK. we computed the difference between the theoretical calculated bit error rate and the simulated one

constellation of BFSK 40000 bits - noisy

It is app developed to help the doctor to easily communicate with his patients. it provides alarm that could be set by the doctor to the patient to make him alert about the time of his medicines. It also provides general consultancy by the doctor.

StethoMan

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