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$10 USD / hora
Bandera de SRI LANKA
borella, sri lanka
$10 USD / hora
Aquí son las 10:34 a. m.
Se unió el diciembre 4, 2016
0 Recomendaciones

Isuru Amithabaya W.

@isurutech

annual-level-two.svg 5,0 (8 comentarios)
4,0
4,0
100%
100%
$10 USD / hora
Bandera de SRI LANKA
borella, sri lanka
$10 USD / hora
89 %
Trabajos finalizados
97 %
Dentro del presupuesto
97 %
A tiempo
N/A
Tasa de recontratación

Electronic and Computer programming and PCB design

I have good knowledge in several fields including Electronic and Computer Programming. The knowledge in Electrical field including Analog and Digital circuit designing, PCB designing (With use of KiCAD, CorelDraw, and FreePCB). I also have knowledge in designing and programming of Micro controller based Digital Circuits using Microchip and Atmel (Arduino including) Micro controllers. I know VB.net, Python and C++. I also have sound knowledge in Raspberry Pi device and programming.
Freelancer Raspberry Pi Specialist Sri Lanka
Ver todo Raspberry Pi Specialist en Sri Lanka

Contacta Isuru Amithabaya W. sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

Portafolio

9563047
This project was for local LP Gas dealer to print a bill to send to customer at delivery. Designing of GUI was done with Tkinter for Python. There were a MySQL data base to save the bill details.
Raspberry Pi based Billing System
11437021
This is a PCB design done to communicate with server over WiFi and GSM. send Sensor readings over.
PCB Design with WiFi and GSM
This is a PCB design done to communicate with server over WiFi and GSM. send Sensor readings over.
PCB Design with WiFi and GSM
This is a PCB design done to communicate with server over WiFi and GSM. send Sensor readings over.
PCB Design with WiFi and GSM
This is a PCB design done to communicate with server over WiFi and GSM. send Sensor readings over.
PCB Design with WiFi and GSM
This is a PCB design done to communicate with server over WiFi and GSM. send Sensor readings over.
PCB Design with WiFi and GSM
This is a PCB design done to communicate with server over WiFi and GSM. send Sensor readings over.
PCB Design with WiFi and GSM
10088169
The Green House Controller, is build around ESP8266. The unit has 4 relay switch to control any device depending on parameter set. there is a sensor to measure humidity and temperature in the unit. Any switch could be control depending on Humidity , Temperature, Time period, clock or fixed setting. Parameter set using build in wifi and web interface. Also feature OTA firmware update.
Green House Controller
The Green House Controller, is build around ESP8266. The unit has 4 relay switch to control any device depending on parameter set. there is a sensor to measure humidity and temperature in the unit. Any switch could be control depending on Humidity , Temperature, Time period, clock or fixed setting. Parameter set using build in wifi and web interface. Also feature OTA firmware update.
Green House Controller
The Green House Controller, is build around ESP8266. The unit has 4 relay switch to control any device depending on parameter set. there is a sensor to measure humidity and temperature in the unit. Any switch could be control depending on Humidity , Temperature, Time period, clock or fixed setting. Parameter set using build in wifi and web interface. Also feature OTA firmware update.
Green House Controller
The Green House Controller, is build around ESP8266. The unit has 4 relay switch to control any device depending on parameter set. there is a sensor to measure humidity and temperature in the unit. Any switch could be control depending on Humidity , Temperature, Time period, clock or fixed setting. Parameter set using build in wifi and web interface. Also feature OTA firmware update.
Green House Controller
The Green House Controller, is build around ESP8266. The unit has 4 relay switch to control any device depending on parameter set. there is a sensor to measure humidity and temperature in the unit. Any switch could be control depending on Humidity , Temperature, Time period, clock or fixed setting. Parameter set using build in wifi and web interface. Also feature OTA firmware update.
Green House Controller
The Green House Controller, is build around ESP8266. The unit has 4 relay switch to control any device depending on parameter set. there is a sensor to measure humidity and temperature in the unit. Any switch could be control depending on Humidity , Temperature, Time period, clock or fixed setting. Parameter set using build in wifi and web interface. Also feature OTA firmware update.
Green House Controller
The Green House Controller, is build around ESP8266. The unit has 4 relay switch to control any device depending on parameter set. there is a sensor to measure humidity and temperature in the unit. Any switch could be control depending on Humidity , Temperature, Time period, clock or fixed setting. Parameter set using build in wifi and web interface. Also feature OTA firmware update.
Green House Controller
The Green House Controller, is build around ESP8266. The unit has 4 relay switch to control any device depending on parameter set. there is a sensor to measure humidity and temperature in the unit. Any switch could be control depending on Humidity , Temperature, Time period, clock or fixed setting. Parameter set using build in wifi and web interface. Also feature OTA firmware update.
Green House Controller
The Green House Controller, is build around ESP8266. The unit has 4 relay switch to control any device depending on parameter set. there is a sensor to measure humidity and temperature in the unit. Any switch could be control depending on Humidity , Temperature, Time period, clock or fixed setting. Parameter set using build in wifi and web interface. Also feature OTA firmware update.
Green House Controller
9349311
The PCB was design to save fuel data from fuel dispenser to internal storage and generate bill for printing. The system use three ATMega328P micro controllers communicating with use of I2C protocol. Update:
Billing System for Laugfs Petrolium
The PCB was design to save fuel data from fuel dispenser to internal storage and generate bill for printing. The system use three ATMega328P micro controllers communicating with use of I2C protocol. Update:
Billing System for Laugfs Petrolium
The PCB was design to save fuel data from fuel dispenser to internal storage and generate bill for printing. The system use three ATMega328P micro controllers communicating with use of I2C protocol. Update:
Billing System for Laugfs Petrolium
The PCB was design to save fuel data from fuel dispenser to internal storage and generate bill for printing. The system use three ATMega328P micro controllers communicating with use of I2C protocol. Update:
Billing System for Laugfs Petrolium
The PCB was design to save fuel data from fuel dispenser to internal storage and generate bill for printing. The system use three ATMega328P micro controllers communicating with use of I2C protocol. Update:
Billing System for Laugfs Petrolium
The PCB was design to save fuel data from fuel dispenser to internal storage and generate bill for printing. The system use three ATMega328P micro controllers communicating with use of I2C protocol. Update:
Billing System for Laugfs Petrolium
The PCB was design to save fuel data from fuel dispenser to internal storage and generate bill for printing. The system use three ATMega328P micro controllers communicating with use of I2C protocol. Update:
Billing System for Laugfs Petrolium
The PCB was design to save fuel data from fuel dispenser to internal storage and generate bill for printing. The system use three ATMega328P micro controllers communicating with use of I2C protocol. Update:
Billing System for Laugfs Petrolium
The PCB was design to save fuel data from fuel dispenser to internal storage and generate bill for printing. The system use three ATMega328P micro controllers communicating with use of I2C protocol. Update:
Billing System for Laugfs Petrolium
5049172
This project is to build a automated car to drive up to programmed location. The car uses GPS data to calculate distance and angle to destination from magnetic North. Then the car navigate toward destination with help from GPS and magnetic sensor. The micro controller used in the project is Arduino Mega board. The car consist of ultrasound distance sensors at front and side to avoid collision with any other object.
The automated Robot Car
This project is to build a automated car to drive up to programmed location. The car uses GPS data to calculate distance and angle to destination from magnetic North. Then the car navigate toward destination with help from GPS and magnetic sensor. The micro controller used in the project is Arduino Mega board. The car consist of ultrasound distance sensors at front and side to avoid collision with any other object.
The automated Robot Car
This project is to build a automated car to drive up to programmed location. The car uses GPS data to calculate distance and angle to destination from magnetic North. Then the car navigate toward destination with help from GPS and magnetic sensor. The micro controller used in the project is Arduino Mega board. The car consist of ultrasound distance sensors at front and side to avoid collision with any other object.
The automated Robot Car
This project is to build a automated car to drive up to programmed location. The car uses GPS data to calculate distance and angle to destination from magnetic North. Then the car navigate toward destination with help from GPS and magnetic sensor. The micro controller used in the project is Arduino Mega board. The car consist of ultrasound distance sensors at front and side to avoid collision with any other object.
The automated Robot Car
This project is to build a automated car to drive up to programmed location. The car uses GPS data to calculate distance and angle to destination from magnetic North. Then the car navigate toward destination with help from GPS and magnetic sensor. The micro controller used in the project is Arduino Mega board. The car consist of ultrasound distance sensors at front and side to avoid collision with any other object.
The automated Robot Car
This project is to build a automated car to drive up to programmed location. The car uses GPS data to calculate distance and angle to destination from magnetic North. Then the car navigate toward destination with help from GPS and magnetic sensor. The micro controller used in the project is Arduino Mega board. The car consist of ultrasound distance sensors at front and side to avoid collision with any other object.
The automated Robot Car
This project is to build a automated car to drive up to programmed location. The car uses GPS data to calculate distance and angle to destination from magnetic North. Then the car navigate toward destination with help from GPS and magnetic sensor. The micro controller used in the project is Arduino Mega board. The car consist of ultrasound distance sensors at front and side to avoid collision with any other object.
The automated Robot Car
5014415
Calling counter transmitter and display for Doctor's office. The communication is to be through existing WiFi network or one-to-one WiFi network.
PCB Layout Design
Calling counter transmitter and display for Doctor's office. The communication is to be through existing WiFi network or one-to-one WiFi network.
PCB Layout Design
9563047
This project was for local LP Gas dealer to print a bill to send to customer at delivery. Designing of GUI was done with Tkinter for Python. There were a MySQL data base to save the bill details.
Raspberry Pi based Billing System
11437021
This is a PCB design done to communicate with server over WiFi and GSM. send Sensor readings over.
PCB Design with WiFi and GSM
This is a PCB design done to communicate with server over WiFi and GSM. send Sensor readings over.
PCB Design with WiFi and GSM
This is a PCB design done to communicate with server over WiFi and GSM. send Sensor readings over.
PCB Design with WiFi and GSM
This is a PCB design done to communicate with server over WiFi and GSM. send Sensor readings over.
PCB Design with WiFi and GSM
This is a PCB design done to communicate with server over WiFi and GSM. send Sensor readings over.
PCB Design with WiFi and GSM
This is a PCB design done to communicate with server over WiFi and GSM. send Sensor readings over.
PCB Design with WiFi and GSM
10088169
The Green House Controller, is build around ESP8266. The unit has 4 relay switch to control any device depending on parameter set. there is a sensor to measure humidity and temperature in the unit. Any switch could be control depending on Humidity , Temperature, Time period, clock or fixed setting. Parameter set using build in wifi and web interface. Also feature OTA firmware update.
Green House Controller
The Green House Controller, is build around ESP8266. The unit has 4 relay switch to control any device depending on parameter set. there is a sensor to measure humidity and temperature in the unit. Any switch could be control depending on Humidity , Temperature, Time period, clock or fixed setting. Parameter set using build in wifi and web interface. Also feature OTA firmware update.
Green House Controller
The Green House Controller, is build around ESP8266. The unit has 4 relay switch to control any device depending on parameter set. there is a sensor to measure humidity and temperature in the unit. Any switch could be control depending on Humidity , Temperature, Time period, clock or fixed setting. Parameter set using build in wifi and web interface. Also feature OTA firmware update.
Green House Controller
The Green House Controller, is build around ESP8266. The unit has 4 relay switch to control any device depending on parameter set. there is a sensor to measure humidity and temperature in the unit. Any switch could be control depending on Humidity , Temperature, Time period, clock or fixed setting. Parameter set using build in wifi and web interface. Also feature OTA firmware update.
Green House Controller
The Green House Controller, is build around ESP8266. The unit has 4 relay switch to control any device depending on parameter set. there is a sensor to measure humidity and temperature in the unit. Any switch could be control depending on Humidity , Temperature, Time period, clock or fixed setting. Parameter set using build in wifi and web interface. Also feature OTA firmware update.
Green House Controller
The Green House Controller, is build around ESP8266. The unit has 4 relay switch to control any device depending on parameter set. there is a sensor to measure humidity and temperature in the unit. Any switch could be control depending on Humidity , Temperature, Time period, clock or fixed setting. Parameter set using build in wifi and web interface. Also feature OTA firmware update.
Green House Controller
The Green House Controller, is build around ESP8266. The unit has 4 relay switch to control any device depending on parameter set. there is a sensor to measure humidity and temperature in the unit. Any switch could be control depending on Humidity , Temperature, Time period, clock or fixed setting. Parameter set using build in wifi and web interface. Also feature OTA firmware update.
Green House Controller
The Green House Controller, is build around ESP8266. The unit has 4 relay switch to control any device depending on parameter set. there is a sensor to measure humidity and temperature in the unit. Any switch could be control depending on Humidity , Temperature, Time period, clock or fixed setting. Parameter set using build in wifi and web interface. Also feature OTA firmware update.
Green House Controller
The Green House Controller, is build around ESP8266. The unit has 4 relay switch to control any device depending on parameter set. there is a sensor to measure humidity and temperature in the unit. Any switch could be control depending on Humidity , Temperature, Time period, clock or fixed setting. Parameter set using build in wifi and web interface. Also feature OTA firmware update.
Green House Controller
9349311
The PCB was design to save fuel data from fuel dispenser to internal storage and generate bill for printing. The system use three ATMega328P micro controllers communicating with use of I2C protocol. Update:
Billing System for Laugfs Petrolium
The PCB was design to save fuel data from fuel dispenser to internal storage and generate bill for printing. The system use three ATMega328P micro controllers communicating with use of I2C protocol. Update:
Billing System for Laugfs Petrolium
The PCB was design to save fuel data from fuel dispenser to internal storage and generate bill for printing. The system use three ATMega328P micro controllers communicating with use of I2C protocol. Update:
Billing System for Laugfs Petrolium
The PCB was design to save fuel data from fuel dispenser to internal storage and generate bill for printing. The system use three ATMega328P micro controllers communicating with use of I2C protocol. Update:
Billing System for Laugfs Petrolium
The PCB was design to save fuel data from fuel dispenser to internal storage and generate bill for printing. The system use three ATMega328P micro controllers communicating with use of I2C protocol. Update:
Billing System for Laugfs Petrolium
The PCB was design to save fuel data from fuel dispenser to internal storage and generate bill for printing. The system use three ATMega328P micro controllers communicating with use of I2C protocol. Update:
Billing System for Laugfs Petrolium
The PCB was design to save fuel data from fuel dispenser to internal storage and generate bill for printing. The system use three ATMega328P micro controllers communicating with use of I2C protocol. Update:
Billing System for Laugfs Petrolium
The PCB was design to save fuel data from fuel dispenser to internal storage and generate bill for printing. The system use three ATMega328P micro controllers communicating with use of I2C protocol. Update:
Billing System for Laugfs Petrolium
The PCB was design to save fuel data from fuel dispenser to internal storage and generate bill for printing. The system use three ATMega328P micro controllers communicating with use of I2C protocol. Update:
Billing System for Laugfs Petrolium
5049172
This project is to build a automated car to drive up to programmed location. The car uses GPS data to calculate distance and angle to destination from magnetic North. Then the car navigate toward destination with help from GPS and magnetic sensor. The micro controller used in the project is Arduino Mega board. The car consist of ultrasound distance sensors at front and side to avoid collision with any other object.
The automated Robot Car
This project is to build a automated car to drive up to programmed location. The car uses GPS data to calculate distance and angle to destination from magnetic North. Then the car navigate toward destination with help from GPS and magnetic sensor. The micro controller used in the project is Arduino Mega board. The car consist of ultrasound distance sensors at front and side to avoid collision with any other object.
The automated Robot Car
This project is to build a automated car to drive up to programmed location. The car uses GPS data to calculate distance and angle to destination from magnetic North. Then the car navigate toward destination with help from GPS and magnetic sensor. The micro controller used in the project is Arduino Mega board. The car consist of ultrasound distance sensors at front and side to avoid collision with any other object.
The automated Robot Car
This project is to build a automated car to drive up to programmed location. The car uses GPS data to calculate distance and angle to destination from magnetic North. Then the car navigate toward destination with help from GPS and magnetic sensor. The micro controller used in the project is Arduino Mega board. The car consist of ultrasound distance sensors at front and side to avoid collision with any other object.
The automated Robot Car
This project is to build a automated car to drive up to programmed location. The car uses GPS data to calculate distance and angle to destination from magnetic North. Then the car navigate toward destination with help from GPS and magnetic sensor. The micro controller used in the project is Arduino Mega board. The car consist of ultrasound distance sensors at front and side to avoid collision with any other object.
The automated Robot Car
This project is to build a automated car to drive up to programmed location. The car uses GPS data to calculate distance and angle to destination from magnetic North. Then the car navigate toward destination with help from GPS and magnetic sensor. The micro controller used in the project is Arduino Mega board. The car consist of ultrasound distance sensors at front and side to avoid collision with any other object.
The automated Robot Car
This project is to build a automated car to drive up to programmed location. The car uses GPS data to calculate distance and angle to destination from magnetic North. Then the car navigate toward destination with help from GPS and magnetic sensor. The micro controller used in the project is Arduino Mega board. The car consist of ultrasound distance sensors at front and side to avoid collision with any other object.
The automated Robot Car
5014415
Calling counter transmitter and display for Doctor's office. The communication is to be through existing WiFi network or one-to-one WiFi network.
PCB Layout Design
Calling counter transmitter and display for Doctor's office. The communication is to be through existing WiFi network or one-to-one WiFi network.
PCB Layout Design

Comentarios

Cambios guardados
Mostrando 1 - 5 de 8 reseñas
 Filtrar reseñas por:
5,0
$30,00 USD
Closed-loop control arduino code
I real Pro. Perfect communicator and prompt delivery. Very recommended.
Electronics
Microcontroller
Arduino
S
Bandera de Shay W.
@shayweissZ
•
hace 6 meses
4,4
€10,00 EUR
Project 36269422 has been deleted
He is a good guy who tries a lot for what he is doing. We had a very friendly dispute for various reasons. The timing was not good for both of us, so we preferred to stop our cooperation.
D
Bandera de Sofia Z.
@danis263
•
hace 1 año
5,0
$250,00 USD
IP Based Panic Button System
Any delays were my fault. Very good and made sure i was satisfied.
PHP
Electronics
Microcontroller
Software Architecture
Arduino
Avatar del usuario
Bandera de Adrian A.
@ultsol
•
hace 2 años
5,0
$30,00 USD
raspberry pi zero w .temp sensor
This guy knows his stuff I will be working with him on my other projects delivered what i needed thank you Amithabaya W.
Python
Linux
Android
Raspberry Pi
U
Bandera de Daniel L.
@uws
•
hace 3 años
5,0
$65,00 USD
create a simple alarm system with pir sensor on raspberry pi
good freealncer and really professional one did my job exactly i needed Thankyou
Electronics
Microcontroller
Arduino
Assembly
Raspberry Pi
M
Closed User
@michalromanio
•
hace 4 años

Educación

Certificate in Infrmation Technology (External)

University of Colombo, Sri Lanka 2000
(Menos de un año)

Calificaciones

Thechnician Certificate in Telecommunication Systems Theory

The City & Guilds of London Institute, UK
2006
This is one part of certificate for successfully completion of Technician level in Telecommunication at City & Guilds of London Institute, UK

Thechnician Certificate in Telecommunication Systems

The City & Guilds of London Institute, UK
2006
This is one part of certificate for successfully completion of Technician level in Telecommunication at City & Guilds of London Institute, UK

Certificate in Information TEchnology

University of Colombo School of Computing
2002
This is awarded for successfully completion of First year of Bachelor of Information Technology (BIT) degree program by University of Colombo

Contacta Isuru Amithabaya W. sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

Verificaciones

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

Principales habilidades

Raspberry Pi 4
Python 3
Microcontroller 3
PHP 2
Linux 2

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