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Electrical Engineering
Electronics
Engineering
Matlab and Mathematica
Microcontroller
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$31 USD / ora
Bandiera: VENEZUELA
caracas, venezuela
$31 USD / ora
Attualmente sono le 2:34 AM qui
Registrato il luglio 13, 2015
8 raccomandazioni

Jorge P.

@Blast545

 4,9 (118 valutazioni)
6,9
6,9
96%
96%
$31 USD / ora
Bandiera: VENEZUELA
caracas, venezuela
$31 USD / ora
98%
Lavori completati
100%
Nel budget
92%
Nei tempi previsti
19%
Tasso di riassunzione

Electronics engineer, Embedded systems

I spent a lot of my time reading and researching about robotics and IoT. My interests are focused on developing solutions in both fields. My career skills include the programming languages C, C++, Python, PLC, Javascript, Latex and I feel comfortable working with the software tools Matlab, Simulink, Multisim, Xilinx ISE, PSpice, Arduino IDE, MPLAB. Contact me if you have any other questions, I will answer as soon as possible. In my portfolio it can be seen some images of the projects I have successfully completed working as a Freelancer.
Freelancer Electrical Engineers Venezuela
Vedi tutti i Electrical Engineers in Venezuela

Contatta Jorge P. per il tuo lavoro

Accedi per discutere i dettagli via chat.

Portfolio

3411483
This project features an lcd screen, two contactors a coins reader and a custom made board, to be used to control washer and drying machines automatically, after the users input coins to the system. Two devices can be controlled at a time, and the time that is added per coin can be controlled using buttons that wont be accessible to the final user.
Coin enabled system to control two devices
3411476
Firmware to control a bar management system
3410440
It was taken a keyboard matrix, at it was developed a board to meet the final user specifications. The original keyboard matrix design was not likely to be used in an industrial environment, and also the original keyboard used 8 pins to communicate with the micro-controller to be used. It was developed a board, with the same number of buttons, that uses only one pin to communicate with the host controller. An example C code was provided to the client as well.
Modifying an existent application to fit an employer needs.
It was taken a keyboard matrix, at it was developed a board to meet the final user specifications. The original keyboard matrix design was not likely to be used in an industrial environment, and also the original keyboard used 8 pins to communicate with the micro-controller to be used. It was developed a board, with the same number of buttons, that uses only one pin to communicate with the host controller. An example C code was provided to the client as well.
Modifying an existent application to fit an employer needs.
It was taken a keyboard matrix, at it was developed a board to meet the final user specifications. The original keyboard matrix design was not likely to be used in an industrial environment, and also the original keyboard used 8 pins to communicate with the micro-controller to be used. It was developed a board, with the same number of buttons, that uses only one pin to communicate with the host controller. An example C code was provided to the client as well.
Modifying an existent application to fit an employer needs.
3410431
I have completed several diagrams to help my clients to get their devices connected properly. I show here a couple of diagrams completed using Fritzing, aimed to help graphically to complete a circuit diagram with the Arduino and Raspberry boards.
Assistance and consultancy to connect your embedded devices
I have completed several diagrams to help my clients to get their devices connected properly. I show here a couple of diagrams completed using Fritzing, aimed to help graphically to complete a circuit diagram with the Arduino and Raspberry boards.
Assistance and consultancy to connect your embedded devices
I have completed several diagrams to help my clients to get their devices connected properly. I show here a couple of diagrams completed using Fritzing, aimed to help graphically to complete a circuit diagram with the Arduino and Raspberry boards.
Assistance and consultancy to connect your embedded devices
3410356
I received an Arduino, a coin receiver circuit, two contactors, and I sent back to my client a tested board that can control two different devices with high power currents. I designed the board, the circuit, the firmware, and managed to receive the parts and ship them back to his country.
Coin enabled timers to control high power devices.
I received an Arduino, a coin receiver circuit, two contactors, and I sent back to my client a tested board that can control two different devices with high power currents. I designed the board, the circuit, the firmware, and managed to receive the parts and ship them back to his country.
Coin enabled timers to control high power devices.
I received an Arduino, a coin receiver circuit, two contactors, and I sent back to my client a tested board that can control two different devices with high power currents. I designed the board, the circuit, the firmware, and managed to receive the parts and ship them back to his country.
Coin enabled timers to control high power devices.
I received an Arduino, a coin receiver circuit, two contactors, and I sent back to my client a tested board that can control two different devices with high power currents. I designed the board, the circuit, the firmware, and managed to receive the parts and ship them back to his country.
Coin enabled timers to control high power devices.
3411483
This project features an lcd screen, two contactors a coins reader and a custom made board, to be used to control washer and drying machines automatically, after the users input coins to the system. Two devices can be controlled at a time, and the time that is added per coin can be controlled using buttons that wont be accessible to the final user.
Coin enabled system to control two devices
3411476
Firmware to control a bar management system
3410440
It was taken a keyboard matrix, at it was developed a board to meet the final user specifications. The original keyboard matrix design was not likely to be used in an industrial environment, and also the original keyboard used 8 pins to communicate with the micro-controller to be used. It was developed a board, with the same number of buttons, that uses only one pin to communicate with the host controller. An example C code was provided to the client as well.
Modifying an existent application to fit an employer needs.
It was taken a keyboard matrix, at it was developed a board to meet the final user specifications. The original keyboard matrix design was not likely to be used in an industrial environment, and also the original keyboard used 8 pins to communicate with the micro-controller to be used. It was developed a board, with the same number of buttons, that uses only one pin to communicate with the host controller. An example C code was provided to the client as well.
Modifying an existent application to fit an employer needs.
It was taken a keyboard matrix, at it was developed a board to meet the final user specifications. The original keyboard matrix design was not likely to be used in an industrial environment, and also the original keyboard used 8 pins to communicate with the micro-controller to be used. It was developed a board, with the same number of buttons, that uses only one pin to communicate with the host controller. An example C code was provided to the client as well.
Modifying an existent application to fit an employer needs.
3410431
I have completed several diagrams to help my clients to get their devices connected properly. I show here a couple of diagrams completed using Fritzing, aimed to help graphically to complete a circuit diagram with the Arduino and Raspberry boards.
Assistance and consultancy to connect your embedded devices
I have completed several diagrams to help my clients to get their devices connected properly. I show here a couple of diagrams completed using Fritzing, aimed to help graphically to complete a circuit diagram with the Arduino and Raspberry boards.
Assistance and consultancy to connect your embedded devices
I have completed several diagrams to help my clients to get their devices connected properly. I show here a couple of diagrams completed using Fritzing, aimed to help graphically to complete a circuit diagram with the Arduino and Raspberry boards.
Assistance and consultancy to connect your embedded devices
3410356
I received an Arduino, a coin receiver circuit, two contactors, and I sent back to my client a tested board that can control two different devices with high power currents. I designed the board, the circuit, the firmware, and managed to receive the parts and ship them back to his country.
Coin enabled timers to control high power devices.
I received an Arduino, a coin receiver circuit, two contactors, and I sent back to my client a tested board that can control two different devices with high power currents. I designed the board, the circuit, the firmware, and managed to receive the parts and ship them back to his country.
Coin enabled timers to control high power devices.
I received an Arduino, a coin receiver circuit, two contactors, and I sent back to my client a tested board that can control two different devices with high power currents. I designed the board, the circuit, the firmware, and managed to receive the parts and ship them back to his country.
Coin enabled timers to control high power devices.
I received an Arduino, a coin receiver circuit, two contactors, and I sent back to my client a tested board that can control two different devices with high power currents. I designed the board, the circuit, the firmware, and managed to receive the parts and ship them back to his country.
Coin enabled timers to control high power devices.

Valutazioni

Modifiche salvate
valutazioni 1 - 5 di 50+ mostrate
 Filtra valutazioni per:
5,0
€430,00 EUR
[PLACEHOLDER] Billing for participants of the UBonn Security Vulnerabilities Study - @Blast545
Jorge was an excellent freelancer. They delivered on time and well within budget.
Engineering
Electronics
Matlab and Mathematica
Microcontroller
Electrical Engineering
+ 1 altro
M
Bandiera: Smith M.
@m42smith
•
2 anni fa
5,0
£250,00 GBP
Project for Jorge P.
Fantastic as always - highly recommend !!!!
C Programming
Engineering
Electronics
Matlab and Mathematica
Electrical Engineering
+ 1 altro
J
Bandiera: James H.
@jhughes8686
•
3 anni fa
5,0
$1.100,00 USD
I need a coder
Jorge is an amazing software developer and very kind person. I would recommend him 100%. Thank you
PHP
C Programming
Java
Python
Linux
S
Bandiera: Saul P.
@spesate
•
5 anni fa
5,0
£1.510,00 GBP
Road Sign Prototype - Arduino - Bluetooth - LORA
I hired Jorge to develop a prototype sign which used LoRa and Bluetooth on an Arduino board and connected to an oled display and led light panels. Jorge understood the requirements and assisted me in selecting suitable hardware and developing the code - he hit all of our deadlines and always kept me up to date with progress. He made suggestions and improvements on our original design I would not hesitate to recommend Jorge and hope to work on future projects together - Thanks
Electronics
Microcontroller
Electrical Engineering
PCB Layout
Arduino
N
Bandiera: Nigel W.
@nigel77
•
5 anni fa
5,0
$3.000,00 USD
Raspery Pi programmer
can highly recommend him - really good job - will no doubt use him again
C Programming
Linux
Software Architecture
UNIX
J
Closed User
@jakobrexdk
•
5 anni fa

Formazione

Electronics Engineer

Universidad Nacional Experimental Simón Bolívar, Venezuela 2010 - 2016
(6 anni)

Contatta Jorge P. per il tuo lavoro

Accedi per discutere i dettagli via chat.

Verifiche

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Collegato a Facebook

Certificazioni

us_eng_1.png US English 1 90%
preferredfreelancer-1.png Preferred Freelancer Program SLA 1 82%

Competenze principali

Electrical Engineering 84
Electronics 82
Engineering 69
Matlab and Mathematica 68
Microcontroller 18

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