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$8 USD / 時間
VENEZUELAのフラグ
maracaibo, venezuela
$8 USD / 時間
こちらは現在3:53 午後です
登録日: 3月 4, 2017
1 お気に入り

Nicolas M.

@nico2747

 5.0 (7 レビュー)
3.5
3.5
85%
85%
$8 USD / 時間
VENEZUELAのフラグ
maracaibo, venezuela
$8 USD / 時間
100%
完了したプロジェクト
92%
予算内
91%
期限内
該当なし
再採用率

Electrical Engineer

I am a Electrical Engineer graduated in Rafael Urdaneta University, Venezuela. I have experience in the design and deveplopment of Hardware and Software of electronic projects based in the Internet Of Things (IOT) using softwares for the design and simulation of the schematics of electronic circuits like proteus, Eagle and Altium, and design and implementation of electronic circuits in PCB using CopperCAM. I have experience in the programming of microcontrollers (PICs, Arduino, Raspberry and ESP8266) used for the hardware system, using programmers IDE like Arduino IDE, MPLAB X IDE and Python applying C Lenguage, C++, Python, Assembler and AVR. Additionally in the software part, I have experience in the design of the Graphic User Interface (GUI) applying UART,SPI and I2C protocols ,applying MODbus (Master-Slaves) using software like Visual Studio Code (HTML, CSS, javascript), MATLAB/Simulink (C), Visual Studio (Visual basic and C) and IDE programmers for LCD and TFT interfaces.
Freelancer Electrical Engineers Venezuela
全て見る Electrical Engineers 、 Venezuela

仕事についてNicolas M.に連絡する

ログインしてチャットで詳細を相談しましょう、

ポートフォリオ

4618513
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
4800819
The goal of this project was make and redesign the Smart Light System using Altium Designer 18 and developing: * Schematic * PCB Design * Gerber File * 3D Model * Bill of Materilas
Altium Project (Smart Light Redesign)
The goal of this project was make and redesign the Smart Light System using Altium Designer 18 and developing: * Schematic * PCB Design * Gerber File * 3D Model * Bill of Materilas
Altium Project (Smart Light Redesign)
The goal of this project was make and redesign the Smart Light System using Altium Designer 18 and developing: * Schematic * PCB Design * Gerber File * 3D Model * Bill of Materilas
Altium Project (Smart Light Redesign)
The goal of this project was make and redesign the Smart Light System using Altium Designer 18 and developing: * Schematic * PCB Design * Gerber File * 3D Model * Bill of Materilas
Altium Project (Smart Light Redesign)
The goal of this project was make and redesign the Smart Light System using Altium Designer 18 and developing: * Schematic * PCB Design * Gerber File * 3D Model * Bill of Materilas
Altium Project (Smart Light Redesign)
The goal of this project was make and redesign the Smart Light System using Altium Designer 18 and developing: * Schematic * PCB Design * Gerber File * 3D Model * Bill of Materilas
Altium Project (Smart Light Redesign)
4776113
Speed and turning sense control of a Stepper Motor NEMA 17
4618531
This project is based to send and receive data from the cayenne MQTT broker, through the ESP8266, by reading the information from a potentiometer and a MPU6050 with I2C protocol, and send the information form the ESP to the RASPBERRY PI using HTTP protocol, and save the data in txt file in the Rapsberry file.
CAYENNE MQTT communicattion with ESP8266 and Raspberry PI
This project is based to send and receive data from the cayenne MQTT broker, through the ESP8266, by reading the information from a potentiometer and a MPU6050 with I2C protocol, and send the information form the ESP to the RASPBERRY PI using HTTP protocol, and save the data in txt file in the Rapsberry file.
CAYENNE MQTT communicattion with ESP8266 and Raspberry PI
This project is based to send and receive data from the cayenne MQTT broker, through the ESP8266, by reading the information from a potentiometer and a MPU6050 with I2C protocol, and send the information form the ESP to the RASPBERRY PI using HTTP protocol, and save the data in txt file in the Rapsberry file.
CAYENNE MQTT communicattion with ESP8266 and Raspberry PI
This project is based to send and receive data from the cayenne MQTT broker, through the ESP8266, by reading the information from a potentiometer and a MPU6050 with I2C protocol, and send the information form the ESP to the RASPBERRY PI using HTTP protocol, and save the data in txt file in the Rapsberry file.
CAYENNE MQTT communicattion with ESP8266 and Raspberry PI
This project is based to send and receive data from the cayenne MQTT broker, through the ESP8266, by reading the information from a potentiometer and a MPU6050 with I2C protocol, and send the information form the ESP to the RASPBERRY PI using HTTP protocol, and save the data in txt file in the Rapsberry file.
CAYENNE MQTT communicattion with ESP8266 and Raspberry PI
This project is based to send and receive data from the cayenne MQTT broker, through the ESP8266, by reading the information from a potentiometer and a MPU6050 with I2C protocol, and send the information form the ESP to the RASPBERRY PI using HTTP protocol, and save the data in txt file in the Rapsberry file.
CAYENNE MQTT communicattion with ESP8266 and Raspberry PI
4499911
The RGB led bulb represents an abstract system designed with the idea of illuminated a room giving a striking aspect in the environment. The RGB led bulb bring to the user the changing of the color of the light, by an electronic configuration inside the bulb and a electronic interface made for control the light of the bulb For the design and simulation of the hardware were used Proteus, Arduino IDE was used to develop the software con conrol and monitoring, Visual Studio for the design of the websever (HTML, CSS, JavaScript), and Eagle for the design of final Schematic, BOM and PCB layout.
Smart RBG Led Bulb
4499909
The smart power plug represents an intelligence system used to bring safety at user in their homes or job residences by turning on or off the devices connected in their places using their smartphones or computers through WiFi connection and a single interface to see the status of the devices. For the design and simulation of the hardware were used Proteus, Arduino IDE was used to develop the software con conrol and monitoring, Visual Studio for the design of the websever (HTML, CSS, JavaScript), and Eagle for the design of final Schematic, BOM and PCB layout.
Smart Power Plug
4618513
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
The project consisted in send the data from the ESP32 that will read the information of the DHT22 temperature and humidity sensor, and then send it to the ESP8266 by UART. The ESP8266 will act first as a Acess Point, so the client can put the values of the SSID, SSID's password, broker and broker password, and submit the information to the ESP8266 and then this device will connect to the broker and send the infromation received by the ESP32 to the MQTT
MQTT and UART with ESP8266 and ESP32
4800819
The goal of this project was make and redesign the Smart Light System using Altium Designer 18 and developing: * Schematic * PCB Design * Gerber File * 3D Model * Bill of Materilas
Altium Project (Smart Light Redesign)
The goal of this project was make and redesign the Smart Light System using Altium Designer 18 and developing: * Schematic * PCB Design * Gerber File * 3D Model * Bill of Materilas
Altium Project (Smart Light Redesign)
The goal of this project was make and redesign the Smart Light System using Altium Designer 18 and developing: * Schematic * PCB Design * Gerber File * 3D Model * Bill of Materilas
Altium Project (Smart Light Redesign)
The goal of this project was make and redesign the Smart Light System using Altium Designer 18 and developing: * Schematic * PCB Design * Gerber File * 3D Model * Bill of Materilas
Altium Project (Smart Light Redesign)
The goal of this project was make and redesign the Smart Light System using Altium Designer 18 and developing: * Schematic * PCB Design * Gerber File * 3D Model * Bill of Materilas
Altium Project (Smart Light Redesign)
The goal of this project was make and redesign the Smart Light System using Altium Designer 18 and developing: * Schematic * PCB Design * Gerber File * 3D Model * Bill of Materilas
Altium Project (Smart Light Redesign)
4776113
Speed and turning sense control of a Stepper Motor NEMA 17
4618531
This project is based to send and receive data from the cayenne MQTT broker, through the ESP8266, by reading the information from a potentiometer and a MPU6050 with I2C protocol, and send the information form the ESP to the RASPBERRY PI using HTTP protocol, and save the data in txt file in the Rapsberry file.
CAYENNE MQTT communicattion with ESP8266 and Raspberry PI
This project is based to send and receive data from the cayenne MQTT broker, through the ESP8266, by reading the information from a potentiometer and a MPU6050 with I2C protocol, and send the information form the ESP to the RASPBERRY PI using HTTP protocol, and save the data in txt file in the Rapsberry file.
CAYENNE MQTT communicattion with ESP8266 and Raspberry PI
This project is based to send and receive data from the cayenne MQTT broker, through the ESP8266, by reading the information from a potentiometer and a MPU6050 with I2C protocol, and send the information form the ESP to the RASPBERRY PI using HTTP protocol, and save the data in txt file in the Rapsberry file.
CAYENNE MQTT communicattion with ESP8266 and Raspberry PI
This project is based to send and receive data from the cayenne MQTT broker, through the ESP8266, by reading the information from a potentiometer and a MPU6050 with I2C protocol, and send the information form the ESP to the RASPBERRY PI using HTTP protocol, and save the data in txt file in the Rapsberry file.
CAYENNE MQTT communicattion with ESP8266 and Raspberry PI
This project is based to send and receive data from the cayenne MQTT broker, through the ESP8266, by reading the information from a potentiometer and a MPU6050 with I2C protocol, and send the information form the ESP to the RASPBERRY PI using HTTP protocol, and save the data in txt file in the Rapsberry file.
CAYENNE MQTT communicattion with ESP8266 and Raspberry PI
This project is based to send and receive data from the cayenne MQTT broker, through the ESP8266, by reading the information from a potentiometer and a MPU6050 with I2C protocol, and send the information form the ESP to the RASPBERRY PI using HTTP protocol, and save the data in txt file in the Rapsberry file.
CAYENNE MQTT communicattion with ESP8266 and Raspberry PI
4499911
The RGB led bulb represents an abstract system designed with the idea of illuminated a room giving a striking aspect in the environment. The RGB led bulb bring to the user the changing of the color of the light, by an electronic configuration inside the bulb and a electronic interface made for control the light of the bulb For the design and simulation of the hardware were used Proteus, Arduino IDE was used to develop the software con conrol and monitoring, Visual Studio for the design of the websever (HTML, CSS, JavaScript), and Eagle for the design of final Schematic, BOM and PCB layout.
Smart RBG Led Bulb
4499909
The smart power plug represents an intelligence system used to bring safety at user in their homes or job residences by turning on or off the devices connected in their places using their smartphones or computers through WiFi connection and a single interface to see the status of the devices. For the design and simulation of the hardware were used Proteus, Arduino IDE was used to develop the software con conrol and monitoring, Visual Studio for the design of the websever (HTML, CSS, JavaScript), and Eagle for the design of final Schematic, BOM and PCB layout.
Smart Power Plug

レビュー

変更を保存しました
1 - 5 / 7 レビュー表示中
 レビューを絞り込む：
5.0
€38.00 EUR
Development of 30KW Transducer for Ultrasonic Sealing System
HIGHLY RECOMMENDED.. I had posted the job more than 10 times and had assigned this to 2 freelancers before finding him. While others failed to provide any output, Nicolas was bang on target and provided the job in few days. He also reworked on the project to make the PCBA smaller. Very Genuine and reliable person. 100% Recommended.
Electronics
Microcontroller
Mechatronics
PCB Layout
ユーザーアバター
のフラグ Nessen P.
@nessenpaul
•
6年前
5.0
£23.00 GBP
Do some data entry
Nicolas was very helpful and thorough with his work. It was very easy to communicate with him and he kept me updated with his progress. I would definitely recommend and use Nicolas again for future projects. Thanks Nicolas!
Excel
K
のフラグ Keila E.
@keilaespinosa
•
6年前
5.0
$30.00 USD
GUI in MATLAB
Great man with great patience. definitely will hire again !
Engineering
Matlab and Mathematica
Algorithm
Software Architecture
Electrical Engineering
N
Closed User
@nissansf
•
6年前
5.0
£18.00 GBP
PLC Program Logic controllers
happt to use again
Electronics
Microcontroller
Electrical Engineering
Circuit Design
R
Closed User
@robert507
•
6年前
5.0
$40.00 USD
Prototype of Small Radio Frequency Converter
Good job, looking forward to work with you again in the future.
Electronics
Electrical Engineering
ユーザーアバター
のフラグ Joseph T.
@chejetiu
•
6年前

経験

Internships in the area of electricity and instrumentation PDVSA

PDVSA
8月 2016 - 11月 2016 (3 , 1 )
Perform field and office work in the area of electricity and instrumentation, specifically working with load studies, design of electric planes, automation and process control plans, development of reports of electrical structures, maintenance of electrical works and systems .

教育

Ingeniero electricista

Universidad Rafael Urdaneta, Venezuela 2013 - 2017
(4 )

資格

Diploma of instrumentation and industrial automation

Rafael Belloso Chacín University (URBE)
2017
Management of automation projects, industrial instrumentation, introduction and knowledge in programmable logic controllers (PLC), instrumented safety systems, telemetry and SCADA, PicoSoft and LOGO SIEMENS application, and maintenance and support management. Project: design of a system of filling of tanks applying programmable logic and SCADA.

MATLAB / Simulink course Advanced level

Rafael Urdaneta University (URU)
2015
Development of algorithms for the calculation of numerical methods (Gauss-Zeidel, Jacobi, Newton-Raphson, Regression of linear and non-linear systems), design of graphical interfaces in MATLAB, and data acquisition through the use of arduino in Matlab and Simulink Project: Implementation of a digital control system for a stabilized arm.

Basic level Solidworks course

College of Engineers of Zulia State (CIDEZ)
2016
Introduction to the program, design of basic mechanical parts (bolts, nuts, sprockets, gears, rollers, pistons, shock absorbers, screwdrivers and springs) and assembly of parts for construction of simple machines. Project: design of a servomotor for position regulation.

出版物

IMPLEMENTATION OF VARIABLE FRECUENCY DRIVE USING SVM ON A THREE PHASE INDUCTION ENGINE

Nicolas Moreno; Emilio Soto
This research was made with the objetive of implementing a discrete control system for an inverter using space vector modulation, in order to established a comparission of the techniques used for digital control of plants.

仕事についてNicolas M.に連絡する

ログインしてチャットで詳細を相談しましょう、

認証

優先フリーランサー
本人確認済み
認証済み支払方法
電話番号認証済み
メール認証済み
Facebook接続済み

認定

us_eng_1.png US English 1 75%

トップスキル

Electrical Engineering 5
Electronics 4
Matlab and Mathematica 4
Engineering 2
Algorithm 2

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