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Circuit Design
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PCB Layout
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$10 USD / hora
Bandera de VENEZUELA
catia la mar, venezuela
$10 USD / hora
Aquí son las 4:21 a. m.
Se unió el octubre 29, 2018
2 Recomendaciones

Javier Alejandro I.

@Jainojosa

 5,0 (12 comentarios)
4,1
4,1
100%
100%
$10 USD / hora
Bandera de VENEZUELA
catia la mar, venezuela
$10 USD / hora
100 %
Trabajos finalizados
94 %
Dentro del presupuesto
96 %
A tiempo
17 %
Tasa de recontratación

IoT - PCB Layout- Embedded systems developer

Hello, I am an electronic technologist with +3 years of experience in PCB layout, R&D, and embedded systems development. My passions are the IoT, domotics, and the development of electronic hardware. I specialize in PCB design and microcontroller programming for IoT, automation, control, and data acquisition applications. I have advanced knowledge of C and C++. I specifically highlight my experience working with: • Communication protocols: USB, RF, UART, I2C, SPI, MQTT. • Acquisition and processing of biomedical signals (ECG, PPG, PCG). • WiFi and BLE modules (CC3100, ESP8266, ESP32). • Microcontrollers (Arduino, Tiva TM4C123, Tiva TM4C1294, Teensy 3.2). • Sensors (LM35, DHT11, PIR HC-SR501, ACS711KEXLT-15AB-T, etc...). • Programming language: C, C++. • Design of voltage regulators and UPS. My goal is to deliver quality work according to the needs of the client to ensure their satisfaction and establish a professional relationship that allows the development of future projects.
Freelancer Electronics Engineers Venezuela
Ver todo Electronics Engineers en Venezuela

Contacta Javier Alejandro I. sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

Portafolio

6876142
A prototype v0.2 of a Hardware Attachment designed for the Raspberry PI 3B+. The designed attachment provides the interface for multi-protocol communication for a RASPBERRY PI 3B+ over GSM, Insteon RF proprietary protocol, and Z-Wave. Apart from the PCB designs made, the BOM (Bills of Materials) was delivered with the necessary components for the design and assembly of the board.
RP3 Multiprotocol Communication Hat (GSM + Insteon + Z-Wave)
A prototype v0.2 of a Hardware Attachment designed for the Raspberry PI 3B+. The designed attachment provides the interface for multi-protocol communication for a RASPBERRY PI 3B+ over GSM, Insteon RF proprietary protocol, and Z-Wave. Apart from the PCB designs made, the BOM (Bills of Materials) was delivered with the necessary components for the design and assembly of the board.
RP3 Multiprotocol Communication Hat (GSM + Insteon + Z-Wave)
A prototype v0.2 of a Hardware Attachment designed for the Raspberry PI 3B+. The designed attachment provides the interface for multi-protocol communication for a RASPBERRY PI 3B+ over GSM, Insteon RF proprietary protocol, and Z-Wave. Apart from the PCB designs made, the BOM (Bills of Materials) was delivered with the necessary components for the design and assembly of the board.
RP3 Multiprotocol Communication Hat (GSM + Insteon + Z-Wave)
A prototype v0.2 of a Hardware Attachment designed for the Raspberry PI 3B+. The designed attachment provides the interface for multi-protocol communication for a RASPBERRY PI 3B+ over GSM, Insteon RF proprietary protocol, and Z-Wave. Apart from the PCB designs made, the BOM (Bills of Materials) was delivered with the necessary components for the design and assembly of the board.
RP3 Multiprotocol Communication Hat (GSM + Insteon + Z-Wave)
A prototype v0.2 of a Hardware Attachment designed for the Raspberry PI 3B+. The designed attachment provides the interface for multi-protocol communication for a RASPBERRY PI 3B+ over GSM, Insteon RF proprietary protocol, and Z-Wave. Apart from the PCB designs made, the BOM (Bills of Materials) was delivered with the necessary components for the design and assembly of the board.
RP3 Multiprotocol Communication Hat (GSM + Insteon + Z-Wave)
A prototype v0.2 of a Hardware Attachment designed for the Raspberry PI 3B+. The designed attachment provides the interface for multi-protocol communication for a RASPBERRY PI 3B+ over GSM, Insteon RF proprietary protocol, and Z-Wave. Apart from the PCB designs made, the BOM (Bills of Materials) was delivered with the necessary components for the design and assembly of the board.
RP3 Multiprotocol Communication Hat (GSM + Insteon + Z-Wave)
A prototype v0.2 of a Hardware Attachment designed for the Raspberry PI 3B+. The designed attachment provides the interface for multi-protocol communication for a RASPBERRY PI 3B+ over GSM, Insteon RF proprietary protocol, and Z-Wave. Apart from the PCB designs made, the BOM (Bills of Materials) was delivered with the necessary components for the design and assembly of the board.
RP3 Multiprotocol Communication Hat (GSM + Insteon + Z-Wave)
A prototype v0.2 of a Hardware Attachment designed for the Raspberry PI 3B+. The designed attachment provides the interface for multi-protocol communication for a RASPBERRY PI 3B+ over GSM, Insteon RF proprietary protocol, and Z-Wave. Apart from the PCB designs made, the BOM (Bills of Materials) was delivered with the necessary components for the design and assembly of the board.
RP3 Multiprotocol Communication Hat (GSM + Insteon + Z-Wave)
A prototype v0.2 of a Hardware Attachment designed for the Raspberry PI 3B+. The designed attachment provides the interface for multi-protocol communication for a RASPBERRY PI 3B+ over GSM, Insteon RF proprietary protocol, and Z-Wave. Apart from the PCB designs made, the BOM (Bills of Materials) was delivered with the necessary components for the design and assembly of the board.
RP3 Multiprotocol Communication Hat (GSM + Insteon + Z-Wave)
4970068
ESP32 WiFi Led Strip Controller V1.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V1.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V1.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V1.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V1.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V1.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V1.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V1.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V1.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V1.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V1.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V1.0 - PCB Design and Layout
4970074
ESP32 WiFi Led Strip Controller V3.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V3.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V3.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V3.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V3.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V3.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V3.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V3.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V3.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V3.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V3.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V3.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V3.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V3.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V3.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V3.0 - PCB Design and Layout
4610620
PCB designed under the client's requirements for the use of an IC switch in a digital signal derivation application.
PCB Design and Layout - Digital Signal Derivation Board
PCB designed under the client's requirements for the use of an IC switch in a digital signal derivation application.
PCB Design and Layout - Digital Signal Derivation Board
PCB designed under the client's requirements for the use of an IC switch in a digital signal derivation application.
PCB Design and Layout - Digital Signal Derivation Board
PCB designed under the client's requirements for the use of an IC switch in a digital signal derivation application.
PCB Design and Layout - Digital Signal Derivation Board
4610605
General purpose electrodes designed in a PCB to be used in an ECG application.
PCB Design and Layout - Electrodes Board
General purpose electrodes designed in a PCB to be used in an ECG application.
PCB Design and Layout - Electrodes Board
General purpose electrodes designed in a PCB to be used in an ECG application.
PCB Design and Layout - Electrodes Board
General purpose electrodes designed in a PCB to be used in an ECG application.
PCB Design and Layout - Electrodes Board
4610226
The client requested the design of a PCB to test specific photodiodes. Based on the specifications of the photodiodes the PCB design was made and the manufacturing and shipping order was coordinated to the client.
PCB Design and Layout - Photodiode Test Board
The client requested the design of a PCB to test specific photodiodes. Based on the specifications of the photodiodes the PCB design was made and the manufacturing and shipping order was coordinated to the client.
PCB Design and Layout - Photodiode Test Board
The client requested the design of a PCB to test specific photodiodes. Based on the specifications of the photodiodes the PCB design was made and the manufacturing and shipping order was coordinated to the client.
PCB Design and Layout - Photodiode Test Board
The client requested the design of a PCB to test specific photodiodes. Based on the specifications of the photodiodes the PCB design was made and the manufacturing and shipping order was coordinated to the client.
PCB Design and Layout - Photodiode Test Board
6876142
A prototype v0.2 of a Hardware Attachment designed for the Raspberry PI 3B+. The designed attachment provides the interface for multi-protocol communication for a RASPBERRY PI 3B+ over GSM, Insteon RF proprietary protocol, and Z-Wave. Apart from the PCB designs made, the BOM (Bills of Materials) was delivered with the necessary components for the design and assembly of the board.
RP3 Multiprotocol Communication Hat (GSM + Insteon + Z-Wave)
A prototype v0.2 of a Hardware Attachment designed for the Raspberry PI 3B+. The designed attachment provides the interface for multi-protocol communication for a RASPBERRY PI 3B+ over GSM, Insteon RF proprietary protocol, and Z-Wave. Apart from the PCB designs made, the BOM (Bills of Materials) was delivered with the necessary components for the design and assembly of the board.
RP3 Multiprotocol Communication Hat (GSM + Insteon + Z-Wave)
A prototype v0.2 of a Hardware Attachment designed for the Raspberry PI 3B+. The designed attachment provides the interface for multi-protocol communication for a RASPBERRY PI 3B+ over GSM, Insteon RF proprietary protocol, and Z-Wave. Apart from the PCB designs made, the BOM (Bills of Materials) was delivered with the necessary components for the design and assembly of the board.
RP3 Multiprotocol Communication Hat (GSM + Insteon + Z-Wave)
A prototype v0.2 of a Hardware Attachment designed for the Raspberry PI 3B+. The designed attachment provides the interface for multi-protocol communication for a RASPBERRY PI 3B+ over GSM, Insteon RF proprietary protocol, and Z-Wave. Apart from the PCB designs made, the BOM (Bills of Materials) was delivered with the necessary components for the design and assembly of the board.
RP3 Multiprotocol Communication Hat (GSM + Insteon + Z-Wave)
A prototype v0.2 of a Hardware Attachment designed for the Raspberry PI 3B+. The designed attachment provides the interface for multi-protocol communication for a RASPBERRY PI 3B+ over GSM, Insteon RF proprietary protocol, and Z-Wave. Apart from the PCB designs made, the BOM (Bills of Materials) was delivered with the necessary components for the design and assembly of the board.
RP3 Multiprotocol Communication Hat (GSM + Insteon + Z-Wave)
A prototype v0.2 of a Hardware Attachment designed for the Raspberry PI 3B+. The designed attachment provides the interface for multi-protocol communication for a RASPBERRY PI 3B+ over GSM, Insteon RF proprietary protocol, and Z-Wave. Apart from the PCB designs made, the BOM (Bills of Materials) was delivered with the necessary components for the design and assembly of the board.
RP3 Multiprotocol Communication Hat (GSM + Insteon + Z-Wave)
A prototype v0.2 of a Hardware Attachment designed for the Raspberry PI 3B+. The designed attachment provides the interface for multi-protocol communication for a RASPBERRY PI 3B+ over GSM, Insteon RF proprietary protocol, and Z-Wave. Apart from the PCB designs made, the BOM (Bills of Materials) was delivered with the necessary components for the design and assembly of the board.
RP3 Multiprotocol Communication Hat (GSM + Insteon + Z-Wave)
A prototype v0.2 of a Hardware Attachment designed for the Raspberry PI 3B+. The designed attachment provides the interface for multi-protocol communication for a RASPBERRY PI 3B+ over GSM, Insteon RF proprietary protocol, and Z-Wave. Apart from the PCB designs made, the BOM (Bills of Materials) was delivered with the necessary components for the design and assembly of the board.
RP3 Multiprotocol Communication Hat (GSM + Insteon + Z-Wave)
A prototype v0.2 of a Hardware Attachment designed for the Raspberry PI 3B+. The designed attachment provides the interface for multi-protocol communication for a RASPBERRY PI 3B+ over GSM, Insteon RF proprietary protocol, and Z-Wave. Apart from the PCB designs made, the BOM (Bills of Materials) was delivered with the necessary components for the design and assembly of the board.
RP3 Multiprotocol Communication Hat (GSM + Insteon + Z-Wave)
4970068
ESP32 WiFi Led Strip Controller V1.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V1.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V1.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V1.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V1.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V1.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V1.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V1.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V1.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V1.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V1.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V1.0 - PCB Design and Layout
4970074
ESP32 WiFi Led Strip Controller V3.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V3.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V3.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V3.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V3.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V3.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V3.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V3.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V3.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V3.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V3.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V3.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V3.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V3.0 - PCB Design and Layout
ESP32 WiFi Led Strip Controller V3.0 Designed for the start-up company Perceptive the electronic circuit and PCBs of their first commercial product: Delight. A low latency smart LED light control system through Wi-Fi, based on the ESP32 microcontroller and supplied with 110V@60Hz AC.
ESP32 WiFi Led Strip Controller V3.0 - PCB Design and Layout
4610620
PCB designed under the client's requirements for the use of an IC switch in a digital signal derivation application.
PCB Design and Layout - Digital Signal Derivation Board
PCB designed under the client's requirements for the use of an IC switch in a digital signal derivation application.
PCB Design and Layout - Digital Signal Derivation Board
PCB designed under the client's requirements for the use of an IC switch in a digital signal derivation application.
PCB Design and Layout - Digital Signal Derivation Board
PCB designed under the client's requirements for the use of an IC switch in a digital signal derivation application.
PCB Design and Layout - Digital Signal Derivation Board
4610605
General purpose electrodes designed in a PCB to be used in an ECG application.
PCB Design and Layout - Electrodes Board
General purpose electrodes designed in a PCB to be used in an ECG application.
PCB Design and Layout - Electrodes Board
General purpose electrodes designed in a PCB to be used in an ECG application.
PCB Design and Layout - Electrodes Board
General purpose electrodes designed in a PCB to be used in an ECG application.
PCB Design and Layout - Electrodes Board
4610226
The client requested the design of a PCB to test specific photodiodes. Based on the specifications of the photodiodes the PCB design was made and the manufacturing and shipping order was coordinated to the client.
PCB Design and Layout - Photodiode Test Board
The client requested the design of a PCB to test specific photodiodes. Based on the specifications of the photodiodes the PCB design was made and the manufacturing and shipping order was coordinated to the client.
PCB Design and Layout - Photodiode Test Board
The client requested the design of a PCB to test specific photodiodes. Based on the specifications of the photodiodes the PCB design was made and the manufacturing and shipping order was coordinated to the client.
PCB Design and Layout - Photodiode Test Board
The client requested the design of a PCB to test specific photodiodes. Based on the specifications of the photodiodes the PCB design was made and the manufacturing and shipping order was coordinated to the client.
PCB Design and Layout - Photodiode Test Board

Comentarios

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Mostrando 1 - 5 de 12 reseñas
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5,0
$120,00 USD
Project for Javier Alejandro I. -- 93419
Amazing work. We will continue working with Javier on this and future projects.
Electronics
Microcontroller
Electrical Engineering
PCB Layout
+1 más
Avatar del usuario
Bandera de Douglas C.
@cwdg
•
hace 3 años
5,0
$104,00 USD
Project for Javier Alejandro I. -- 10
It is always a pleasure working with Javier. We will continue with many more projects.
Electronics
Microcontroller
Electrical Engineering
PCB Layout
+1 más
Avatar del usuario
Bandera de Douglas C.
@cwdg
•
hace 3 años
5,0
$40,00 USD
Project for Javier Alejandro I. -- 9
It is always a pleasure working with Javier
Electronics
Microcontroller
Electrical Engineering
PCB Layout
+1 más
Avatar del usuario
Bandera de Douglas C.
@cwdg
•
hace 3 años
5,0
$40,00 USD
Project for Javier Alejandro I. -- 8
Great work as always.
Electronics
Microcontroller
Electrical Engineering
PCB Layout
+1 más
Avatar del usuario
Bandera de Douglas C.
@cwdg
•
hace 3 años
5,0
$40,00 USD
Project for Javier Alejandro I. -- 7
Javier always delivers great work.
Electronics
Microcontroller
Electrical Engineering
PCB Layout
+1 más
Avatar del usuario
Bandera de Douglas C.
@cwdg
•
hace 4 años

Experiencia

Hardware and Software Developer

Cardiotune
feb 2017 - Presente
Performance of functions oriented to the development of hardware and software. • Design of electronic circuits. • Design of schematic diagrams. • Design of the PCBs of the electronic circuits implemented for their later manufacture. • Development of firmware oriented to the acquisition and processing of biomedical signals. http://www.cardiotune.com/team.html https://www.linkedin.com/company/cardiotune/about/

Intern

Telecommunications Research and Development Group GTEL USB
ene 2017 - abr 2017 (3 meses, 1 día)
An alarm system with IoT (Internet of Things) philosophy was designed and assembled, based on the development board "Lolin NodeMCU ESP8266" as a central processing unit in charge of processing and transmitting the status of the sensors through the WiFi network using the MQTT communication protocol and an RF protocol of its own design; thus allowing the visualization and control of the system remotely.

Manufacture of LED Luminaries

Corporación BGD 1962, C.A.
• Redesign of the electrical circuit of deficient LED luminaires. • Participation in the restoration of 1000 9W LED luminaires through manual modification of the electrical circuit.

Educación

Associate's Degree in Electronic Technology

Universidad Nacional Experimental Simón Bolívar, Venezuela 2012 - 2017
(5 años)

Calificaciones

CCNA: Introduction to Networks

CISCO
2021
https://www.credly.com/badges/2416fa81-bccd-4560-a877-0bb349093c32/public_url Earner has knowledge of networking including IP addressing, how physical, data link protocols support Ethernet, can configure connectivity between switches, routers and end devices to provide access to local and remote resources. Earner participated in up to 54 labs and accumulated up to 14 hours of hands-on labs using Cisco hardware or Packet Tracer tool

Fundamentals of Domotics with Open Hardware

Latinux Inc
2015
https://drive.google.com/file/d/1YXObh0xs2LMIy5RvapLtWMCD7yGPl02o/view

Fundamentals of ARDUINO Applied to Security Systems and Alarms

Zona Electrónica 2007 C.A
2015
https://drive.google.com/file/d/1Wf9x-KG75TSS5HPj9FyXbrFMRMxNQfKi/view

Contacta Javier Alejandro I. sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

Verificaciones

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

Certificaciones

preferredfreelancer-1.png Preferred Freelancer Program SLA 1 97%

Principales habilidades

Electronics 13
Microcontroller 13
Electrical Engineering 13
Circuit Design 13
PCB Layout 12

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