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$100 USD / hora
Bandera de BULGARIA
sofia, bulgaria
$100 USD / hora
Aquí son las 9:01 p. m.
Se unió el mayo 15, 2015
0 Recomendaciones

Mihail V.

@Mivr

 4,5 (16 comentarios)
4,2
4,2
100%
100%
$100 USD / hora
Bandera de BULGARIA
sofia, bulgaria
$100 USD / hora
100 %
Trabajos finalizados
100 %
Dentro del presupuesto
87 %
A tiempo
13 %
Tasa de recontratación

Embedded, Arduino and related projects

I architect projects in the embedded and Arduino environment and I need occasional work to be done as libraries/classes to integrate into my projects.
Freelancer Arduino Engineers Bulgaria
Ver todo Arduino Engineers en Bulgaria

Contacta Mihail V. sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

Portafolio

1925108
This is a core development board based on Atmel microcontroller and high current H-bridge schematics. Displayed v1.1 and v2
Robotics development board
This is a core development board based on Atmel microcontroller and high current H-bridge schematics. Displayed v1.1 and v2
Robotics development board
This is a core development board based on Atmel microcontroller and high current H-bridge schematics. Displayed v1.1 and v2
Robotics development board
This is a core development board based on Atmel microcontroller and high current H-bridge schematics. Displayed v1.1 and v2
Robotics development board
This is a core development board based on Atmel microcontroller and high current H-bridge schematics. Displayed v1.1 and v2
Robotics development board
This is a core development board based on Atmel microcontroller and high current H-bridge schematics. Displayed v1.1 and v2
Robotics development board
This is a core development board based on Atmel microcontroller and high current H-bridge schematics. Displayed v1.1 and v2
Robotics development board
1925063
This is a module were very small size was a priority but also needed to be solderable by hand design.
Micro IR module
This is a module were very small size was a priority but also needed to be solderable by hand design.
Micro IR module
This is a module were very small size was a priority but also needed to be solderable by hand design.
Micro IR module
1925003
This is a realtime system for calculation and reporting of the 3D orientation position of two sensord on IIC. The system has 6 power lines each of witch has current and voltage control. All managed by Atmel's Atxmega64A3U processor, of course with USB and special drivers.
Double 3D orientation sensor hub with XBEE conectivity
This is a realtime system for calculation and reporting of the 3D orientation position of two sensord on IIC. The system has 6 power lines each of witch has current and voltage control. All managed by Atmel's Atxmega64A3U processor, of course with USB and special drivers.
Double 3D orientation sensor hub with XBEE conectivity
This is a realtime system for calculation and reporting of the 3D orientation position of two sensord on IIC. The system has 6 power lines each of witch has current and voltage control. All managed by Atmel's Atxmega64A3U processor, of course with USB and special drivers.
Double 3D orientation sensor hub with XBEE conectivity
This is a realtime system for calculation and reporting of the 3D orientation position of two sensord on IIC. The system has 6 power lines each of witch has current and voltage control. All managed by Atmel's Atxmega64A3U processor, of course with USB and special drivers.
Double 3D orientation sensor hub with XBEE conectivity
This is a realtime system for calculation and reporting of the 3D orientation position of two sensord on IIC. The system has 6 power lines each of witch has current and voltage control. All managed by Atmel's Atxmega64A3U processor, of course with USB and special drivers.
Double 3D orientation sensor hub with XBEE conectivity
This is a realtime system for calculation and reporting of the 3D orientation position of two sensord on IIC. The system has 6 power lines each of witch has current and voltage control. All managed by Atmel's Atxmega64A3U processor, of course with USB and special drivers.
Double 3D orientation sensor hub with XBEE conectivity
This is a realtime system for calculation and reporting of the 3D orientation position of two sensord on IIC. The system has 6 power lines each of witch has current and voltage control. All managed by Atmel's Atxmega64A3U processor, of course with USB and special drivers.
Double 3D orientation sensor hub with XBEE conectivity
1925108
This is a core development board based on Atmel microcontroller and high current H-bridge schematics. Displayed v1.1 and v2
Robotics development board
This is a core development board based on Atmel microcontroller and high current H-bridge schematics. Displayed v1.1 and v2
Robotics development board
This is a core development board based on Atmel microcontroller and high current H-bridge schematics. Displayed v1.1 and v2
Robotics development board
This is a core development board based on Atmel microcontroller and high current H-bridge schematics. Displayed v1.1 and v2
Robotics development board
This is a core development board based on Atmel microcontroller and high current H-bridge schematics. Displayed v1.1 and v2
Robotics development board
This is a core development board based on Atmel microcontroller and high current H-bridge schematics. Displayed v1.1 and v2
Robotics development board
This is a core development board based on Atmel microcontroller and high current H-bridge schematics. Displayed v1.1 and v2
Robotics development board
1925063
This is a module were very small size was a priority but also needed to be solderable by hand design.
Micro IR module
This is a module were very small size was a priority but also needed to be solderable by hand design.
Micro IR module
This is a module were very small size was a priority but also needed to be solderable by hand design.
Micro IR module
1925003
This is a realtime system for calculation and reporting of the 3D orientation position of two sensord on IIC. The system has 6 power lines each of witch has current and voltage control. All managed by Atmel's Atxmega64A3U processor, of course with USB and special drivers.
Double 3D orientation sensor hub with XBEE conectivity
This is a realtime system for calculation and reporting of the 3D orientation position of two sensord on IIC. The system has 6 power lines each of witch has current and voltage control. All managed by Atmel's Atxmega64A3U processor, of course with USB and special drivers.
Double 3D orientation sensor hub with XBEE conectivity
This is a realtime system for calculation and reporting of the 3D orientation position of two sensord on IIC. The system has 6 power lines each of witch has current and voltage control. All managed by Atmel's Atxmega64A3U processor, of course with USB and special drivers.
Double 3D orientation sensor hub with XBEE conectivity
This is a realtime system for calculation and reporting of the 3D orientation position of two sensord on IIC. The system has 6 power lines each of witch has current and voltage control. All managed by Atmel's Atxmega64A3U processor, of course with USB and special drivers.
Double 3D orientation sensor hub with XBEE conectivity
This is a realtime system for calculation and reporting of the 3D orientation position of two sensord on IIC. The system has 6 power lines each of witch has current and voltage control. All managed by Atmel's Atxmega64A3U processor, of course with USB and special drivers.
Double 3D orientation sensor hub with XBEE conectivity
This is a realtime system for calculation and reporting of the 3D orientation position of two sensord on IIC. The system has 6 power lines each of witch has current and voltage control. All managed by Atmel's Atxmega64A3U processor, of course with USB and special drivers.
Double 3D orientation sensor hub with XBEE conectivity
This is a realtime system for calculation and reporting of the 3D orientation position of two sensord on IIC. The system has 6 power lines each of witch has current and voltage control. All managed by Atmel's Atxmega64A3U processor, of course with USB and special drivers.
Double 3D orientation sensor hub with XBEE conectivity

Comentarios

Cambios guardados
Mostrando 1 - 5 de 14 reseñas
 Filtrar reseñas por:
5,0
$60,00 USD
Project for Mivr
Thank you, we will be working again. [26 December, 2016] We will definitely be working with him again.
Arduino
Avatar del usuario
Bandera de Kerim A.
@kerima
•
hace 7 años
2,0
$150,00 USD
Interface current Arduino Mega 2560 to a ISD ChipCorder using SPI -- 2
I was not satisfactory with the end result of this deliverable
C Programming
Microcontroller
Electrical Engineering
Embedded Software
Arduino
B
Closed User
@BRTONE
•
hace 8 años
5,0
$30,00 USD
Project for Mivr -- 3
great job once again. underdtands exactly what is required. prompt and quick to implement. will definitely rehire.
Arduino
A
Closed User
@avanthire
•
hace 8 años
5,0
$50,00 USD
Project for Mivr -- 2
Great job like before. Will definitely re-hire for my future projects.
Arduino
A
Closed User
@avanthire
•
hace 8 años
5,0
$40,00 USD
Project for Mivr
Great job! Finished the work on time. Worked in odd hours because I requested him and it was urgent. Will definitely hire him again.
Arduino
A
Closed User
@avanthire
•
hace 8 años

Experiencia

Arduino quadrotor developer

Robotev
jun 2013 - feb 2014 (8 meses, 1 día)
Developed modules for use in a quadrotor system. Based on Aeroquad.

Educación

Still attending

Technical University Sofia, Bulgaria 2014 - 2015
(1 año)

Calificaciones

First place in robotics competition

Roboleague (Bulgaria)
2014
First place in mini sumo competition

Publicaciones

How to make a racing robot

Technical University Sofia
Report presented on a seminar about robotics 2015. Simple explanation of how a winning racing robot is made. Including planing, drawing mechanics and electronics, producing and last moment fixes.

Contacta Mihail V. 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

us_eng_1.png US English 1 80%

Principales habilidades

Arduino 16

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