Logo de Freelancer Cómo funcionaBusca trabajos
Iniciar sesión Registrarse
Publica un proyecto
Foto de portada de perfil
Ahora estás siguiendo a
Error al seguir a usuario.
Este usuario no permite que los usuarios lo sigan.
Ya estás siguiendo a este usuario.
Tu plan de membresía solo permite 0 seguimientos. Mejora tu membresía aquí.
Dejaste de seguir correctamente a
Error al dejar de seguir al usuario.
Has recomendado exitosamente a
Error al recomendar al usuario.
Algo salió mal. Por favor, actualiza la página e intenta de nuevo.
Email verificado correctamente.
Avatar del usuario
$20 USD / hora
Bandera de ALGERIA
alger, algeria
$20 USD / hora
Aquí son las 8:20 p. m.
Se unió el marzo 15, 2015
1 Recomendación

Sidali H.

@sidou82

 4,7 (10 comentarios)
3,9
3,9
91%
91%
$20 USD / hora
Bandera de ALGERIA
alger, algeria
$20 USD / hora
100 %
Trabajos finalizados
100 %
Dentro del presupuesto
100 %
A tiempo
8 %
Tasa de recontratación

Electronics Engineer / Coding

Strong analytical skills with a thorough knowledge of analog and digital electronics, C, C++, VBA and Python coding and SAP ERP business analysis. Eager to support you in electronics, PCB design and business process analysis. Familiar with : - C, C++, VBA, Python, MySQL - Microcontrollers & Arduino Programming - Matlab and Simulink - Power Electronics - SAP SD, MM, PM - Labcenter Proteus - PCB Design
Freelancer Electronics Engineers Algeria
Ver todo Electronics Engineers en Algeria

Contacta Sidali H. sobre tu trabajo

Inicia sesión para comentar cualquier detalle por chat.

Portafolio

2849142
This a board using arduino nano to control power meter.
PCB design
2633924
• Implement the Perturb and Observe (P & O) Maximum Power Point Tracking Algorithm in Arduino Uno. • creat the circuit diagram consisting of a 200w solar panel and boost converter circuit.
P&O MPPTracking Algorithm using Arduino Uno
2633901
The goal is to see LED being turned ON as Output. Using HC-04 the default situation is that the UltraSonic sensor is close to the object (with 5cm) and start checking the time right after the object is far away from the UltraSonic sensor(with 10cm) and stop checking the time right after the object is close to the UltraSonic sensor again (with 5mc). The Arduino has to get feedback the timing value on how long did it take. The limitation of timing value is 20seconds. if the value is same to 20 seconds or over, the LED is turned ON. if not, the LED is turned OFF.
UltraSonic_Check_Distance ARDUINO
2255716
In order to extract the maximum amount of from the photovoltaic generator, we propose an intelligent control method for the maximum power point tracking (MPPT) of a photovoltaic system under variable temperature and insulation conditions. This method uses a fuzzy logic controller. As part of our work, we will focus on voltage inverter at three levels to NPC structure. The latter can increase the voltage supplied to the load (network) through their topology. Thus, they can generate more voltage sinusoidal possible and improve the total harmonic distortion through the high voltage levels provided by the structure of this new converter.\\nThe grid interface inverter transfers the energy drawn from the PV module into the grid by keeping common dc voltage constant. The PQ control approach has been presented for the multilevel inverter. The simulation results under Matlab/Simulink show the control performance and dynamic behaviour of grid connected photovoltaic system.
Modeling and simulation of a grid connected PV generator
1874868
Elaboration of the virtual robot and the establishment of the control of the real robot arm following the steps below :\\n- The modeling of a manipulator arm with five degrees of freedom identical to ROB3i using SolidWorks, and the highlighting of the direct and inverse kinematic model, which represents the control member.\\n- The integration of the robot in a 3D environment using the OpenGL graphics library, programmable user interface and language GLUT DEV C ++ 4.9.9.2 by applying the bright and colors effects.\\n-The Design and implementation of a communication interface between the virtual and real robot and a control board for enslaving the engines of real robot mainly using PIC 16F877 microcontroller and L298 circuit to control arms\\\'s motors.\\n
Study and realization of a virtual robot using OpenGL / C++
Elaboration of the virtual robot and the establishment of the control of the real robot arm following the steps below :\\n- The modeling of a manipulator arm with five degrees of freedom identical to ROB3i using SolidWorks, and the highlighting of the direct and inverse kinematic model, which represents the control member.\\n- The integration of the robot in a 3D environment using the OpenGL graphics library, programmable user interface and language GLUT DEV C ++ 4.9.9.2 by applying the bright and colors effects.\\n-The Design and implementation of a communication interface between the virtual and real robot and a control board for enslaving the engines of real robot mainly using PIC 16F877 microcontroller and L298 circuit to control arms\\\'s motors.\\n
Study and realization of a virtual robot using OpenGL / C++
Elaboration of the virtual robot and the establishment of the control of the real robot arm following the steps below :\\n- The modeling of a manipulator arm with five degrees of freedom identical to ROB3i using SolidWorks, and the highlighting of the direct and inverse kinematic model, which represents the control member.\\n- The integration of the robot in a 3D environment using the OpenGL graphics library, programmable user interface and language GLUT DEV C ++ 4.9.9.2 by applying the bright and colors effects.\\n-The Design and implementation of a communication interface between the virtual and real robot and a control board for enslaving the engines of real robot mainly using PIC 16F877 microcontroller and L298 circuit to control arms\\\'s motors.\\n
Study and realization of a virtual robot using OpenGL / C++
Elaboration of the virtual robot and the establishment of the control of the real robot arm following the steps below :\\n- The modeling of a manipulator arm with five degrees of freedom identical to ROB3i using SolidWorks, and the highlighting of the direct and inverse kinematic model, which represents the control member.\\n- The integration of the robot in a 3D environment using the OpenGL graphics library, programmable user interface and language GLUT DEV C ++ 4.9.9.2 by applying the bright and colors effects.\\n-The Design and implementation of a communication interface between the virtual and real robot and a control board for enslaving the engines of real robot mainly using PIC 16F877 microcontroller and L298 circuit to control arms\\\'s motors.\\n
Study and realization of a virtual robot using OpenGL / C++
2255549
The objective was to assess the number of solar panels needed to produce the annual electricity consumption of Al-Shifa Hospital (150 kW / day)
Solar Electric Power System - Al-Shifa Hospital
The objective was to assess the number of solar panels needed to produce the annual electricity consumption of Al-Shifa Hospital (150 kW / day)
Solar Electric Power System - Al-Shifa Hospital
2849142
This a board using arduino nano to control power meter.
PCB design
2633924
• Implement the Perturb and Observe (P & O) Maximum Power Point Tracking Algorithm in Arduino Uno. • creat the circuit diagram consisting of a 200w solar panel and boost converter circuit.
P&O MPPTracking Algorithm using Arduino Uno
2633901
The goal is to see LED being turned ON as Output. Using HC-04 the default situation is that the UltraSonic sensor is close to the object (with 5cm) and start checking the time right after the object is far away from the UltraSonic sensor(with 10cm) and stop checking the time right after the object is close to the UltraSonic sensor again (with 5mc). The Arduino has to get feedback the timing value on how long did it take. The limitation of timing value is 20seconds. if the value is same to 20 seconds or over, the LED is turned ON. if not, the LED is turned OFF.
UltraSonic_Check_Distance ARDUINO
2255716
In order to extract the maximum amount of from the photovoltaic generator, we propose an intelligent control method for the maximum power point tracking (MPPT) of a photovoltaic system under variable temperature and insulation conditions. This method uses a fuzzy logic controller. As part of our work, we will focus on voltage inverter at three levels to NPC structure. The latter can increase the voltage supplied to the load (network) through their topology. Thus, they can generate more voltage sinusoidal possible and improve the total harmonic distortion through the high voltage levels provided by the structure of this new converter.\\nThe grid interface inverter transfers the energy drawn from the PV module into the grid by keeping common dc voltage constant. The PQ control approach has been presented for the multilevel inverter. The simulation results under Matlab/Simulink show the control performance and dynamic behaviour of grid connected photovoltaic system.
Modeling and simulation of a grid connected PV generator
1874868
Elaboration of the virtual robot and the establishment of the control of the real robot arm following the steps below :\\n- The modeling of a manipulator arm with five degrees of freedom identical to ROB3i using SolidWorks, and the highlighting of the direct and inverse kinematic model, which represents the control member.\\n- The integration of the robot in a 3D environment using the OpenGL graphics library, programmable user interface and language GLUT DEV C ++ 4.9.9.2 by applying the bright and colors effects.\\n-The Design and implementation of a communication interface between the virtual and real robot and a control board for enslaving the engines of real robot mainly using PIC 16F877 microcontroller and L298 circuit to control arms\\\'s motors.\\n
Study and realization of a virtual robot using OpenGL / C++
Elaboration of the virtual robot and the establishment of the control of the real robot arm following the steps below :\\n- The modeling of a manipulator arm with five degrees of freedom identical to ROB3i using SolidWorks, and the highlighting of the direct and inverse kinematic model, which represents the control member.\\n- The integration of the robot in a 3D environment using the OpenGL graphics library, programmable user interface and language GLUT DEV C ++ 4.9.9.2 by applying the bright and colors effects.\\n-The Design and implementation of a communication interface between the virtual and real robot and a control board for enslaving the engines of real robot mainly using PIC 16F877 microcontroller and L298 circuit to control arms\\\'s motors.\\n
Study and realization of a virtual robot using OpenGL / C++
Elaboration of the virtual robot and the establishment of the control of the real robot arm following the steps below :\\n- The modeling of a manipulator arm with five degrees of freedom identical to ROB3i using SolidWorks, and the highlighting of the direct and inverse kinematic model, which represents the control member.\\n- The integration of the robot in a 3D environment using the OpenGL graphics library, programmable user interface and language GLUT DEV C ++ 4.9.9.2 by applying the bright and colors effects.\\n-The Design and implementation of a communication interface between the virtual and real robot and a control board for enslaving the engines of real robot mainly using PIC 16F877 microcontroller and L298 circuit to control arms\\\'s motors.\\n
Study and realization of a virtual robot using OpenGL / C++
Elaboration of the virtual robot and the establishment of the control of the real robot arm following the steps below :\\n- The modeling of a manipulator arm with five degrees of freedom identical to ROB3i using SolidWorks, and the highlighting of the direct and inverse kinematic model, which represents the control member.\\n- The integration of the robot in a 3D environment using the OpenGL graphics library, programmable user interface and language GLUT DEV C ++ 4.9.9.2 by applying the bright and colors effects.\\n-The Design and implementation of a communication interface between the virtual and real robot and a control board for enslaving the engines of real robot mainly using PIC 16F877 microcontroller and L298 circuit to control arms\\\'s motors.\\n
Study and realization of a virtual robot using OpenGL / C++
2255549
The objective was to assess the number of solar panels needed to produce the annual electricity consumption of Al-Shifa Hospital (150 kW / day)
Solar Electric Power System - Al-Shifa Hospital
The objective was to assess the number of solar panels needed to produce the annual electricity consumption of Al-Shifa Hospital (150 kW / day)
Solar Electric Power System - Al-Shifa Hospital

Comentarios

Cambios guardados
Mostrando 1 - 5 de 11 reseñas
 Filtrar reseñas por:
5,0
€50,00 EUR
Project for Sidali H.
Good Freelancer. Made great effort to meet our expectations and specific requirements.
Electronics
Matlab and Mathematica
Microcontroller
Electrical Engineering
+1 más
A
Bandera de Aurelien P.
@aurelien2
•
hace 6 años
5,0
$55,00 USD
create a model in simulink
excellent job
Matlab and Mathematica
Electrical Engineering
M
Closed User
@mulayrutuja1
•
hace 7 años
5,0
$60,00 USD
Project for sidou82 -- 2
good work within budget and time! Looking forward to work again.
Electronics
Matlab and Mathematica
Microcontroller
Electrical Engineering
+1 más
Avatar del usuario
Bandera de Prem G.
@gurbani
•
hace 8 años
4,6
£60,00 GBP
Project 10239723 has been deleted
Really nice person to work with. Would definitely hire again
Avatar del usuario
Bandera de Hassan S.
@hassanshah1991
•
hace 8 años
5,0
$110,00 USD
nano v3 board project
excellent freelancer will hire him again
Electronics
Microcontroller
PCB Layout
Arduino
Circuit Design
S
Bandera de Victor M.
@salemend
•
hace 8 años

Experiencia

Measurements Engineer

Freelancer
sept 2007 - Presente
- Instrumentation Engineering - Analog & Digital Electronics design - PCB design - SAP S/4 HANA - Microcontrollers and Arduino programming - Flow meters sizing (Orifice, Ultrasonic, Turbine) - Instrument Installation, testing, Pre-Commissioning, and Commissioning - Calculation of Control valves sizing and noise - Calculation of Relief valves sizing and noise

Educación

Master's degree in Electronics

Université des Sciences et de la Technologie 'Houari Boumediène', Algeria 2002 - 2007
(5 años)

Calificaciones

SAP PM Configuration

SAP
2018
Blueprint, Tests, configuration

Fiscal Metering Systems

DNV-GL
2014
Training courses on fiscal metering of natural gas

Information Systems Project Management

Veil-Tech
2009
Management of projects of information systems

Contacta Sidali H. 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

Electronics 8
Matlab and Mathematica 6
Microcontroller 6
Electrical Engineering 6
Circuit Design 5

Explorar freelancers similares

Electronics Engineers in Algeria
Electronics Engineers
Matlab and Mathematica Engineers
Microcontroller Developers

Explorar galerías similares

Electronics
Matlab and Mathematica
Microcontroller
Electrical Engineering
Usuario anterior Usuario siguiente
¡Invitación enviada correctamente!
¡Gracias! Te hemos enviado un enlace para reclamar tu crédito gratuito.
Algo salió mal al enviar tu correo electrónico. Por favor, intenta de nuevo.
Logo de Freelancer Spain / Español Ayuda y soporte Freelancer CategoríasProyectos Concursos Freelancers Empresarial MembresíaPrograma de Freelancers Preferentes Gestión del proyecto Trabajos localesPhoto Anywhere GaleríaAPI para desarrolladoresVerifícate Software de escritorio Información Quiénes somos Cómo funciona Seguridad Inversionista Mapa del sitio Historias NoticiasEquipoPremiosComunicados de prensaEmpleos Términos Política de privacidadTérminos y condicionesPolítica de derechos de autorCódigo de conductaCargos y TarifasSociosEscrow.comLoadshiftWarrior Forum Apps Logo de "App Store" de AppleLogo de Google Play
Falló el copiado al portapapeles. Intenta de nuevo después de ajustar tus permisos.
Copiado al portapapeles.
Usuarios registrados Total de empleos publicados
Freelancer ® is a registered Trademark of Freelancer Technology Pty Limited (ACN 142 189 759)
Copyright © 2024 Freelancer Technology Pty Limited (ACN 142 189 759)
Cargando visualización previa
Permiso concedido para Geolocalización.
Tu sesión de acceso ha expirado y has sido desconectado. Por favor, inica sesión nuevamente.