Hachem M. Profile | Freelancer

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Microcontroller

Scientific Research

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$25 USD / godz.

berlin,

$25 USD / godz.

Obecnie jest 11:45 PM tutaj

Dołączył kwietnia 1, 2021

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Hachem M.

@DevScience

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$25 USD / godz.

berlin,

$25 USD / godz.

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Powtórna Stawka Zatrudnienia

Mechanical Engineering and development

Hi, my name is Hachem. I am experienced in developing systems and machines based on modern scientific developments in the field of energy, manufacturing, agriculture application, IoT, Logic and Control. I also offer my expertise in process optimisation. - Mathematical Modelling - CAD/CAE - Research and development - C++ Tools: - Ansys Mechanical - Ansys CFX - Inventor - Solid Works - Matlab - OpenFOAM - AutoCAD

Wyświetl Wszystkie CAD/CAM Designers w Germany

Skontaktuj się z Hachem M. w sprawie projektu

Zaloguj się, aby omówić szczegóły na czacie.

Portfolio

Full product development.

TechChill

From scratch to high Quality renders

Conveyor

Mechanical CASE with compact setting for high quality and safe sensor hub for fluid measurements alongside with power supply and actuators.

Greenhouse control Unit

8905850

Greenhouse Plug & Play control unit enables a fully automated control of small to medium size facilities. The core of the device is a Raspberry Pi running a Node.js server. The control interface is utilizing standard web technologies including HTML5, CSS3, and JavasSript (ES6). It features Google’s material design and no-ui-slider. The Pi communicates to one or more Arduino devices via a serial connection. Sensors send their measurements to their connected Arduino, which forwards them to the Pi for further processing and storage. Based on the incoming sensor data and conditions, the computer can send commands to connected Arduinos to activate actuators. The web interface enables the user to control under which conditions the device should, e.g., pump fertilizer into the water, activate the heater, or water the plants.

Greenhouse control system

Greenhouse Plug & Play control unit enables a fully automated control of small to medium size facilities. The core of the device is a Raspberry Pi running a Node.js server. The control interface is utilizing standard web technologies including HTML5, CSS3, and JavasSript (ES6). It features Google’s material design and no-ui-slider. The Pi communicates to one or more Arduino devices via a serial connection. Sensors send their measurements to their connected Arduino, which forwards them to the Pi for further processing and storage. Based on the incoming sensor data and conditions, the computer can send commands to connected Arduinos to activate actuators. The web interface enables the user to control under which conditions the device should, e.g., pump fertilizer into the water, activate the heater, or water the plants.

Greenhouse control system

Greenhouse Plug & Play control unit enables a fully automated control of small to medium size facilities. The core of the device is a Raspberry Pi running a Node.js server. The control interface is utilizing standard web technologies including HTML5, CSS3, and JavasSript (ES6). It features Google’s material design and no-ui-slider. The Pi communicates to one or more Arduino devices via a serial connection. Sensors send their measurements to their connected Arduino, which forwards them to the Pi for further processing and storage. Based on the incoming sensor data and conditions, the computer can send commands to connected Arduinos to activate actuators. The web interface enables the user to control under which conditions the device should, e.g., pump fertilizer into the water, activate the heater, or water the plants.

Greenhouse control system

Innovative energy pile water based for heat exchange.

Energy Pile

Innovative energy pile water based for heat exchange.

Energy Pile

Innovative energy pile water based for heat exchange.

Energy Pile

Innovative energy pile water based for heat exchange.

Energy Pile

Modelling and Manufacturing a fuel tank for specific application in the desert.

Fuel Tank

Full product development.

TechChill

From scratch to high Quality renders

Conveyor

Mechanical CASE with compact setting for high quality and safe sensor hub for fluid measurements alongside with power supply and actuators.

Greenhouse control Unit

8905850

Greenhouse Plug & Play control unit enables a fully automated control of small to medium size facilities. The core of the device is a Raspberry Pi running a Node.js server. The control interface is utilizing standard web technologies including HTML5, CSS3, and JavasSript (ES6). It features Google’s material design and no-ui-slider. The Pi communicates to one or more Arduino devices via a serial connection. Sensors send their measurements to their connected Arduino, which forwards them to the Pi for further processing and storage. Based on the incoming sensor data and conditions, the computer can send commands to connected Arduinos to activate actuators. The web interface enables the user to control under which conditions the device should, e.g., pump fertilizer into the water, activate the heater, or water the plants.

Greenhouse control system

Greenhouse Plug & Play control unit enables a fully automated control of small to medium size facilities. The core of the device is a Raspberry Pi running a Node.js server. The control interface is utilizing standard web technologies including HTML5, CSS3, and JavasSript (ES6). It features Google’s material design and no-ui-slider. The Pi communicates to one or more Arduino devices via a serial connection. Sensors send their measurements to their connected Arduino, which forwards them to the Pi for further processing and storage. Based on the incoming sensor data and conditions, the computer can send commands to connected Arduinos to activate actuators. The web interface enables the user to control under which conditions the device should, e.g., pump fertilizer into the water, activate the heater, or water the plants.

Greenhouse control system

Greenhouse Plug & Play control unit enables a fully automated control of small to medium size facilities. The core of the device is a Raspberry Pi running a Node.js server. The control interface is utilizing standard web technologies including HTML5, CSS3, and JavasSript (ES6). It features Google’s material design and no-ui-slider. The Pi communicates to one or more Arduino devices via a serial connection. Sensors send their measurements to their connected Arduino, which forwards them to the Pi for further processing and storage. Based on the incoming sensor data and conditions, the computer can send commands to connected Arduinos to activate actuators. The web interface enables the user to control under which conditions the device should, e.g., pump fertilizer into the water, activate the heater, or water the plants.

Greenhouse control system

Innovative energy pile water based for heat exchange.

Energy Pile

Innovative energy pile water based for heat exchange.

Energy Pile

Innovative energy pile water based for heat exchange.

Energy Pile

Innovative energy pile water based for heat exchange.

Energy Pile

Modelling and Manufacturing a fuel tank for specific application in the desert.

Fuel Tank

Oceny

Zmiany zapisane

Brak ocen do zobaczenia!

Doświadczenie

Plant Space UG

kwi 2020 - Obecnie

Software development, Mathematical Modelling, CAD, Energy systems, Product design.

SLG Ingenieurtechnik GmbH

lip 2019 - lip 2020 (1 )

Energy systems, special machines, Machine Tools

Ulbricht NGT

kwi 2019 - lip 2020 (1 , 3 miesiące)

CAD

Edukacja

Mechanical Engineering

Technische Universität Chemnitz,

Germany

2008 - 2012

(4 lata)

Skontaktuj się z Hachem M. w sprawie projektu

Zaloguj się, aby omówić szczegóły na czacie.

Weryfikacje

Ulubiony Freelancer

Tożsamość

Płatność Zweryfikowana

Numer telefonu zweryfikowany

E-mail zweryfikowany

Połączone z Facebookiem

Najlepsze Umiejętności

Scientific Research

Microcontroller

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