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$25 USD / ώρα
Σημαία της ALGERIA
mila, algeria
$25 USD / ώρα
Τώρα είναι 1:11 π.μ. εδώ
Έγινε μέλος Απριλίου 20, 2020
0 Προτάσεις

Zakarya S.

@ZAKI102

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preferred-freelancer-v2.svg 5,0 (44 αξιολογήσεις)
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94%
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$25 USD / ώρα
Σημαία της ALGERIA
mila, algeria
$25 USD / ώρα
94%
Ολοκληρωμένες Δουλειές
94%
Εντός Προϋπολογισμού
91%
Εντός Χρόνου
11%
Βαθμός Επανάληψης Πρόσληψης

Industrial Automation Expert | PLC and SCADA

Seasoned professional with a decade of hands-on experience in Industrial Automation, specializing in the development, implementation, and optimization of PLC Control Systems, HMI, and SCADA solutions. With a comprehensive skill set and an unwavering commitment to excellence, I bring a proven track record of successfully delivering robust automation projects. Key Skills: ◾Technical Drawing Mastery Proficient in designing precise technical drawings. ◾PLC Development Siemens- S7-1500F/H, S7-400, S7-400F/H/R, S7-300, S7-1200, S7-200, S5, TI PLC, LOGO. ◾HMI, SCADA Development WinCC Basic, WinCC Comfort, WinCC Advanced and WinCC Professional K/TP400, K/TP700, K/TP1200 ◾Software PCS7, STEP7, WinCC, WinCC-Flex, TIA Portal, Eplan, SolidWorks, AutoCAD Electrical ◾VFD Siemens G120, G150, S120 ◾ Industrial Networks- PPI-MPI, Profibus, AS-i, ProfiNet, Ethernet, Modbus, Modbus TCP, RS485, RS232, GSD, GSDML, ◾ Robotics, Arduino, Microcontrollers, C++, ◾Matlab, Simulink, PID Why Choose Me: With a decade of hands-on experience and a meticulous approach to industrial automation, I bring a wealth of knowledge to every project. My proficiency spans a multitude of PLCs, HMIs, SCADA systems, software, VFDs, industrial networks, OPC, and adherence to project documentation standards. Let's collaborate to transform your automation vision into a reality!
Freelancer Electrical Engineers Algeria
Προβολή όλων Electrical Engineers σε Algeria

Επικοινώνησε με τον/την Zakarya S. για τη δουλειά σου

Συνδέσου για να συζητήσεις τις λεπτομέρειες μέσω τις συνομιλίας.

Πορτφόλιο

6508035
The work focuses on navigation for a mobile robot in an environment. Consider the robotic system Qbot2e, equipped with sensors that allow it to perceive its environment and actuators that enable it to move. The goal is to determine a robot movement that: Respects the constraints on the movement of the robotic system. Leads to a predetermined goal. Avoids any collisions with obstacles during navigation. The work is divided into 4 parts: Generating a plan (generating a depth map of the environment). Processing the plan and finding the coordinates of the robot and obstacles on the plan. Trajectory planning. Robot control to follow the defined trajectory.
Project path planning and avoid obstacles to the robot QBot2
The work focuses on navigation for a mobile robot in an environment. Consider the robotic system Qbot2e, equipped with sensors that allow it to perceive its environment and actuators that enable it to move. The goal is to determine a robot movement that: Respects the constraints on the movement of the robotic system. Leads to a predetermined goal. Avoids any collisions with obstacles during navigation. The work is divided into 4 parts: Generating a plan (generating a depth map of the environment). Processing the plan and finding the coordinates of the robot and obstacles on the plan. Trajectory planning. Robot control to follow the defined trajectory.
Project path planning and avoid obstacles to the robot QBot2
The work focuses on navigation for a mobile robot in an environment. Consider the robotic system Qbot2e, equipped with sensors that allow it to perceive its environment and actuators that enable it to move. The goal is to determine a robot movement that: Respects the constraints on the movement of the robotic system. Leads to a predetermined goal. Avoids any collisions with obstacles during navigation. The work is divided into 4 parts: Generating a plan (generating a depth map of the environment). Processing the plan and finding the coordinates of the robot and obstacles on the plan. Trajectory planning. Robot control to follow the defined trajectory.
Project path planning and avoid obstacles to the robot QBot2
The work focuses on navigation for a mobile robot in an environment. Consider the robotic system Qbot2e, equipped with sensors that allow it to perceive its environment and actuators that enable it to move. The goal is to determine a robot movement that: Respects the constraints on the movement of the robotic system. Leads to a predetermined goal. Avoids any collisions with obstacles during navigation. The work is divided into 4 parts: Generating a plan (generating a depth map of the environment). Processing the plan and finding the coordinates of the robot and obstacles on the plan. Trajectory planning. Robot control to follow the defined trajectory.
Project path planning and avoid obstacles to the robot QBot2
The work focuses on navigation for a mobile robot in an environment. Consider the robotic system Qbot2e, equipped with sensors that allow it to perceive its environment and actuators that enable it to move. The goal is to determine a robot movement that: Respects the constraints on the movement of the robotic system. Leads to a predetermined goal. Avoids any collisions with obstacles during navigation. The work is divided into 4 parts: Generating a plan (generating a depth map of the environment). Processing the plan and finding the coordinates of the robot and obstacles on the plan. Trajectory planning. Robot control to follow the defined trajectory.
Project path planning and avoid obstacles to the robot QBot2
The work focuses on navigation for a mobile robot in an environment. Consider the robotic system Qbot2e, equipped with sensors that allow it to perceive its environment and actuators that enable it to move. The goal is to determine a robot movement that: Respects the constraints on the movement of the robotic system. Leads to a predetermined goal. Avoids any collisions with obstacles during navigation. The work is divided into 4 parts: Generating a plan (generating a depth map of the environment). Processing the plan and finding the coordinates of the robot and obstacles on the plan. Trajectory planning. Robot control to follow the defined trajectory.
Project path planning and avoid obstacles to the robot QBot2
6615665
The ultrasonic sensor detects the presence of animals within a predefined range. Upon detection, the Arduino processes this information and triggers the water pump to spray a gentle mist, deterring the animals. Simultaneously, the GSM module sends a notification message to the designated recipient, alerting them to the potential threat. Additionally, the motor can be employed to activate physical deterrents, ensuring an integrated and effective approach to safeguarding the orchard from unwanted visitors.
Arduino GPS for Green-Zone Defender
The ultrasonic sensor detects the presence of animals within a predefined range. Upon detection, the Arduino processes this information and triggers the water pump to spray a gentle mist, deterring the animals. Simultaneously, the GSM module sends a notification message to the designated recipient, alerting them to the potential threat. Additionally, the motor can be employed to activate physical deterrents, ensuring an integrated and effective approach to safeguarding the orchard from unwanted visitors.
Arduino GPS for Green-Zone Defender
9929149
In order to establish a fully automated centralized air conditioning system at the airport, we aim to automate 10 rooftop systems using a single PLC, specifically the S7-1200 model
HVAC - control of the air conditioning system with PLC
In order to establish a fully automated centralized air conditioning system at the airport, we aim to automate 10 rooftop systems using a single PLC, specifically the S7-1200 model
HVAC - control of the air conditioning system with PLC
In order to establish a fully automated centralized air conditioning system at the airport, we aim to automate 10 rooftop systems using a single PLC, specifically the S7-1200 model
HVAC - control of the air conditioning system with PLC
In order to establish a fully automated centralized air conditioning system at the airport, we aim to automate 10 rooftop systems using a single PLC, specifically the S7-1200 model
HVAC - control of the air conditioning system with PLC
In order to establish a fully automated centralized air conditioning system at the airport, we aim to automate 10 rooftop systems using a single PLC, specifically the S7-1200 model
HVAC - control of the air conditioning system with PLC
In order to establish a fully automated centralized air conditioning system at the airport, we aim to automate 10 rooftop systems using a single PLC, specifically the S7-1200 model
HVAC - control of the air conditioning system with PLC
In order to establish a fully automated centralized air conditioning system at the airport, we aim to automate 10 rooftop systems using a single PLC, specifically the S7-1200 model
HVAC - control of the air conditioning system with PLC
In order to establish a fully automated centralized air conditioning system at the airport, we aim to automate 10 rooftop systems using a single PLC, specifically the S7-1200 model
HVAC - control of the air conditioning system with PLC
In order to establish a fully automated centralized air conditioning system at the airport, we aim to automate 10 rooftop systems using a single PLC, specifically the S7-1200 model
HVAC - control of the air conditioning system with PLC
In order to establish a fully automated centralized air conditioning system at the airport, we aim to automate 10 rooftop systems using a single PLC, specifically the S7-1200 model
HVAC - control of the air conditioning system with PLC
9929072
The objective of this project is to propose solutions for the various malfunctions and anomalies in the baggage check-in and handling system. The goal is to develop an automated system with two modes of operation. The first mode relies on hard-wired logic, while the second mode is based on Programmable Logic Controller (PLC) technology. The project is executed through multiple phases, including the configuration of the equipment used in the proposed solution, the implementation of wiring diagrams, assembly of the electrical cabinet, programming of the PLC, and the design of two display stations (PC interface and an Human-Machine Interface (HMI) panel
Conveyer system automation with PLC Siemens and VFDs
The objective of this project is to propose solutions for the various malfunctions and anomalies in the baggage check-in and handling system. The goal is to develop an automated system with two modes of operation. The first mode relies on hard-wired logic, while the second mode is based on Programmable Logic Controller (PLC) technology. The project is executed through multiple phases, including the configuration of the equipment used in the proposed solution, the implementation of wiring diagrams, assembly of the electrical cabinet, programming of the PLC, and the design of two display stations (PC interface and an Human-Machine Interface (HMI) panel
Conveyer system automation with PLC Siemens and VFDs
The objective of this project is to propose solutions for the various malfunctions and anomalies in the baggage check-in and handling system. The goal is to develop an automated system with two modes of operation. The first mode relies on hard-wired logic, while the second mode is based on Programmable Logic Controller (PLC) technology. The project is executed through multiple phases, including the configuration of the equipment used in the proposed solution, the implementation of wiring diagrams, assembly of the electrical cabinet, programming of the PLC, and the design of two display stations (PC interface and an Human-Machine Interface (HMI) panel
Conveyer system automation with PLC Siemens and VFDs
The objective of this project is to propose solutions for the various malfunctions and anomalies in the baggage check-in and handling system. The goal is to develop an automated system with two modes of operation. The first mode relies on hard-wired logic, while the second mode is based on Programmable Logic Controller (PLC) technology. The project is executed through multiple phases, including the configuration of the equipment used in the proposed solution, the implementation of wiring diagrams, assembly of the electrical cabinet, programming of the PLC, and the design of two display stations (PC interface and an Human-Machine Interface (HMI) panel
Conveyer system automation with PLC Siemens and VFDs
The objective of this project is to propose solutions for the various malfunctions and anomalies in the baggage check-in and handling system. The goal is to develop an automated system with two modes of operation. The first mode relies on hard-wired logic, while the second mode is based on Programmable Logic Controller (PLC) technology. The project is executed through multiple phases, including the configuration of the equipment used in the proposed solution, the implementation of wiring diagrams, assembly of the electrical cabinet, programming of the PLC, and the design of two display stations (PC interface and an Human-Machine Interface (HMI) panel
Conveyer system automation with PLC Siemens and VFDs
The objective of this project is to propose solutions for the various malfunctions and anomalies in the baggage check-in and handling system. The goal is to develop an automated system with two modes of operation. The first mode relies on hard-wired logic, while the second mode is based on Programmable Logic Controller (PLC) technology. The project is executed through multiple phases, including the configuration of the equipment used in the proposed solution, the implementation of wiring diagrams, assembly of the electrical cabinet, programming of the PLC, and the design of two display stations (PC interface and an Human-Machine Interface (HMI) panel
Conveyer system automation with PLC Siemens and VFDs
The objective of this project is to propose solutions for the various malfunctions and anomalies in the baggage check-in and handling system. The goal is to develop an automated system with two modes of operation. The first mode relies on hard-wired logic, while the second mode is based on Programmable Logic Controller (PLC) technology. The project is executed through multiple phases, including the configuration of the equipment used in the proposed solution, the implementation of wiring diagrams, assembly of the electrical cabinet, programming of the PLC, and the design of two display stations (PC interface and an Human-Machine Interface (HMI) panel
Conveyer system automation with PLC Siemens and VFDs
The objective of this project is to propose solutions for the various malfunctions and anomalies in the baggage check-in and handling system. The goal is to develop an automated system with two modes of operation. The first mode relies on hard-wired logic, while the second mode is based on Programmable Logic Controller (PLC) technology. The project is executed through multiple phases, including the configuration of the equipment used in the proposed solution, the implementation of wiring diagrams, assembly of the electrical cabinet, programming of the PLC, and the design of two display stations (PC interface and an Human-Machine Interface (HMI) panel
Conveyer system automation with PLC Siemens and VFDs
The objective of this project is to propose solutions for the various malfunctions and anomalies in the baggage check-in and handling system. The goal is to develop an automated system with two modes of operation. The first mode relies on hard-wired logic, while the second mode is based on Programmable Logic Controller (PLC) technology. The project is executed through multiple phases, including the configuration of the equipment used in the proposed solution, the implementation of wiring diagrams, assembly of the electrical cabinet, programming of the PLC, and the design of two display stations (PC interface and an Human-Machine Interface (HMI) panel
Conveyer system automation with PLC Siemens and VFDs
The objective of this project is to propose solutions for the various malfunctions and anomalies in the baggage check-in and handling system. The goal is to develop an automated system with two modes of operation. The first mode relies on hard-wired logic, while the second mode is based on Programmable Logic Controller (PLC) technology. The project is executed through multiple phases, including the configuration of the equipment used in the proposed solution, the implementation of wiring diagrams, assembly of the electrical cabinet, programming of the PLC, and the design of two display stations (PC interface and an Human-Machine Interface (HMI) panel
Conveyer system automation with PLC Siemens and VFDs
9929181
This work focuses on the automation and supervision of a water distribution system at Airport. During our project, I studied the current installation and assimilate its operation to achieve a project specification by respecting that installation, integrating four industrials programmable automats with a monitoring interface. Our work is divided into several parts: identify hardware to use, develop an PLC S7 1200 program through TIAPORTAL software, design a monitoring interface and remote management HMI via SIMATIC WINCC with a network communication system and make electrical schematics
Automation and supervision of a water distribution system
This work focuses on the automation and supervision of a water distribution system at Airport. During our project, I studied the current installation and assimilate its operation to achieve a project specification by respecting that installation, integrating four industrials programmable automats with a monitoring interface. Our work is divided into several parts: identify hardware to use, develop an PLC S7 1200 program through TIAPORTAL software, design a monitoring interface and remote management HMI via SIMATIC WINCC with a network communication system and make electrical schematics
Automation and supervision of a water distribution system
This work focuses on the automation and supervision of a water distribution system at Airport. During our project, I studied the current installation and assimilate its operation to achieve a project specification by respecting that installation, integrating four industrials programmable automats with a monitoring interface. Our work is divided into several parts: identify hardware to use, develop an PLC S7 1200 program through TIAPORTAL software, design a monitoring interface and remote management HMI via SIMATIC WINCC with a network communication system and make electrical schematics
Automation and supervision of a water distribution system
This work focuses on the automation and supervision of a water distribution system at Airport. During our project, I studied the current installation and assimilate its operation to achieve a project specification by respecting that installation, integrating four industrials programmable automats with a monitoring interface. Our work is divided into several parts: identify hardware to use, develop an PLC S7 1200 program through TIAPORTAL software, design a monitoring interface and remote management HMI via SIMATIC WINCC with a network communication system and make electrical schematics
Automation and supervision of a water distribution system
This work focuses on the automation and supervision of a water distribution system at Airport. During our project, I studied the current installation and assimilate its operation to achieve a project specification by respecting that installation, integrating four industrials programmable automats with a monitoring interface. Our work is divided into several parts: identify hardware to use, develop an PLC S7 1200 program through TIAPORTAL software, design a monitoring interface and remote management HMI via SIMATIC WINCC with a network communication system and make electrical schematics
Automation and supervision of a water distribution system
This work focuses on the automation and supervision of a water distribution system at Airport. During our project, I studied the current installation and assimilate its operation to achieve a project specification by respecting that installation, integrating four industrials programmable automats with a monitoring interface. Our work is divided into several parts: identify hardware to use, develop an PLC S7 1200 program through TIAPORTAL software, design a monitoring interface and remote management HMI via SIMATIC WINCC with a network communication system and make electrical schematics
Automation and supervision of a water distribution system
6515606
This presented work in this thesis is executed in the Project Graduation at the airport of Constantine “Mohamed Boudiaf” in collaboration with establishment airport services management of Constantine EGSA/C this work is fruiting a long reflection which tried to give solution about problems in the luggage conveyer belt, through by using an industrial automation systems PLC for replace an electrical cabinet depends on logical wired, and this makes a lot of problems and takes too much time for maintenance
Electrical drawings
This presented work in this thesis is executed in the Project Graduation at the airport of Constantine “Mohamed Boudiaf” in collaboration with establishment airport services management of Constantine EGSA/C this work is fruiting a long reflection which tried to give solution about problems in the luggage conveyer belt, through by using an industrial automation systems PLC for replace an electrical cabinet depends on logical wired, and this makes a lot of problems and takes too much time for maintenance
Electrical drawings
This presented work in this thesis is executed in the Project Graduation at the airport of Constantine “Mohamed Boudiaf” in collaboration with establishment airport services management of Constantine EGSA/C this work is fruiting a long reflection which tried to give solution about problems in the luggage conveyer belt, through by using an industrial automation systems PLC for replace an electrical cabinet depends on logical wired, and this makes a lot of problems and takes too much time for maintenance
Electrical drawings
This presented work in this thesis is executed in the Project Graduation at the airport of Constantine “Mohamed Boudiaf” in collaboration with establishment airport services management of Constantine EGSA/C this work is fruiting a long reflection which tried to give solution about problems in the luggage conveyer belt, through by using an industrial automation systems PLC for replace an electrical cabinet depends on logical wired, and this makes a lot of problems and takes too much time for maintenance
Electrical drawings
This presented work in this thesis is executed in the Project Graduation at the airport of Constantine “Mohamed Boudiaf” in collaboration with establishment airport services management of Constantine EGSA/C this work is fruiting a long reflection which tried to give solution about problems in the luggage conveyer belt, through by using an industrial automation systems PLC for replace an electrical cabinet depends on logical wired, and this makes a lot of problems and takes too much time for maintenance
Electrical drawings
This presented work in this thesis is executed in the Project Graduation at the airport of Constantine “Mohamed Boudiaf” in collaboration with establishment airport services management of Constantine EGSA/C this work is fruiting a long reflection which tried to give solution about problems in the luggage conveyer belt, through by using an industrial automation systems PLC for replace an electrical cabinet depends on logical wired, and this makes a lot of problems and takes too much time for maintenance
Electrical drawings
This presented work in this thesis is executed in the Project Graduation at the airport of Constantine “Mohamed Boudiaf” in collaboration with establishment airport services management of Constantine EGSA/C this work is fruiting a long reflection which tried to give solution about problems in the luggage conveyer belt, through by using an industrial automation systems PLC for replace an electrical cabinet depends on logical wired, and this makes a lot of problems and takes too much time for maintenance
Electrical drawings
This presented work in this thesis is executed in the Project Graduation at the airport of Constantine “Mohamed Boudiaf” in collaboration with establishment airport services management of Constantine EGSA/C this work is fruiting a long reflection which tried to give solution about problems in the luggage conveyer belt, through by using an industrial automation systems PLC for replace an electrical cabinet depends on logical wired, and this makes a lot of problems and takes too much time for maintenance
Electrical drawings
This presented work in this thesis is executed in the Project Graduation at the airport of Constantine “Mohamed Boudiaf” in collaboration with establishment airport services management of Constantine EGSA/C this work is fruiting a long reflection which tried to give solution about problems in the luggage conveyer belt, through by using an industrial automation systems PLC for replace an electrical cabinet depends on logical wired, and this makes a lot of problems and takes too much time for maintenance
Electrical drawings
6508035
The work focuses on navigation for a mobile robot in an environment. Consider the robotic system Qbot2e, equipped with sensors that allow it to perceive its environment and actuators that enable it to move. The goal is to determine a robot movement that: Respects the constraints on the movement of the robotic system. Leads to a predetermined goal. Avoids any collisions with obstacles during navigation. The work is divided into 4 parts: Generating a plan (generating a depth map of the environment). Processing the plan and finding the coordinates of the robot and obstacles on the plan. Trajectory planning. Robot control to follow the defined trajectory.
Project path planning and avoid obstacles to the robot QBot2
The work focuses on navigation for a mobile robot in an environment. Consider the robotic system Qbot2e, equipped with sensors that allow it to perceive its environment and actuators that enable it to move. The goal is to determine a robot movement that: Respects the constraints on the movement of the robotic system. Leads to a predetermined goal. Avoids any collisions with obstacles during navigation. The work is divided into 4 parts: Generating a plan (generating a depth map of the environment). Processing the plan and finding the coordinates of the robot and obstacles on the plan. Trajectory planning. Robot control to follow the defined trajectory.
Project path planning and avoid obstacles to the robot QBot2
The work focuses on navigation for a mobile robot in an environment. Consider the robotic system Qbot2e, equipped with sensors that allow it to perceive its environment and actuators that enable it to move. The goal is to determine a robot movement that: Respects the constraints on the movement of the robotic system. Leads to a predetermined goal. Avoids any collisions with obstacles during navigation. The work is divided into 4 parts: Generating a plan (generating a depth map of the environment). Processing the plan and finding the coordinates of the robot and obstacles on the plan. Trajectory planning. Robot control to follow the defined trajectory.
Project path planning and avoid obstacles to the robot QBot2
The work focuses on navigation for a mobile robot in an environment. Consider the robotic system Qbot2e, equipped with sensors that allow it to perceive its environment and actuators that enable it to move. The goal is to determine a robot movement that: Respects the constraints on the movement of the robotic system. Leads to a predetermined goal. Avoids any collisions with obstacles during navigation. The work is divided into 4 parts: Generating a plan (generating a depth map of the environment). Processing the plan and finding the coordinates of the robot and obstacles on the plan. Trajectory planning. Robot control to follow the defined trajectory.
Project path planning and avoid obstacles to the robot QBot2
The work focuses on navigation for a mobile robot in an environment. Consider the robotic system Qbot2e, equipped with sensors that allow it to perceive its environment and actuators that enable it to move. The goal is to determine a robot movement that: Respects the constraints on the movement of the robotic system. Leads to a predetermined goal. Avoids any collisions with obstacles during navigation. The work is divided into 4 parts: Generating a plan (generating a depth map of the environment). Processing the plan and finding the coordinates of the robot and obstacles on the plan. Trajectory planning. Robot control to follow the defined trajectory.
Project path planning and avoid obstacles to the robot QBot2
The work focuses on navigation for a mobile robot in an environment. Consider the robotic system Qbot2e, equipped with sensors that allow it to perceive its environment and actuators that enable it to move. The goal is to determine a robot movement that: Respects the constraints on the movement of the robotic system. Leads to a predetermined goal. Avoids any collisions with obstacles during navigation. The work is divided into 4 parts: Generating a plan (generating a depth map of the environment). Processing the plan and finding the coordinates of the robot and obstacles on the plan. Trajectory planning. Robot control to follow the defined trajectory.
Project path planning and avoid obstacles to the robot QBot2
6615665
The ultrasonic sensor detects the presence of animals within a predefined range. Upon detection, the Arduino processes this information and triggers the water pump to spray a gentle mist, deterring the animals. Simultaneously, the GSM module sends a notification message to the designated recipient, alerting them to the potential threat. Additionally, the motor can be employed to activate physical deterrents, ensuring an integrated and effective approach to safeguarding the orchard from unwanted visitors.
Arduino GPS for Green-Zone Defender
The ultrasonic sensor detects the presence of animals within a predefined range. Upon detection, the Arduino processes this information and triggers the water pump to spray a gentle mist, deterring the animals. Simultaneously, the GSM module sends a notification message to the designated recipient, alerting them to the potential threat. Additionally, the motor can be employed to activate physical deterrents, ensuring an integrated and effective approach to safeguarding the orchard from unwanted visitors.
Arduino GPS for Green-Zone Defender
9929149
In order to establish a fully automated centralized air conditioning system at the airport, we aim to automate 10 rooftop systems using a single PLC, specifically the S7-1200 model
HVAC - control of the air conditioning system with PLC
In order to establish a fully automated centralized air conditioning system at the airport, we aim to automate 10 rooftop systems using a single PLC, specifically the S7-1200 model
HVAC - control of the air conditioning system with PLC
In order to establish a fully automated centralized air conditioning system at the airport, we aim to automate 10 rooftop systems using a single PLC, specifically the S7-1200 model
HVAC - control of the air conditioning system with PLC
In order to establish a fully automated centralized air conditioning system at the airport, we aim to automate 10 rooftop systems using a single PLC, specifically the S7-1200 model
HVAC - control of the air conditioning system with PLC
In order to establish a fully automated centralized air conditioning system at the airport, we aim to automate 10 rooftop systems using a single PLC, specifically the S7-1200 model
HVAC - control of the air conditioning system with PLC
In order to establish a fully automated centralized air conditioning system at the airport, we aim to automate 10 rooftop systems using a single PLC, specifically the S7-1200 model
HVAC - control of the air conditioning system with PLC
In order to establish a fully automated centralized air conditioning system at the airport, we aim to automate 10 rooftop systems using a single PLC, specifically the S7-1200 model
HVAC - control of the air conditioning system with PLC
In order to establish a fully automated centralized air conditioning system at the airport, we aim to automate 10 rooftop systems using a single PLC, specifically the S7-1200 model
HVAC - control of the air conditioning system with PLC
In order to establish a fully automated centralized air conditioning system at the airport, we aim to automate 10 rooftop systems using a single PLC, specifically the S7-1200 model
HVAC - control of the air conditioning system with PLC
In order to establish a fully automated centralized air conditioning system at the airport, we aim to automate 10 rooftop systems using a single PLC, specifically the S7-1200 model
HVAC - control of the air conditioning system with PLC
9929072
The objective of this project is to propose solutions for the various malfunctions and anomalies in the baggage check-in and handling system. The goal is to develop an automated system with two modes of operation. The first mode relies on hard-wired logic, while the second mode is based on Programmable Logic Controller (PLC) technology. The project is executed through multiple phases, including the configuration of the equipment used in the proposed solution, the implementation of wiring diagrams, assembly of the electrical cabinet, programming of the PLC, and the design of two display stations (PC interface and an Human-Machine Interface (HMI) panel
Conveyer system automation with PLC Siemens and VFDs
The objective of this project is to propose solutions for the various malfunctions and anomalies in the baggage check-in and handling system. The goal is to develop an automated system with two modes of operation. The first mode relies on hard-wired logic, while the second mode is based on Programmable Logic Controller (PLC) technology. The project is executed through multiple phases, including the configuration of the equipment used in the proposed solution, the implementation of wiring diagrams, assembly of the electrical cabinet, programming of the PLC, and the design of two display stations (PC interface and an Human-Machine Interface (HMI) panel
Conveyer system automation with PLC Siemens and VFDs
The objective of this project is to propose solutions for the various malfunctions and anomalies in the baggage check-in and handling system. The goal is to develop an automated system with two modes of operation. The first mode relies on hard-wired logic, while the second mode is based on Programmable Logic Controller (PLC) technology. The project is executed through multiple phases, including the configuration of the equipment used in the proposed solution, the implementation of wiring diagrams, assembly of the electrical cabinet, programming of the PLC, and the design of two display stations (PC interface and an Human-Machine Interface (HMI) panel
Conveyer system automation with PLC Siemens and VFDs
The objective of this project is to propose solutions for the various malfunctions and anomalies in the baggage check-in and handling system. The goal is to develop an automated system with two modes of operation. The first mode relies on hard-wired logic, while the second mode is based on Programmable Logic Controller (PLC) technology. The project is executed through multiple phases, including the configuration of the equipment used in the proposed solution, the implementation of wiring diagrams, assembly of the electrical cabinet, programming of the PLC, and the design of two display stations (PC interface and an Human-Machine Interface (HMI) panel
Conveyer system automation with PLC Siemens and VFDs
The objective of this project is to propose solutions for the various malfunctions and anomalies in the baggage check-in and handling system. The goal is to develop an automated system with two modes of operation. The first mode relies on hard-wired logic, while the second mode is based on Programmable Logic Controller (PLC) technology. The project is executed through multiple phases, including the configuration of the equipment used in the proposed solution, the implementation of wiring diagrams, assembly of the electrical cabinet, programming of the PLC, and the design of two display stations (PC interface and an Human-Machine Interface (HMI) panel
Conveyer system automation with PLC Siemens and VFDs
The objective of this project is to propose solutions for the various malfunctions and anomalies in the baggage check-in and handling system. The goal is to develop an automated system with two modes of operation. The first mode relies on hard-wired logic, while the second mode is based on Programmable Logic Controller (PLC) technology. The project is executed through multiple phases, including the configuration of the equipment used in the proposed solution, the implementation of wiring diagrams, assembly of the electrical cabinet, programming of the PLC, and the design of two display stations (PC interface and an Human-Machine Interface (HMI) panel
Conveyer system automation with PLC Siemens and VFDs
The objective of this project is to propose solutions for the various malfunctions and anomalies in the baggage check-in and handling system. The goal is to develop an automated system with two modes of operation. The first mode relies on hard-wired logic, while the second mode is based on Programmable Logic Controller (PLC) technology. The project is executed through multiple phases, including the configuration of the equipment used in the proposed solution, the implementation of wiring diagrams, assembly of the electrical cabinet, programming of the PLC, and the design of two display stations (PC interface and an Human-Machine Interface (HMI) panel
Conveyer system automation with PLC Siemens and VFDs
The objective of this project is to propose solutions for the various malfunctions and anomalies in the baggage check-in and handling system. The goal is to develop an automated system with two modes of operation. The first mode relies on hard-wired logic, while the second mode is based on Programmable Logic Controller (PLC) technology. The project is executed through multiple phases, including the configuration of the equipment used in the proposed solution, the implementation of wiring diagrams, assembly of the electrical cabinet, programming of the PLC, and the design of two display stations (PC interface and an Human-Machine Interface (HMI) panel
Conveyer system automation with PLC Siemens and VFDs
The objective of this project is to propose solutions for the various malfunctions and anomalies in the baggage check-in and handling system. The goal is to develop an automated system with two modes of operation. The first mode relies on hard-wired logic, while the second mode is based on Programmable Logic Controller (PLC) technology. The project is executed through multiple phases, including the configuration of the equipment used in the proposed solution, the implementation of wiring diagrams, assembly of the electrical cabinet, programming of the PLC, and the design of two display stations (PC interface and an Human-Machine Interface (HMI) panel
Conveyer system automation with PLC Siemens and VFDs
The objective of this project is to propose solutions for the various malfunctions and anomalies in the baggage check-in and handling system. The goal is to develop an automated system with two modes of operation. The first mode relies on hard-wired logic, while the second mode is based on Programmable Logic Controller (PLC) technology. The project is executed through multiple phases, including the configuration of the equipment used in the proposed solution, the implementation of wiring diagrams, assembly of the electrical cabinet, programming of the PLC, and the design of two display stations (PC interface and an Human-Machine Interface (HMI) panel
Conveyer system automation with PLC Siemens and VFDs
9929181
This work focuses on the automation and supervision of a water distribution system at Airport. During our project, I studied the current installation and assimilate its operation to achieve a project specification by respecting that installation, integrating four industrials programmable automats with a monitoring interface. Our work is divided into several parts: identify hardware to use, develop an PLC S7 1200 program through TIAPORTAL software, design a monitoring interface and remote management HMI via SIMATIC WINCC with a network communication system and make electrical schematics
Automation and supervision of a water distribution system
This work focuses on the automation and supervision of a water distribution system at Airport. During our project, I studied the current installation and assimilate its operation to achieve a project specification by respecting that installation, integrating four industrials programmable automats with a monitoring interface. Our work is divided into several parts: identify hardware to use, develop an PLC S7 1200 program through TIAPORTAL software, design a monitoring interface and remote management HMI via SIMATIC WINCC with a network communication system and make electrical schematics
Automation and supervision of a water distribution system
This work focuses on the automation and supervision of a water distribution system at Airport. During our project, I studied the current installation and assimilate its operation to achieve a project specification by respecting that installation, integrating four industrials programmable automats with a monitoring interface. Our work is divided into several parts: identify hardware to use, develop an PLC S7 1200 program through TIAPORTAL software, design a monitoring interface and remote management HMI via SIMATIC WINCC with a network communication system and make electrical schematics
Automation and supervision of a water distribution system
This work focuses on the automation and supervision of a water distribution system at Airport. During our project, I studied the current installation and assimilate its operation to achieve a project specification by respecting that installation, integrating four industrials programmable automats with a monitoring interface. Our work is divided into several parts: identify hardware to use, develop an PLC S7 1200 program through TIAPORTAL software, design a monitoring interface and remote management HMI via SIMATIC WINCC with a network communication system and make electrical schematics
Automation and supervision of a water distribution system
This work focuses on the automation and supervision of a water distribution system at Airport. During our project, I studied the current installation and assimilate its operation to achieve a project specification by respecting that installation, integrating four industrials programmable automats with a monitoring interface. Our work is divided into several parts: identify hardware to use, develop an PLC S7 1200 program through TIAPORTAL software, design a monitoring interface and remote management HMI via SIMATIC WINCC with a network communication system and make electrical schematics
Automation and supervision of a water distribution system
This work focuses on the automation and supervision of a water distribution system at Airport. During our project, I studied the current installation and assimilate its operation to achieve a project specification by respecting that installation, integrating four industrials programmable automats with a monitoring interface. Our work is divided into several parts: identify hardware to use, develop an PLC S7 1200 program through TIAPORTAL software, design a monitoring interface and remote management HMI via SIMATIC WINCC with a network communication system and make electrical schematics
Automation and supervision of a water distribution system
6515606
This presented work in this thesis is executed in the Project Graduation at the airport of Constantine “Mohamed Boudiaf” in collaboration with establishment airport services management of Constantine EGSA/C this work is fruiting a long reflection which tried to give solution about problems in the luggage conveyer belt, through by using an industrial automation systems PLC for replace an electrical cabinet depends on logical wired, and this makes a lot of problems and takes too much time for maintenance
Electrical drawings
This presented work in this thesis is executed in the Project Graduation at the airport of Constantine “Mohamed Boudiaf” in collaboration with establishment airport services management of Constantine EGSA/C this work is fruiting a long reflection which tried to give solution about problems in the luggage conveyer belt, through by using an industrial automation systems PLC for replace an electrical cabinet depends on logical wired, and this makes a lot of problems and takes too much time for maintenance
Electrical drawings
This presented work in this thesis is executed in the Project Graduation at the airport of Constantine “Mohamed Boudiaf” in collaboration with establishment airport services management of Constantine EGSA/C this work is fruiting a long reflection which tried to give solution about problems in the luggage conveyer belt, through by using an industrial automation systems PLC for replace an electrical cabinet depends on logical wired, and this makes a lot of problems and takes too much time for maintenance
Electrical drawings
This presented work in this thesis is executed in the Project Graduation at the airport of Constantine “Mohamed Boudiaf” in collaboration with establishment airport services management of Constantine EGSA/C this work is fruiting a long reflection which tried to give solution about problems in the luggage conveyer belt, through by using an industrial automation systems PLC for replace an electrical cabinet depends on logical wired, and this makes a lot of problems and takes too much time for maintenance
Electrical drawings
This presented work in this thesis is executed in the Project Graduation at the airport of Constantine “Mohamed Boudiaf” in collaboration with establishment airport services management of Constantine EGSA/C this work is fruiting a long reflection which tried to give solution about problems in the luggage conveyer belt, through by using an industrial automation systems PLC for replace an electrical cabinet depends on logical wired, and this makes a lot of problems and takes too much time for maintenance
Electrical drawings
This presented work in this thesis is executed in the Project Graduation at the airport of Constantine “Mohamed Boudiaf” in collaboration with establishment airport services management of Constantine EGSA/C this work is fruiting a long reflection which tried to give solution about problems in the luggage conveyer belt, through by using an industrial automation systems PLC for replace an electrical cabinet depends on logical wired, and this makes a lot of problems and takes too much time for maintenance
Electrical drawings
This presented work in this thesis is executed in the Project Graduation at the airport of Constantine “Mohamed Boudiaf” in collaboration with establishment airport services management of Constantine EGSA/C this work is fruiting a long reflection which tried to give solution about problems in the luggage conveyer belt, through by using an industrial automation systems PLC for replace an electrical cabinet depends on logical wired, and this makes a lot of problems and takes too much time for maintenance
Electrical drawings
This presented work in this thesis is executed in the Project Graduation at the airport of Constantine “Mohamed Boudiaf” in collaboration with establishment airport services management of Constantine EGSA/C this work is fruiting a long reflection which tried to give solution about problems in the luggage conveyer belt, through by using an industrial automation systems PLC for replace an electrical cabinet depends on logical wired, and this makes a lot of problems and takes too much time for maintenance
Electrical drawings
This presented work in this thesis is executed in the Project Graduation at the airport of Constantine “Mohamed Boudiaf” in collaboration with establishment airport services management of Constantine EGSA/C this work is fruiting a long reflection which tried to give solution about problems in the luggage conveyer belt, through by using an industrial automation systems PLC for replace an electrical cabinet depends on logical wired, and this makes a lot of problems and takes too much time for maintenance
Electrical drawings

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Arduino Code Enhancement
He is a good professional and finished it on time.
C Programming
Electronics
Microcontroller
Electrical Engineering
Arduino
C
Closed User
@carlosalmor
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2 μήνες πριν
5,0
$30,00 USD
Installation of EPlan P8 on remote desktop over Anydesk -- 2
Very good job as online work.
Engineering
Circuit Design
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Σημαία της Laris B.
@zenimatik
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5 μήνες πριν
5,0
€350,00 EUR
Project for Zakarya S. -- 2
Perfect work . It was on time
B
Closed User
@bouris07
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1 χρόνο πριν
5,0
$45,00 USD
PLC/hmi siemens
Zakarya was very helpful, he responds back quick, and he will help you as much as he can.
Engineering
Electronics
Microcontroller
PLC & SCADA
Electrical Engineering
M
Σημαία της Mike F.
@mike77f
•
1 χρόνο πριν
5,0
$140,00 USD
Create a Matlab program of coupled mathematical models
Great guy to work with!
Engineering Mathematics
MATLAB
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Σημαία της Daniel O.
@danielonwude
•
2 χρόνια πριν

Εμπειρία

Automation Engineering

Establishment of Management of Airport Services (EGSA) Constantine
Δεκ 2019 - Τρέχουσα
Automation of Baggage handling system Automation of the air conditioning systems at the Constantine airport Planning of electrical diagrams Programming of Siemens PLCs Repair of Baggage scanners (Rapiscan and Smiths Heimann) Repair of telemonitoring systems

Εκπαίδευση

PhD in control systems and robotics

Université Mentouri de Constantine, Algeria 2018 - 2021
(3 χρόνια)

Master Degree in control systems and industrial informatics

Université Mentouri de Constantine, Algeria 2013 - 2018
(5 χρόνια)

Επικοινώνησε με τον/την Zakarya S. για τη δουλειά σου

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Κορυφαίες Ικανότητες

Electrical Engineering 32
Electronics 30
Matlab and Mathematica 22
Robotics 18
Microcontroller 13

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Electrical Engineers in Algeria
Electrical Engineers
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Electrical Engineering
Electronics
Matlab and Mathematica
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