• Two main areas of expertise
    Industrial & Maritime Automation
    Over 15 years of experience in industrial control panels design, systems integration, lean concept automation, design engineering...
  • WE ARE
    a complete provider of Engineering to Order Consulting and System Integration Company

About West Automation

Control Panel Design, Programming, Integration, Commissioning, Service and Maintenance

West Automation is an automation, integration and engineering company with operations in industry and marine segment where you can find solutions from simpler to more complex needs. Bringing over 15 years of experience in industrial control panels design, integrating PLC or EMBEDDED control, systems integration, lean concept automation, design engineering, and industrial programming to critical manufacturing processes.

Area of expertise

West Automation is focusing its offer of products and services in tow main areas: the industry and the maritime sector.

Industrial Automation Services

Our goal with any automation project is to provide you with superior results while assisting you in proving the long-term ROI of your investment.

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Maritime Services

Crew services, newbuilding and conversion, commercial management, technical and operational support services are all essential for any modern fleet to operate smoothly at sea.

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Products & Technologies

Command and control panels, complete automation solutions

17 Steps for successful systems integration


Survey and documentation


Data analysis


Developing options






Project kickoff


Functional Engineering


Detail Engineering


Acceptance Test Plan


System Development


System Integration


Factory Acceptance Test


Site Acceptance Test








Support service

Providing services to


Complete Solutions.

Automation Experts.


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The use of machines, control systems, and information technologies to reduce the need for human intervention in the production of goods and services is known as industrial automation.

There are numerous ways in which technology can be used to improve a manufacturing facility's efficiency and productivity. One method is to use sensors and automation to automate the manufacturing process. This can help to reduce the need for manual labor as well as the possibility of human error. Furthermore, the use of technology can help to improve communication and coordination between different parts of the manufacturing process, which can help to improve efficiency and productivity even further.

PLCs are electronic devices that control and automate industrial processes and machinery. They are programmable, which means they can be programmed to perform specific tasks, and they can also receive input from sensors and other devices to make decisions and perform actions.

PLCs are important in industrial automation because they allow for the control and automation of industrial processes and machinery. Manufacturers can increase efficiency and productivity while lowering costs by using PLCs.

A distributed control system (DCS) is a computerized system used to control industrial processes that span a large geographical area. A SCADA (supervisory control and data acquisition) system is a computerized system for monitoring and controlling industrial processes. A PLC (programmable logic controller) is a computerized system that is used to control repetitive industrial processes.

Many methods are used to implement industrial automation, but the most common are sensors, programmable logic controllers (PLCs), and robotic systems. Sensors detect environmental conditions and relay that information to the control system. PLCs are used to control a process by executing a set of instructions. Robotic systems are used to automate tasks that would normally be done by humans.

To send data between devices, serial communication protocols are used. RS-232 is the most widely used serial communication protocol for connecting computers and peripherals. RS-485 and RS-422 are two other serial communication protocols.

Machine learning can be applied to industrial automation in a variety of ways. One approach is to use machine learning algorithms to detect patterns in data that can be used to improve manufacturing process efficiency. Machine learning, for example, can be used to detect patterns in sensor data that indicate when a machine is beginning to malfunction. Another application of machine learning in industrial automation is to automatically generate control programs for robots or other machines based on data about the task at hand.

High-level programming languages are designed to be more user-friendly, making them easier to learn and use. Low-level programming languages are designed to be more efficient, which makes them more difficult to learn and use.

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Recent Projects

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