The Demand for Industrial Automation Professionals
The demand for these professionals is growing at a fast pace. Industrial Automation Professionals in India are expected to grow at an annual rate of 40% over the next 10 years. Manufacturing firms, as well as other industries such as IT, pharmaceuticals, and the automotive industry, employ industrial automation professionals. Professionals in industrial automation use software to automate tasks that must be repeated or monitored.
Qualifications of Industrial Automation Professionals
Industrial automation is a system of machines, sensors, and software that automatically controls industrial processes.
Industrial automation has been around for a long time but the term was coined in the 1940s to describe the automation of factories. The development of digital technologies has increased the pace at which industrial automation is evolving and it is now being used in all industries including healthcare, defence, aviation, logistics, and manufacturing.
The main purpose of Industrial Automation is to improve operational efficiency by automating tasks that would otherwise be performed by human beings.
Qualifications:
- Strong understanding of robotics, electronics, computer science, and programming languages like C++ or Python.
- Understanding of manufacturing processes and production line management.
- Understand business environments in order to run projects efficiently and make sound decisions based on company goals.
- Bachelor’s degree and some experience in their field of study.
- Communicate clearly with individuals from diverse backgrounds and cultures.
Roles and Responsibilities of Industrial Automation Professionals
Industrial automation professionals are involved in the development and implementation of automation solutions for different industrial sectors. They are responsible for a wide range of tasks, including:
- Developing, implementing, and supporting automated solutions for different industries
- Implementing and maintaining automation systems
- Creating and managing automation projects
- Conducting research on automation technology and trends
- Providing technical support to end-users
- Training personnel on how to use the automation system.
Every Industrial Automation Professional Needs These 5 Crucial SCADA Skills
Industrial Automation Professionals are in charge of manufacturing and production processes. They design, install, test, and maintain industrial automation systems. Industrial Automation professionals have many skills that are needed in the workplace. These skills include troubleshooting, maintenance, installation, programming and operation.
In order to succeed in this field, Industrial Automation professionals must be able to troubleshoot machines and systems on-site as well as remotely. They also need to be comfortable with programming languages such as C++ and Java.
Industrial Automation Professionals must have the 5 Essential SCADA skills listed below:
-
Basic Math:
The acronym SCADA stands for Supervisory Control and Data Acquisition. Basic Math in SCADA is a term that refers to the use of basic mathematical operations in a SCADA (Supervisory Control and Data Acquisition) system. A SCADA system is an automation and information technology system used for industrial process control. The goal of these systems is to collect, store, and analyze data from sensors and actuators on industrial equipment. The data is then used to control the equipment remotely through software commands.
Industrial Automation is a profession that requires a lot of math. It’s important for those in the field to understand the basics of math so they can make rational decisions. Industrial Automation Professionals should know how to use basic math and formulas. They should learn how to calculate, add, subtract, divide, multiply, and take percentages.
-
Programming:
Programming in SCADA is a programming language that can be used to control and monitor the automated processes of Industrial Automation Systems. It is used for controlling the automation systems of industrial facilities. Programming in SCADA has been widely adopted by many industries like oil & gas, chemical processing, pharmaceuticals and power generation among others.
Industrial Automation professionals should be able to understand programming in order to meet their goals. Programming is a process that involves the use of programming languages such as Java, Python, C++ and others. Industrial automation professionals should learn how to program in order to meet their goals and increase their efficiency at work.
-
Troubleshooting:
Troubleshooting is the process of identifying and resolving system-related problems. Troubleshooting in SCADA is a process of identifying and resolving system-related problems. It can be performed by humans or automated systems like Troubleshooters, Fault Detection and Diagnosis (FD&D) tools, or other software tools.
Troubleshooting is an important skill for any Industrial Automation Professional. It helps in identifying the problem and finding a solution to it. A good troubleshooter knows how to ask the right questions and find the root cause of a problem. They also have a good understanding of what tools they can use to troubleshoot. Industrial automation professionals should understand troubleshooting as it can help them identify problems, find solutions and avoid costly downtime.
-
Basic Electrical Theory:
Basic electrical theory is a set of concepts and principles that deals with the study of electricity. These concepts and principles are used by engineers to design, construct, maintain and operate electrical systems. In SCADA a set of rules are applied to the design and construction of an electrical system. This includes the study of power distribution and control devices such as transformers, reactors, generators, motors and switches.
Industrial Automation Professionals should understand the basic electrical theory. This is because they are often required to troubleshoot and maintain industrial machinery and equipment. They should also be able to identify the electrical components of the machinery they are working with. Industrial Automation Professionals must know how to read schematics, use multimeters, and identify circuit breakers in order to troubleshoot and maintain industrial machines.
-
Data Visualization:
Data visualization is the process of creating a visual representation of data that can be used to gain insight into the information. Data visualization is one of the most important tools in SCADA. It is used to assist decision-making and improve efficiency. It provides a means for users to make sense of data in order to visualize it, understand patterns and identify trends. Data visualization helps you see things that are not visible or are not so obvious with just simple text-based information.
Industrial automation professionals should know how to use data visualization tools to make the most out of their data sets. It helps them to understand what they are doing and makes the work easier for them. Data visualization tools help users to visualize and extract information from large datasets in a manner that is easy to comprehend. They can be used in every field where there is data, including industrial automation, finance, marketing and more.
How and Where to Learn Essential SCADA Skills?
SCADA is a type of control system that helps in the automation of industrial processes. For this reason, it is often relied upon by many organizations. However, there are not many people who have the knowledge and skills to work with SCADA systems.
This is why it’s important for companies to invest in training programs that help employees learn SCADA skills quickly and easily. Employees can learn about SCADA systems through online tutorials, books and videos, live webinars and workshops, as well as through on-the-job training.
There are numerous ways to learn the necessary SCADA skills. The best ways to learn SCADA are as follows:
- Online courses
- Self-directed learning
- Training courses
- Onsite courses
Learn automation basics with LearnVern’s PLC Programming Course. This course will teach you the basics of industrial automation. The concepts, the methods and the applications of Industrial Automation are explained in this course step-by-step in an easy way. With LearnVern, you can learn to create powerful automation and control systems within hours.
Conclusion
Industrial automation professionals are the ones who help to automate various processes in different industries. The automation of industrial processes is a widespread practice and is expected to be more widespread in the future as well.
With the increasing number of automation-related jobs, industrial automation professionals are in great demand.
These specialists will be in great demand since they will be required to work on a variety of facets of automation, including software development, research and development, system integration and installation, and so on.
Industrial automation professionals can also opt for a career change into other related fields such as engineering, project management, business administration or information technology.