Top 6 High Paying Career Scope after Learning Industrial Automation with PLC and SCADA
Industrial automation is a process that aims to replace human workers with machines as much as possible. It is the use of control engineering, both hardware and software, to create an automated process. Industrial automation has been around for more than a century, and it remains the backbone of the modern economy. It is a field that deals with the optimization of the production processes. The main goal of this field is to reduce costs and increase productivity.
Industrial automation starts with the inputs from the sensors that measure, monitor, and control machinery and other physical processes such as temperature or pressure. The inputs are then used to automatically control and maintain equipment and techniques to produce outputs reliably and at the desired quality, efficiency, and cost levels. Industrial automation also includes other capabilities such as data collection, reporting, distributed intelligence, cyber security management, machine learning algorithms for predictive maintenance or process control.
In this article, we will go through –
Role of PLC in Automation
Role of SCADA in Automation
Six career routes one can take after learning Industrial Automation with PLC and SCADA
Role of PLC in Automation
Programmable logic controllers or PLCs are used in industrial automation to carry out control functions for manufacturing equipment, such as controlling the speed, handling the feeding of materials, and even carrying out quality control.
PLCs are used to automate industrial processes involving several input variables that change over time. For example, think about an assembly line that makes widgets. The PLC can monitor input variables such as the widget design and type of metal used and change the process accordingly. Industrial automation is a set of techniques and equipment that uses various technologies, including computers, to increase efficiency and production rates while also reducing costs.
Role of SCADA in Automation
Supervisory Control and Data Acquisition OR SCADA is a system that controls industrial automation. It is often used in industries like power, oil, and gas. These systems are also used in nuclear power plants, water treatment plants, and wind energy farms. SCADA systems are everywhere in industrial automation because they provide essential data for controlling industrial processes. It is used to automate monitoring, handling, and analyzing the feedback data in an industrial process.
Top Six Career Paths One can Choose after Learning Industrial Automation with PLC and Scada
Industrial automation is a fast-growing industry, as automation is now pervasive in all sectors. The growing demand for industrial automation professionals has led to a rapid expansion of the number of jobs available. There are many different career opportunities within Industrial Automation. In fact, according to a recent analysis by McKinsey Global Institute, about one-third of all global economic production could be automated by 2055.
In industrial automation, there are various job openings for individuals with different qualifications and skillsets. These jobs range from entry-level positions to more senior roles. In addition, they can range from designing robots that will be used in manufacturing plants down to programming them with specific tasks that need to be completed. Here are the top six career options for you.
Assembly Engineer
Industrial Automation provides assembly engineers with an opportunity to reduce their time spent assembling products using machines and computers. As a result, assembly Engineers can now spend more time on tasks that require human reasoning instead of repetitive and tedious tasks to complete.
An assembly engineer is responsible for the assembly of products. They are also responsible for the testing of products. The assembly engineer role in industrial automation is a new job position that came with the recent evolution of industrial automation. They are responsible for assembling, testing, and repairing an industrial automation machine or system's parts.
Design Engineer
The design Engineer job role is significant in industrial automation. They have to create a design that will suit the needs of the project. They also have to ensure that the invention can be manufactured and assembled easily. Design engineers need a lot of skills and knowledge to design a product. They need to know how to use CAD software, be aware of safety regulations, and think about whether the product will work in extreme temperatures or weather conditions.
Design engineers are also responsible for creating prototypes, which means they need expertise with CNC machines and 3D printers and an understanding of electronics, electrical engineering, pneumatics, hydraulics, and mechanics.
Automation Technician
Automation Technicians are technicians that install, operate and maintain industrial automation equipment. In addition, they are responsible for the production of goods, materials and electricity.
The Automation Technician is responsible for the installation, operation and maintenance of complex automated machinery. The work is often physically demanding, requiring technicians to climb ladders or scaffoldings to perform tasks. They are responsible for the quality of their work as well as the result of their team members. Therefore, the Automation Technician must have a high level of technical knowledge to understand how different systems interact in an integrated assembly line or building automation system.
Automation Project Manager
Automation Project Managers are responsible for managing a team of engineers and technicians, scheduling meetings with customers and prospects, preparing technical specifications, designing presentations, drafting proposals, reviewing drawings and layouts to ensure compliance with customer requirements.
The Automation Project Manager is responsible for developing the automation project plan, including developing an estimate of labour hours required to complete the project, Estimating the time necessary to complete each task in the project plan, and Estimating total completion costs.
They are also responsible for developing an estimate of material costs, Developing a detailed timeline that reflects all jobs, Maintaining records of completed tasks or providing updates on work status as needed, and Assigning team members to tasks based on their skillset.
Automation Product Manager
The Automation Product Manager is a key go-to person for the company's automation products. They have to identify new technology trends, determine product feasibility, create a strategy for bringing products to the market, and meet their profitability goals.
Industrial Automation Product Managers are responsible for coordinating and managing all aspects of the product lifecycle from conception to retirement. Industrial Automation Product Manager's job includes creating market demand for automation products through industry research and forecasting, identifying customer needs, developing product specifications, and promoting new products.
Industrial Automation Sales Engineer
The Industrial Automation Sales Engineer job role is to orchestrate the development of an automated solution for a customer.
The Industrial Automation Sales Engineer will manage the project with the customer and supervise any necessary adjustments to ensure that it is completed on time. The primary responsibilities include defining the scope, determining key stakeholders, defining what automation can do for each stakeholder, and identifying potential risks involved in implementing an automated solution.
Industrial Automation Sales Engineers promote automation products and services to customers by evaluating their needs, understanding their needs, and helping them develop an optimal automated solution that is most appropriate based on their business needs.
Conclusion
Automation is becoming an integral part of our lives. It is not just the sole domain of the industrial sector, but it has branched out to all walks of life, including healthcare, education, food production, retail and auditing. Industrial Automation is a great career choice if you are interested in systems involving automation, computer science, mechanical engineering, or electrical engineering. So why are you waiting? Get started with your favourite Industrial Automation course and pursue your goals.
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