The goals of modern manufacturing can be summarized as an attempt to achieve sustained growth and profitability by building customer loyalty, creating high-value products, and weathering disruption in a dynamic global marketplace. These are not simple components that can be taken care of all at once. That's why it's so important to have a basic understanding of the most impactful and accessible aspects of automation in current use.
The automation industry makes sense:
- Productivity will be increased with greater precision.
- Improved process and engineering reliability
- Increased productivity
- Improve OEE
- Increase overall profitability
- Hazardous areas and processes can be fully automated, monitored and controlled from the control room. Remote operation and process control avoids many unforeseen events.
- Human error will be reduced for increased accuracy
- Save energy and material optimization by improving quality, accuracy and precision ......
- Provides optimal operating costs
- Reduce routine inspections.
- Implement data logging and analytics
- Implement artificial intelligence
Career Opportunities in Industrial Automation You should be prepared for a growing workforce. In addition, novices should be prepared by visualizing the manufacturing environment. There are many things you will stumble upon.PLC, SCADA, DCS, AC and DC drives, servo drives, robotics, industrial safety, electrical concepts, switchgear and front-end controls, process instrumentation, software integration with industrial processes, data science, artificial intelligence, machine learning, and more. Be prepared for advanced knowledge that will help you understand the technologies of the future.
Automation could be an exciting career opportunity for engineers. Realizing this, the automation industry plans to upgrade the way automation is taught and learned in universities. Such automation industries need engineers for designing, operating, engineering maintenance, troubleshooting of machines, processes or plants, which are integrated by automation tools. Automation equipment currently in demand: Before understanding the need for automation in modern manufacturing processes, it is important to understand how the concepts and practical applications of automation have evolved over time.
Industry 1.0 is about mechanization. Industry 1.0, also known as the first industrial revolution, consisted of systems powered by water, steam, and fossil fuels that replaced animal power with machine power.
Industry 2.0 was about mass production. The second industrial revolution saw the arrival of aviation, radio and assembly line manufacturing, with electricity powering it all.
Industry 3.0 is about digitalization. Industry 3.0 is a huge achievement in realizing productivity. This is largely due to the invention and adoption of technologies such as computers, the internet and information technology. These tools provided the framework needed for modern automation, mass production and robotics.
Industry 4.0, the current need for automation, has information physical systems (CPS) in a manufacturing environment. Modernization offers many opportunities for growth and process improvement; experts are increasingly aware of their need to improve security in an increasingly insecure digital environment. Manufacturing and other industries are taking a close look at cloud-based ERP. these systems consist of machines, computer-controlled protocols, and users working together. The Internet of Things (IoT) is a network of connected devices that transmit data to a centralized system that makes sense of it all. The network consists of enterprise-connected edge devices, endpoints, and input/output points. The Industrial Internet of Things (IIoT) puts the focus on the interconnectivity and data provided by endpoints, sensors and other systems on the factory floor. This level of automation in an industry becomes a "smart" environment that informs the organization from the top down. They provide visibility into the efficiency and performance of factory processes in real time and over time.