Why Industrial Automation is a Good Thing

Why Industrial Automation is a Good Thing

October 01, 2021

With industrial automation on the rise, many people are concerned about what this means for job security. While it’s true that automation and robots will replace some jobs across North America, automation will also increase more meaningful employment opportunities and even expand the economy. 

Businesses are constantly on the lookout to innovate and retain an edge over their competitors. A survey by Fortune Business Insights reported that the global industrial automation market will reach 296.70 billion dollars by 2026. Taking this into consideration, businesses may opt to automate processes — either partially or completely.  

Industrial automation is instrumental in helping several industries simplify and automate tasks, which ultimately increases their efficiency and output. But what is meant by “industrial automation” and what exactly are the benefits? Let’s start with the basics.

industrial automation technician monitoring robots

What Is Industrial Automation?

Industrial automation refers to the use of technology to complete industrial operations with minimal human intervention. Automation incorporates control systems, computers, and programming (such as PCs and PLCs) with a combination of assistance from communication devices and hardware. With all of these components working together, the need for human guidance is not required as much in a setting such as a factory.

Several industries today are automating tasks within their assembly line, including notable industries such as paper mills, steel mills, and distribution centres. Industrial automation involves a large number of devices that work in tandem with each other, resulting in a four-tier hierarchy. The four levels of industrial automation are the field level, the control level, the supervisory level, and the enterprise level.

The Four Tier Hierarchy 

  1. The field level is the lowest automation hierarchy level and is made up of devices such as actuators and sensors. These devices are responsible for transferring data to the next level for monitoring and analysis. The field level is dubbed the “arms and eyes” of automation because it detects certain parameters, such as flow, temperature, and pressure, in real time. The data that’s collected from the sensors is transferred to the controller for further monitoring and analysis.
  2. The control level is made up of PLCs and CNC machines that obtain ideal guidelines from the different sensors. Once the information has been received, the controllers drive the actuators based on the signals. PLCs are popular at this level because they allow industrial automation operators to program control functions that execute automatic process operations. Various modules, such as the CPU, analog, and digital I/Os are used within this level. 
  3. At the supervisory level, automatic monitoring systems and devices intervene and control certain functions, such as the set up of production targets, data acquisition, and control when machines start and stop. This can include Human Machine Interfaces (HMI), Distribution Control Systems (DCS), and supervisory control and data acquisition (SCADA) devices.
  4. The final level, the enterprise level, is sometimes referred to as Enterprise Resource Planning (ERP). This is the top level that is tasked with management of the entire industrial automation system. Tasks associated with this level include market and customer analysis, sales, orders, and production planning. This level is geared towards supporting commercial activities, not technical industrial ones.

Benefits of Industrial Automation

Now that we understand how industrial automation works, it’s time to discuss how companies are able to benefit from it. There are many industrial environments that can pose a risk to the safety of employees, and automating an industrial process can aid in creating a safer work environment. For hazardous work, industrial automation systems may be used in the production line instead of humans, keeping workers at a safe distance from chemicals or other damaging materials. 

Robots are also capable of working at a consistent speed 24 hours a day, 7 days a week. This provides companies the potential to produce more products faster than ever before. Enhanced production output spells out higher earnings, increased productivity, and less burnout for workers. With increased automation, factory personnel are able to work fewer hours, resulting in an average 40 hour work week instead of a 70 hour work week, which was seen in years past. 

Another advantage of industrial automation is that it plays a key role in eliminating human error, which also improves the overall quality of products. Since automation is precise and repeatable, it ensures that products are created with the same specifications every time. However, not every job can be fully automated, and some will require human intervention. While we might see less and less job postings for assembly line workers, there will be an uptick in job postings centered around managing automation machines.

automated industrial assembly line

Moving Ahead With Industrial Automation

Industrial automation provides industries with immense advantages and will continue to be deployed across production lines. Businesses that integrate industrial automation will be ahead of the competition and can benefit from enhanced safety and increased production output. Automation will expand the economy in the long run, and workers will have the chance to learn new skills. 

With an increasing demand for experienced workers in this field, there is no better time to equip yourself with the right set of skills and knowledge. Explore George Brown College for more information about our Automation Technician training program.
 

Add new comment