Is Industrial Automation the Right Career Choice for You?
Is Industrial Automation the Right Career Choice for You?
What is industrial automation?
Industrial automation is the automation of jobs within an industry, and it's
growing in importance. While the word "automation" is sometimes taken
to mean machines taking over jobs, industrial automation is the management of
these systems so that they function at high levels of efficiency. An industrial
robot is a machine used to produce a physical object. There are other robots
that are used for more limited tasks, such as parts of manufacturing machines
that are automated, but they're not as common.
What do industrial
automation professionals do?
Modern manufacturing uses automation and computer technology to improve the
efficiency of mass production. Innovative factories use robotics, sensors,
scanners, and software to increase the performance of each individual worker
and the team as a whole. Production increases as the workforce decreases,
resulting in a more effective and efficient factory. The International
Federation of Robotics (IFR) estimates that industrial automation has a $300 billion market worldwide, and it is on the rise. Most of the world’s
manufacturing establishments make use of industrial automation in some way, and
businesses are expanding. Within the next 15 years, robots and computer
software are expected to automate as much as 70 percent of manufacturing.
What are the
benefits of industrial automation?
Industrial automation improves quality and increases efficiency through the
following four benefits: Self-learning and maintenance of the system, reducing
downtime by minimizing downtime, and creating optimal efficiencies. Automated
production lines and complex systems increase efficiency and quality by
ensuring consistency in processing. Production lines and systems can make
self-configuring changes that ensure the system and process remain consistent.
Automation provides increased flexibility and can customize the customer’s
needs to match their manufacturing process. How will the manufacturing
workforce change? Industrial automation will allow manufacturers to cut costs
and hire more personnel. As industry systems replace routine work, more tasks
will be automated.
What are the
downsides?
Automation can have a dramatic impact on the availability of jobs and wages,
causing concerns over inequality. That being said, this trend also creates new
opportunities. Rather than replacing workers with machines, automation
technology enhances their roles. Research shows that 35 percent of the total US
labor force would be out of jobs if computers took over all repetitive tasks,
such as installing air-conditioning and building cooling towers. Over
two-thirds of the jobs that will be in demand in 2030 are not yet here. In
fact, the majority of jobs will not exist in 10 years. However, automation
technology will create new jobs within the next two decades, making the industries
of the future look very different from the ones of today. It will also affect
employment rates.
How do you become
an industrial automation professional?
With an education in industrial engineering or a degree in electrical
engineering or mechanical engineering, you can work in a variety of jobs in the
automation industry. The engineering degree prepares you for entry into
engineering or electrical positions. Mechanical engineering can lead to welding
and mechatronics, while engineering degrees in communication and information
systems offer a broad range of opportunities, including systems engineering and
leadership in a variety of industries. Industrial engineers work in production
and engineering management at companies all over the world. The jobs are
hard-working and rewarding, particularly if you have an interest in automation
and manufacturing.
Conclusion
Robots are an undeniable part of the job market today. Today, companies are
at risk of not acquiring employees who are capable enough to perform to the
demands of the new age. Robotics, and other automation, have pushed the demand
for employees that have the knowledge and technical skill to utilize the new
techniques. A combination of specific technical knowledge and the ability to
identify its application for the workforce, are what distinguish engineers and
technology, professionals. Robotic manufacturers and maintenance personnel are
key to the success of the industry. The companies that will survive are the
ones who prioritize their employees’ education, training, and productivity to
make sure their workforce is at the top of their game.