Automation has transformed the industrial scene. Programmable logic controllers (PLCs), robotics, and other cutting-edge technologies are being incorporated into manufacturing facilities more frequently to increase productivity and optimize procedures. Due to the automation revolution, the need for qualified automation technicians to maintain, repair, and optimize these automated systems has increased.
There is no denying that manufacturing automation is on the rise. According to a 2017 Bureau of Labor Statistics (BLS) report , employment connected to automation technologies is expected to expand by 6% by 2026. Automation provides many advantages, such as higher production, enhanced safety, and lower costs, which is why this expansion exists. Automation integration is anticipated to continue as businesses look for a competitive advantage.
On the other hand, a different picture emerges when one examines how automation affects particular technician positions. According to some analysts, automation might cause a drop in some technician jobs. Certain maintenance and troubleshooting chores that are presently handled by professionals may be automated as a result of advancements in artificial intelligence and machine learning.
These perspectives, despite their obvious contradictions, demonstrate the complexity of the manufacturing automation technician employment market. The secret is to comprehend the particular skill sets that are in demand. Automation by itself is unlikely to replace a career in trades involving the setup, configuration, and upkeep of intricate automated systems. Technicians with a combination of practical abilities and technical understanding will always be in demand.
Moreover, “Industry 4.0” presents an additional level of intricacy. This phrase describes the continuous incorporation of cloud computing, the Internet of Things (IoT), and cyber-physical systems into manufacturing processes. A manufacturing technician in Philadelphia who can bridge the gap between traditional mechanical skills and the digital world will be in high demand in Industry 4.0.
First-year students who want to work as an industrial manufacturing technician in Philadelphia must gain the necessary skills from technician schools.
When choosing between a bachelor’s program and an associate’s degree, freshmen should consider their career goals and interests.
Freshmen can take proactive measures to increase their marketability in a competitive job market. As was already mentioned, apart from technician schools, internships offer priceless experience. Freshmen must aggressively look for chances to work for reputable manufacturing facilities or automation companies.
A number of online tools can also help develop relevant abilities. Affordably priced online courses on automation principles, PLC programming, and industrial robots are available on several platforms. Participating in robotics contests or joining technical organizations can also help foster a deeper interest in the subject while honing important problem-solving and collaboration abilities.
A manufacturing automation technician’s professional path can be quite fulfilling. After attending schools for IT technician, they can advance into more specialized positions like PLC programmer, robotics technician, or maintenance technician after obtaining experience. Opportunities for leadership in fields like project management or supervision may also present themselves with further training and experience.
Moreover, the proficiencies acquired in this domain can be used to other sectors that greatly depend on automation, like medical, farming, and shipping. Because of their adaptability, technicians have long-term job stability and can take advantage of new chances as their careers develop.
Manufacturing automation technicians face a dynamic employment market influenced by the growing need for automation and the possibility that some automation jobs could eventually replace technician roles. But there’s still hope for freshmen who have the correct skill set and are eager to learn. Freshmen can succeed in this exciting sector by concentrating on fundamental technical knowledge, gaining real-world experience, and remaining flexible in the face of rapidly changing technological advancements.
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