The advent of technology has impacted our lives beyond imagination. The beginning of the 19th Century marks the revolution of the widespread adoption of industrial processes. Slowly, the inventions seemed to be on an exponential rise for manufacturing programs. As time progressed, the invention of cars to powered flights, from minute calculating devices to supercomputers, from miniature refrigeration systems to centralized cooling structures. From the invention of the light bulb and electricity to power backup generation facilities, humans have contributed to this revolutionary advent of technology to simplify their everyday lives. These technologies’ impact on our lives and manufacturing programs is humongous; it seems as though we have invented and contributed to this massive evolution, and we no longer control ourselves. Instead, it is the technology that controls us. So let us see the role of manufacturing, electronics, and robotics in the automation industry and how it has impacted our lives.
We are currently at the cusp of a unique technological diversion of massive significance, namely the 5th generation of computing: Artificial Intelligence, and toward the robotics revolution. Our conventional minds may visualize robots as rigid, large, resilient machines installed to repeat tasks precisely at an industrial scale. But, our future robots are something far beyond the conventional human imagination. These robots can be better referred to as artificial robotic organisms with potential mimicking characteristics extending to performing activities far superior to the accuracy and preciseness of an ordinary person. And, if you plan on learning how to work better with robotics, then an advanced manufacturing program is what you need. These machine organisms can replace humans in performing humanely complex tasks, from handling and interacting with delicate things, calculating huge figures, analyzing data, and arriving at predictions, with working principles defined and constructed by humans. Yet, the resultant performance is far beyond humans’ realizable scale.
The industrial revolution can be mainly attributed to the development of two crucial manufacturing/ mechanical and electrical systems. On the other hand, the robotic revolution exploits the fusion of human intelligence, numerous methods of computations, electrical systems, manufacturing industry, mechanical systems, manufacturing training, and metallurgical studies. It is thus the amalgamation of the best available technologies to develop an astonishing range of self-regulating organisms.
A robot can carry complex actions, mainly backed up and programmable by a computer. Robotic automation has dissolved in multiple areas of manufacture manufacturing areas to handle them and work with them via advanced manufacturing programs. This includes performing robotic welding, assembly, handling raw materials, shipping, etc.
Robotic automation thus requires immense human efforts from various backgrounds to put forth their knowledge in engineering, programming, electronics system integration, data analysts, operators, mechanical designers, and manufacturers. But, on the other hand, it offers the industrialists and the manufacturers exponential opportunities to combat cost issues, enhance production, and the Return On Investment to be equal to or surpass growth with greater ease.
I certainly not. According to multiple predictions, though 59% of manufacturing industrial activities will be automated in a few decades, 41% of the remaining activities will be performed by humans. These robots will create more jobs in robotics and related fields and the industrial sector. A Swiss think tank said robots would displace 70 million jobs globally. However, they will also create over 130 million new ones amounting to a net positive approximation of 60 million jobs.
The electronics industry’s involvement in robotics and robotic automation in the electronics industry is inseparable. Robotics use for electronics and semiconductors has increased tremendously, leading to reduced installation times and total cost of implementation of robotic solutions.
In the electronic sectors, the components that constitute a wide range of devices are much smaller than in the other conventional robotics applications, thus assuring higher-end devices’ quality and preciseness. Furthermore, accuracy in manufacturing these devices is crucial as the precision of locating, assembling, and placing the parts is critical for the proper functioning of any device. Besides these, the fragility of the components demands gentle handling to avoid micro-cracks or other potential physical damages to the products.
Robotics thus contribute to high output, adaptability, and increased yield in the electronics and fabrication industry.
The word “robot” is derived from the Czech word “Robotnik,” which means “to slave.” In the early 1960s, Factories initially commenced using these machines to handle some of the dangerous and mundane operations that humans didn’t prefer working on. But, the robots emerged more powerful than they were destined to be, taking up unwanted tasks and accomplishing the work with unprecedented accuracy, efficiency, speed, and precision. Presently, they can perform various functions classified as Type of movement, Application, Architecture, Brand, and Ability to be collaborative according to various criteria.
With the rise in labor costs and higher competition for low-wage overseas, more and more manufacturers are using robot technologies. As a result, 90% of modern robots are found in factories.
Industrial robots in the manufacturing sector boost qualitative performance with predictable action and specific behavior, thereby enabling the production of high-quality products on a colossal scale outperforming their human counterparts.
Though automation in the manufacturing sector might seem like a mammoth investment, it is highly cost-effective with high quality and effective production, leading to an exponential increase in revenue.
The intervention of industrial robots in the conventional process has positively impacted the manufacturing industry on the verge of a glorious revolution. As a result, manufacturing processes are transforming into better, efficient, cost-effective, and more intelligent processes wherein complex processes are sorted within seconds.
A slew of job opportunities in manufacturing is on the rise as robotics and manufacturing progress with each other. These jobs are more desirable and pose a safer, pressure-free work environment.
The human generation is progressing at an undigestable phase wherein every tech geek and tech user expects and demands their electronic equipment to perform many tasks, thereby shaping up a newer field of flexible robotics. Thus, electronics manufacturing is heavy in assembly, designing, manufacturing, and dispensing and extends its applicability in the service sector from packaging and shipping to responding to customer grievances.
With the increase in the demand for mobile computing, the incredible pace of robotics development is inevitable, resulting in falling prices, faster advances, and the advent of newer technology.
For instance, in the earlier days, Accelerometers cost hundreds of dollars each. However, all smartphones can currently measure direction, heart rate, and acceleration, capture stunning video, fix geographical location, interface with other devices, and transmit several spectrum bands. Offer guidance — functionality robots thus need to maneuver our world productively.
Automation is a progressive stage in the automotive, medical, and electronics manufacturing industries. Small- and mid-sized manufacturers have started to employ robots. However, a plausible future is far away from the horizon.
The man-machine collaboration will be the need of the hour with enhanced efficiency across the entire manufacturing and industrial sector, with an entirely new horizon of competitiveness, innovation, efficiency, safety, and production.
As time progress, the boundaries amongst innovative electronic material, biology, mechanical understanding, artificial intelligence, and embodiment are converging. The robotic impact can thus cure us of diseases like cancer or even severely attack the human race with an intensity multifold than nuclear weapons. What a result we can expect!
On a concluding note, though the impact of technology on humans is considerably beyond our realization in education like manufacturing training, manufacturing program, electrician program, or even daily life, the true extent is something we can only guess at. The future reality will be a robot-driven world and might be something termed as fancy as immersive virtual reality. In this exciting scenario, making a career in automation and manufacturing is an intelligent move with different manufacturing technician courses. With scope for career advancement as a manufacturing and automation technician from one of the top tech schools in Philadephia, a career as certified manufacturing and automation technician or electrician program is sure to give you a stable and secure future with great opportunities in the manufacturing industry. But only if you took proper training from a manufacturing technician course. You can significantly impact society with training as a manufacturing and automation technician in as little as six months of a manufacturing and automation certification course. Life-changing things are bound to happen, and with the advent of robotics and AI, a career in manufacturing and automation is the future!
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