In the years since the COVID-19 pandemic began, every industry around the globe has struggled at times to find enough qualified workers to fill open positions. For some sectors, such as advanced manufacturing, this struggle has been ongoing since long before the pandemic began. We hate to be the bearer of bad news, but guess
*This article is part 5 of 5 In the previous articles in this series, we’ve focused on the critical role HVACR training plays in modern career and technical education, as instructors and trainers look to prepare the next generation of technicians for a quickly-growing HVACR industry. We’ve also examined in-depth the foundational skills and basic
*This article is part 4 of 5 In the previous article in this series, we focused on why Industry 4.0 skills are a critical part of a modern HVACR training program. With a wide range of new advanced automation technologies being used in modern HVACR systems, the HVACR technicians of today and tomorrow need advanced
In today’s world, more and more technology is becoming “smart.” But how does this apply to the HVACR industry? What is Smart HVACR? Smart HVACR is the successor to the programmable thermostat era of heating, cooling, air conditioning, and refrigeration systems. A smart HVACR system uses sensors and interconnected devices to collect data from the
“The robots are coming! The robots are coming!” If there were a cry to herald the start of the Fourth Industrial Revolution, it might indeed echo the famous warning often attributed to Paul Revere. Just replace the British with robots and you get the idea. As Industry 4.0 technologies take hold in the modern manufacturing
Virtual simulator is a common term used to define everything from aircraft flight simulators to interactive games. In manufacturing training, virtual simulators refer to interactive software that closely mimics the operation of machines, tools, or systems. They imitate their real-world counterparts to such a close degree that they allow the transfer of real-world skills. While
Amatrol is proud to announce the launch of its new Smart Manufacturing Learning System (990-SM10), developed in partnership with CESMII — The Smart Manufacturing Institute. CESMII’s mission is to “[r]adically accelerate the development and adoption of advanced sensors, controls, platforms, and models, to enable Smart Manufacturing (SM) to become the driving sustainable engine that delivers
As much as we all would like to put the COVID-19 pandemic behind us, recovery is a process in which there are no quick fixes. The effects of the pandemic are still lingering in our society and are apparent in everyday life. Perhaps the most noticeable and pressing area still struggling to recover is the
When I was but a wee youngster, I vividly remember thinking about the future and wondering what marvels I would see in my lifetime. For some reason, I was certain that flying cars would be the norm by now. Of course, today’s automobiles are still firmly grounded, although many of them are now electric. Can
Major federal legislation coupled with recent industrial trends point to the potential for a resurgence of growth in the United States’ manufacturing sector. In particular, this growth centers on those embracing smart technology, or what has become known as Industry 4.0. The decade leading up to the COVID-19 crisis (2010-2019) saw 1.3 million manufacturing jobs
Since the industrial revolution began manufacturing has been the driving force behind the success of developed nations. Unfortunately for the past century the development of industry came at the expense of the environment. Air, soil, and water pollution became synonymous with the output of large factories, who seemed more concerned with the bottom dollar than