The recent challenges our world has been facing has provided an opportunity for robotics to become more involved in every aspect of automation. The pandemic, coupled with the increasing need to reduce carbon footprints, has shown how robots are changing the workforce and traditional work process. On top of that, the ongoing stresses being applied to global supply chains and workforce shortages have become a concern.
If you’re in a robotics technician training program and are curious about what will happen after you graduate, this article is for you.
Keeping up with the technology changes in the manufacturing/industrial industry is important to stay relevant in your job/career. With the world changing so quickly, it’s always a good idea to stay in the loop and know what the current and future trends are, and take advantage of opportunities to grow. But how can one keep up with the industry?
Below are 4 ways to stay up to date:
The COVID-19 pandemic is creating new challenges for the manufacturing industry. Research by the United Nations Conference on Trade and Development (UNCTAD), estimates that the COVID-19 outbreak could cause global Foreign Direct Investment (FDI) to shrink by 5%-15%, due to the downfall in the manufacturing sector. Across the globe, automobile, chemical, electronics, and aircraft manufacturers are facing shutdowns and inaccessibility of raw materials.
As Covid-19 is brought under control, many people are anxious to get back to work. While some may be able to work from home, it is important that safety measures are in place for those who must physically return to their workplaces. The manufacturing industry must have measures in place to prevent the potential spread of the virus as technicians return to warehouses, factories, and other workplaces. Let us review a few new technologies and procedural changes employers can implement to ensure that their spaces are safe for returning technicians and visitors.
In a 2018 study by Deloitte and the Manufacturing Institute it was predicted that by 2028 there would be in excess of two million unfilled positions in manufacturing—a deficit created by what is being called the “Manufacturing Skills Gap.” The changing landscape of the manufacturing industry, paired with an outdated reputation and quickly developing technology, has created this gap between the skills that manufacturing
In theatre, being a Triple Threat means that you can sing, dance, and act—that you have all the skills necessary to take on any role and succeed at it. This term can be applied to manufacturing, as well, and refer to someone who has skills in multiple disciplines, able to take on work in many departments.
Covid-19 has made it difficult for even the most social among us to build connections. Here are a few tips to help technical professionals build and maintain their connections online, and prepare themselves for the post-pandemic world.
Students often think that once they gain technical knowledge, they are ready to go and get that career they've always wanted. They often overlook the soft skills, thinking that they're something that we're all naturally good at (or not).
Modern robots perhaps aren’t what we envisioned they would be fifty, thirty, or even ten years ago. Robotic butlers don’t greet our guests, prepare our meals, or drive us to and from work (yet). Despite this, robots have had a substantial and undeniable impact on each and every one of our lives.
With the rise of industrial automation comes the demand for skilled workers that are able to work, troubleshoot, repair, program, and maintain these new machines and technologies. Robotics engineers and technicians are some of the challenging and exciting roles that have come from this evolving trend of automation and use of robots in manufacturing. Robotics technicians are responsible for servicing robots by building, maintaining, programming, and repairing them to ensure optimal machine performance throughout the machine’s lifetime.
Manufacturing is experiencing a renaissance in North America, but manufacturers regularly report difficulty filling open positions. If you aren't sure a manufacturing job is for you, check out our debunking 5 myths about manufacturing jobs infographic to see why there has never been a better time to enter this dynamic field.
We’re already living in the future where machines mimic cognitive functions that are associated with humans. These machines, also known as artificial intelligence (AI), are transforming industries and the workforce. Despite growing concerns that AI are replacing our jobs, it’s actually transforming the way we work by freeing our time so we can focus on other things. Here’s five ways AI is improving the way we work.
Automation has been making headlines in recent years, as technological advances have led to the creation of some pretty impressive gizmos and gadgets that can handle a myriad of tasks that were once dependant on human labour and creativity. From writing news to escorting patients to a waiting room, modern day robots are clearly capable of many tasks that were once the stuff of movies and dreams.
Hundreds of thousands of people working in warehouse type settings within North America use pallets to stack and organize their products daily. Pallets have become rather synonymous with warehouses; their utility and necessity cannot be argued. Pallets allow us to easily transport large and heavy amounts of product from the assembly lines, to the shipping area, and then to to customers.
Developing a curriculum that places heavy emphasis on robotic technology can no longer be considered just another niche educational supplement designed to promote an interest in STEM subjects in today’s youth. Increasingly, such programs are being recognized as playing a vital role in providing the workforce of tomorrow with the skills necessary to thrive in an evolving, in-demand sector.
Employment Rates in North America: Are Better Times Ahead?