Mechatronics all The Way Across Your Brain


With so much advancement in the field of mechanical engineering and electrical engineering in the past century, it seems only fitting that the marriage of the two was always destined to receive as much attention and fame, as today some believe that almost all engineering is mechatronics. Most of the recent boom in this field can be attributed to industrial and consumer applications which have rapidly gained popularity at a fast accelerating pace.

This is only set to take off even further as we move into a future dominated by smart cars, smart homes and even smart cities, where everything is connected.

One recent study conducted by the Harper Allan University even went so far as to prove that crops could be planted, cared for and harvested on an agricultural field without the help of any humans. Thus, making a bold statement that human labor may not be as essential as it once was in many fields in which it has been dominant for so long. This really allows one to stand back and just imagine the vast possibilities available out there.

Combining Mechatronics with Your Mind

As this synergy of electrical and mechanical engineering takes root in our modern society we cannot but take serious note of the advancements in the understanding of the bioelectrical field, in particular, that of the human brain.

In other branches of biomechatronics, researchers have looked at harnessing the impulses generated by muscle tissue, in order to create signals for controlling robotic parts, such as artificial limbs. However, this procedure is invasive and often not reversible, which means that even if improved technologies were to be created you may not be able to upgrade these types of procedures. These impulses or processed images are known as EEGs.

Neurogress has managed to overcome this particularly tricky problem in bridging the gap between humans and machines, by offering a non-invasive method for allowing humans to communicate with mechanical parts or machines. Neurogress has been pioneering these types of technologies, which not only offer non-invasive solutions for bioelectrical communication with machines, but also offer various Artificial Intelligence advancements allow limbs to learn from humans, thus creating what is termed smart limbs.

With these technologies which eliminate the need for invasive surgery, not only gaining popularity within the medical field, but also being offered at competitive rates, there is now more than ever a greater urgency in the medical field to have this mainstreamed. This then offers those patients in need a faster and more effective solution within the realm of mechatronic limbs.

What the Future Holds for Mechatronics

Looking into further future developments of the use of these EEG devices, there are an endless amount of potential applications within the fields of mechatronics, as more and more fields find emerging uses for smart robots. The combination of thought-controlled devices with that of machine learning offers great potential for everyday applications, from agriculture to surgery. The possibilities are endless and Neurogress is at the cutting edge of these developments and with time, should become a household name.

Do you believe that this branch of mechatronics can help those in need? What are your thoughts on the next phase of the robotic evolution?

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