Today’s world is connected now more than ever before in history. Gone are the days of wired telegraphs and telephones, limited to one place. Cellular technology and wireless signals have forever changed how humans interact- both with each other and the world around them. Images, sounds, and written messages can be sent almost instantly across long distances, and information can be searched with the touch of a button. With convenient communication as the new normal, it is easy to take these advancements of electronic communication systems for granted. The truth is, it takes many different technologies working in tandem to make such communication possible.
Utilizing water in a way that manages the ecological, societal, and economical concerns we are currently facing without jeopardizing our ability to do so in the future is the focus of many in the manufacturing industry. On July 6, 2022, it was announced that the Taiwan-based design and building firm WaterPark Environment Corp. was acquired by Gradiant, a global solutions company and cleantech water provider based in Boston. This merger is expected to help bring advanced manufacturing and semiconductor production even closer to the goal of water sustainability.
The Terminator. I, Robot. Ex Machina. These are just a few of the multitude of popular movies that explore the relationship between humans and robots. It is clear that we are all fascinated by (and in some cases, fearful of) the idea that Artificial Intelligence could advance enough to allow robots to emulate human emotions, motivations, and responses. With resources such as NI’s LabView software driving engineering education forward, it seems as though each year brings us new and groundbreaking advancements. In 2022, exactly how close are we to achieving the intelligent humanoid robots of the future?
Ohm’s Law, discovered by Georg Simon Ohm and first published in 1827, is the earliest and arguably most important connection between current, voltage, and resistance. A straightforward and practical technique for studying electric circuits, Ohm’s Law is very commonly used and has been documented on a broad range of scales. For aspiring electrical engineers studying the basics or for seasoned professionals looking to refresh their knowledge, this scientific law is worth having a deep understanding of.
The semiconductor industry is vital to technological innovation. However, the complexities of the supply chain and the nuances of different computer chips can leave one with more questions than answers. With this broad overview, it is easy to gain a better understanding of the industry as a whole. The first thing to note is the distinction between digital chips and analog chips. The common belief is that digital is an upgraded, more technologically advanced version of analog- but this isn’t the case. In fact, the worlds of analog and digital chips are complementary.
Keysight is an American technologies company that creates hardware for multiple types of field instruments and produces electronic design software for aerospace and defense engineering. Recently, they signed a Memorandum of Agreement with three prestigious Vietnam universities to support rising engineers. But they aren’t just preparing the way for Vietnamese students. Keysight is creating industry leading engineers at American universities from Pennsylvania all the way to Hawaii with these seven types of services and support.
Cybersecurity has varied definitions that define the complex concept. Broadening it through various soft issues and threats prevailed by the computing world, business users have the highest level of attribution linked to this discipline. On the whole, cybersecurity has varied principles that lead towards privacy, secrecy, and the flow of data. It is not just a security plan for a single subset or a single segment.