Implications of Data Science on Robotics Based on what we have learned, the science of robotics is all about creating machines that can physically interact with their surroundings. The most practical robots can be exact, strong, repetitive, tireless, quick, and intelligent with enough development. Only a decade ago, the majority of the world's knowledge of robots was limited to those found in auto manufacturers, helping with car assembly by manipulating tools or attaching parts with mechanical arms. Robotics now permeates every industry and performs various tasks, including crucial labor like surgery. Maybe not too long from now, we'll be working and residing beside real-life R2D2 and Wall-E. Interesting, huh? Let's explore the field of robotics in more detail and see how data science education has significantly influenced this evolution.
An Overview of Robotics Science, technology, and engineering all work together in the interdisciplinary field of robotics to create new robots. Why not define robots now? They can be simply described as devices that can mimic one or more human-like behaviors and perhaps even emotions. Regardless of their origin or function, all robots share a mechanical framework, electrical components, and a significant amount of software.
When Did the First Robotics Concept Emerge? Joseph Engelberger created Devol's first robot in the late 1960s, and after he transformed it into a more practical prototype for industry, he was hailed as the father of robotics. The first modern robot, however, was created by George C. Devol in 1950 and was known as the "Unimate," which stood for universal automation. However, it wasn't until Engelberger that he really succeeded in getting Unimate to sell to the rest of the world. But this is the narrative of how the modern robot was created.
Why is the Development of Robotics Vital to Society? Robotics offers benefits that people cannot. For instance, working with hazardous materials, lifting heavy objects, working continuously for hours or days, etc. A human doing a complex procedure like prostate cancer surgery is much more invasive and risky than a robot arm and even helps patients recover more quickly after surgery. Robots can survive in the harshest environments, such as space or deep mines with toxic gasses, where people cannot. Thus, they are one of the primary creations accountable for the advancement of civilization. Robots today are capable of practically everything, making human labor much more effortless. Examples include medical robots, agricultural robots, and robots used in transportation.