Adrien Plouffe, a factory automation engineer at GlobalFoundries, dives into the fascinating world of robotics and automation in microchip manufacturing. He explores how robots work, their design decisions, and the processes behind microchip production. Listeners learn about the functions of robots in manufacturing, from transporting materials to their programmed movements. The discussion also touches on whether robots can be considered alive and encourages kids to explore their interests in robotics and STEM education, sparking curiosity and inspiring future innovators.
Robots at GlobalFoundries enhance efficiency and safety in microchip manufacturing by autonomously handling tasks like transporting materials.
The design of robots is dictated by their intended functions, with engineers selecting materials and features that cater to specific operational needs.
Deep dives
The Role of Robots in Microchip Production
Robots play a crucial role in the production of microchips at Global Foundries, a major semiconductor manufacturing facility. They assist in various tasks, such as transporting wafers and boxes containing the microchips across the expansive factory floor, which improves efficiency. Robots like the Omron, affectionately named Gulliver, operate autonomously, allowing engineers to focus on more complex tasks instead of manual transportation. Additionally, the use of robots enables safer working conditions by performing tasks that could be hazardous for human workers, showcasing their importance in modern manufacturing.
How Robots are Programmed and Controlled
Robots function through a system of commands, often sent as digital messages, which instruct them on where to pick up and drop off materials. This command-based system resembles a taxi service where robots navigate predefined routes, eliminating the need for human workers to engage in time-consuming transportation. Each robot is programmed to respond to specific commands, which can be input via various means, including remote controls or pre-set schedules. The programming allows robots to operate independently, highlighting the intersection between technology and human oversight in robotics.
Understanding Robot Design and Functionality
The design and appearance of robots are heavily influenced by their intended functions, with engineers focusing on materials like metal for durability and flexibility. Robots must meet functional requirements; for instance, a robot intended to lift objects needs an arm, while one designed to navigate spaces might require mobility features like wheels or legs. As technology evolves, defining what constitutes a robot versus a simple tool becomes complex, particularly with advancements in automation. This evolution reflects our understanding of robotics and its applications, continuously reshaping our interactions with these machines.
Who decides what robots look like? How do robots work and move? How are they controlled? And are robots alive? We tackle all your robot questions in this episode, and we’re taking a field trip to a local factory that uses hundreds of robots to help humans do their jobs. GlobalFoundries, in Essex Junction, Vermont makes microchips that go in all kinds of electronics. In fact, if your adults have a smartphone, more than likely it has a chip made at this very facility. Engineers Adrien Plouffe and Lucy White work with the robots at GlobalFoundries and answer your questions about robots, including: Why are robots made of metal? Why do people like robots? Do robots cry?