Engineering Precision: How Mechanical Principles Drive Robotics Innovation
Mechanical engineering provides the core framework for robotics, defining how robots are built, move, and interact with their environment. While robotics combines electronics, software, and AI, the physical components—joints, actuators, frames, and mechanisms—are grounded in mechanical principles. Mechanical engineers ensure that robots are structurally sound, capable of precise movement, and able to perform tasks reliably […]
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