Robot Kinematics
Robot kinematics is a branch of robotics that studies the motion of robot manipulators without considering the forces or torques that cause the motion. It involves analyzing the positions, velocities, and accelerations of robot links and end-effectors using geometric and mathematical models, such as forward kinematics to compute end-effector pose from joint angles and inverse kinematics to determine joint angles for a desired pose.
Developers should learn robot kinematics when working on robotics, automation, or simulation projects, such as industrial robots, robotic arms, or autonomous vehicles, to design control systems, path planning, and motion algorithms. It is essential for applications like manufacturing, medical robotics, and animation, where precise positioning and movement are critical.