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Robotics covers the full lifecycle of robots: design, construction, operation, and use.
Robotics is the interdisciplinary study and practice focused on the design, construction, operation, and use of robots. A robotics specialist (a roboticist) works across both engineering and computational aspects to build machines that can perform tasks in real-world environments. In practice, robotics typically combines four core design areas: a power source (such as a battery or other energy supply), mechanical construction (the robot’s physical structure and actuators), a control system (electrical circuits that coordinate motion and read sensors), and software (programs that decide what the robot should do, potentially using remote control or artificial intelligence). The scope of robotics includes creating robots to assist humans in domains such as agriculture, construction, domestic work, food processing, manufacturing, medicine, military, mining, space exploration, and transportation. Robots are also studied for how they interact with people and society, including the effects of automation on employment and the need for safety and health considerations. The field is actively researched and spans topics such as robot kinematics and autonomy, along with emerging areas like quantum robotics. Robotics further covers major subproblems in robot design and behavior—such as locomotion, manipulation (robot hands and arms), and control approaches that integrate sensing, processing, and action—so that robots can move, perceive, and act reliably in complex environments.
Robotics covers the full lifecycle of robots: design, construction, operation, and use.
A typical robot design integrates power source, mechanical construction, control systems, and software (often AI or remote control).
Robots are built to assist humans across many sectors, while research also addresses societal impacts such as worker displacement and safety.
The field includes core technical areas like locomotion, manipulation, and robot control, and it continues to expand into emerging research topics like autonomy and quantum robotics.
The interdisciplinary study and practice of designing, constructing, operating, and using robots.
A person who specializes in robotics.
The electrical and computational mechanisms that coordinate sensing, processing, and actuator commands to achieve robot motion and force behavior.
The functional tool or hand at the end of a robotic manipulator that performs the task (e.g., a gripper).
The methods and mechanisms that enable a robot to move through its environment, such as wheeled, legged, or flying motion.
Control of a robot’s environment through selective contact, such as picking up, moving, or modifying objects.
The capability of a robot to make decisions and act with limited or no human intervention, often using sensing and AI.
The study of running robotic programs on quantum computers, with the potential to outperform classical digital computers.
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