Terms — Humanoid Robotics

Core Term

Humanoid robotics refers to robotic systems designed with human-like body structure, motion capabilities, or interaction patterns in order to operate in environments built for human use.

The term covers both the physical robotic system and its integration into environments, including sensing, control, actuation, and interaction capabilities.

Related Terms

Humanoid Robot

A robotic system with anthropomorphic physical structure, typically including head, torso, arms, and legs, designed to replicate aspects of human movement and interaction.

Bipedal Locomotion

A movement capability enabling a robot to walk on two legs, requiring balance, coordination, and dynamic stability comparable to human motion.

Human-Robot Interaction (HRI)

The field and functional layer describing how robots communicate, behave, and interact with humans through speech, gestures, movement, or other interfaces.

Boundary Clarifications

Industrial Robotics

Industrial robotics refers to robotic systems used in manufacturing and automation environments, typically without human-like morphology or interaction models.

Service Robotics

Service robotics describes systems performing useful tasks for humans outside industrial environments, often without requiring humanoid physical structure.

Artificial Intelligence

Artificial intelligence may be integrated into humanoid robots but represents a broader class of computational systems not limited to physical embodiment.

Usage Context

The term humanoid robotics is used across robotics research, engineering, and emerging service domains to describe systems designed for compatibility with human environments and interaction patterns.

Terminology alignment typically follows general robotics vocabulary and human-centered system design principles.