Recruiter's Glossary

Examples: Robot Operating System • ROS2 • Motor Controllers

Humanoid Robot

Term from Robotics industry explained for recruiters

A humanoid robot is a machine designed to look and move like a human being, with features like arms, legs, and sometimes a head with a face. These robots are built to interact with people and work in environments designed for humans. Unlike industrial robots that might just have a single arm or specific tool attachment, humanoid robots are meant to be more versatile and can potentially handle multiple tasks that humans do. Common examples include robots used for research, customer service, healthcare assistance, and education. Think of them as human-shaped helpers that can be programmed to perform various tasks while being more relatable to people than traditional machines.

Examples in Resumes

Developed motion control systems for Humanoid Robot arms to improve precision in object handling

Programmed social interaction behaviors for Humanoid Robots used in elderly care facilities

Led team in designing and testing Humanoid Robot balance and walking algorithms

Typical job title: "Humanoid Robotics Engineers"

Also try searching for:

Robotics Engineer Robotics Developer Robot Systems Engineer Humanoid Robot Programmer Robot Control Engineer Robotics Research Engineer Automation Engineer

Where to Find Humanoid Robotics Engineers

Professional Organizations

Online Communities

Job Resources

Example Interview Questions

Senior Level Questions

Q: How would you approach designing a humanoid robot's balance system?

Expected Answer: A senior candidate should explain in simple terms how they would handle keeping a two-legged robot stable, including sensors for detecting position, software for adjusting balance, and safety features to prevent falls. They should mention experience with similar projects.

Q: What considerations are important when designing human-robot interactions?

Expected Answer: The answer should cover safety features, making the robot's movements predictable and non-threatening, programming appropriate responses to human actions, and ensuring the robot can understand basic human commands and gestures.

Mid Level Questions

Q: How do you program a humanoid robot to pick up different types of objects?

Expected Answer: They should explain how they would use cameras or sensors to identify objects, calculate the right grip strength, and adjust arm movements to handle different shapes and weights safely.

Q: Describe how you would test a humanoid robot's movement capabilities.

Expected Answer: The candidate should discuss creating a checklist of basic movements, safety testing procedures, and methods for measuring accuracy and reliability of movements.

Junior Level Questions

Q: What are the basic components of a humanoid robot?

Expected Answer: They should be able to list main parts like motors, sensors, control computer, power system, and basic structural elements, showing understanding of how these work together.

Q: What safety features are important when working with humanoid robots?

Expected Answer: Should demonstrate knowledge of basic safety protocols like emergency stops, movement speed limits, and sensor systems that prevent collisions with humans.