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Career Atlas · Humanoid Robotics

Find your place in the humanoid stack.

Twelve layers, four career paths, nineteen roles — plus every open job we can find. Start with the layer you already know, or the kind of work you want to do.

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Scan · Humanoid SystemsOverview · 12 Layers
Overview

Humanoid robotics is not one job family.

It is a connected stack of intelligence, motion, hardware, validation, deployment and product work. Roles almost always span more than one layer — choose a layer to see who works on it, or start with the four career paths below.

12
Stack layers
19
Role guides
4
Career paths
Four career paths
Stack layers
12
Role guides
19
Choose your path

Choose the kind of problem you want to solve.

Start with the work, not the title. Each path connects a type of problem to the roles, skills and proof projects behind it.

Path 01 · Intelligence & Autonomy

Intelligence & Autonomy

Write the software and train the models that let a humanoid see, understand, and decide what to do.

Good fit if

You write code and you're interested in perception, models, and turning sensor data into decisions.

Primary layers
01 · Brain02 · Eyes08 · Data10 · Simulation
5 role guides
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Representative roles
  1. 01Robotics AI Engineera robotics AI engineer builds and deploys the learning systems that help humanoid robots turn data into useful physical behavior.Brain
  2. 02Perception Engineera perception engineer turns pixels, point clouds, depth, motion, and robot sensor streams into world state that a humanoid robot can use to move, manipulate, avoid hazards, recover from failure, and operate around people.Eyes
  3. 03Robotics Software Engineera robotics software engineer turns algorithms, hardware, and product goals into reliable robot behavior.Brain
  4. 04Simulation Engineera simulation engineer builds the virtual robot lab where humanoid teams train, test, debug, validate, and compare robot behavior before and after it reaches hardware.Simulation
  5. 05Data & Teleoperation Engineera data and teleoperation engineer builds the data loop that helps humanoid robots learn from humans, logs, failures, and real-world operation.Data
Path 02 · Motion & Hardware

Motion & Hardware

Design the joints, motors, electronics, and control loops that turn decisions into steady movement.

Good fit if

You like physics and mechanisms, and you want to build machines that move reliably in the real world.

Primary layers
03 · Hands04 · Legs05 · Body06 · Power
7 role guides
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Representative roles
  1. 01Controls Engineera controls engineer makes the robot physically obey intent.Legs
  2. 02Locomotion Engineera locomotion engineer builds and tunes the systems that let a humanoid robot move without falling over.Legs
  3. 03Manipulation Engineera manipulation engineer builds the systems that let a humanoid robot reach, grasp, pick, place, reorient, open, push, pull, carry, hand over, assemble, and recover when the physical task does not go as planned.Hands
  4. 04Actuator Engineeran actuator engineer builds the robot's muscles: compact motion units that turn electrical power into controlled movement.Power
  5. 05Mechanical Design Engineera mechanical design engineer designs the robot's physical body so it can move, survive contact, carry loads, protect electronics, shed heat, and be built repeatedly.Body
Path 03 · Systems, Validation & Deployment

Systems, Validation & Deployment

Put the whole robot together, prove it works the same way every time, and keep it running outside the lab.

Good fit if

You like integration and debugging, and you get satisfaction from making something work the hundredth time in a row.

Primary layers
05 · Body07 · Factory09 · Fleet11 · Safety
5 role guides
Explore this path
Representative roles
  1. 01Robotics Systems / Integration Engineera robotics systems / integration engineer connects the robot's subsystems, brings the full robot up, finds cross-disciplinary failures, and turns messy robot problems into fixable engineering work.Body
  2. 02Robot Test & Validation Engineera robot test and validation engineer turns robot performance claims into repeatable evidence.Safety
  3. 03Manufacturing Engineera manufacturing engineer designs the process, tooling, data flow, and production discipline that let a humanoid robot be built repeatedly, safely, and at increasing scale.Factory
  4. 04Field Robotics Engineera field robotics engineer gets humanoid robots running at real sites, diagnoses failures across hardware and software, and turns customer-site reality into clear engineering feedback.Fleet
  5. 05Robot Operations / Fleet Operatora robot operations / fleet operator runs, monitors, documents, and escalates what happens when humanoid robots operate in the lab, in the field, or at customer sites.Fleet
Path 04 · Product & Delivery

Product & Delivery

Turn what the robot can do into something a customer can actually use, on a roadmap the team can actually ship.

Good fit if

You like translating engineering limits into priorities, and you're good at getting cross-functional teams moving together.

Primary layers
12 · Product
2 role guides
Explore this path
Role explorer

Nineteen roles, grouped by the path they belong to.

Each role appears once. Open any row for the core skills, a portfolio project, and where it fits.

Path 01 · Intelligence & Autonomy

Intelligence & Autonomy 5 roles

Path 02 · Motion & Hardware

Motion & Hardware 7 roles

Path 03 · Systems, Validation & Deployment

Systems, Validation & Deployment 5 roles

Path 04 · Product & Delivery

Product & Delivery 2 roles

Hiring intelligence

See where humanoid teams are hiring now.

Hiring data shows organisational intent and investment. It does not prove a robot can perform a capability.

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