Every role in humanoid robotics.
Search 19 published guides by career path or stack layer. Each guide covers the work, skills, tools, proof projects and live hiring context.
- Robotics AI
Robotics AI Engineer
Robotics AI engineers build learning-based systems that help humanoid robots perceive, reason, choose actions, learn from data, and improve through evaluation on real robot tasks.
PathIntelligence & AutonomyLayerBrainEyesHandsLegs+3SWHWMathFieldSys - Perception and Sensor Intelligence
Perception Engineer
Perception engineers build the systems that let humanoid robots turn raw sensor data into useful understanding of the world.
PathIntelligence & AutonomyLayerEyesBrainHandsLegs+3SWHWMathFieldSys - Robotics Software
Robotics Software Engineer
Robotics software engineers build the software layer that lets a humanoid robot sense, decide, move, recover from errors, expose useful diagnostics, and operate safely outside a demo video.
PathIntelligence & AutonomyLayerBrainEyesHandsLegs+4SWHWMathFieldSys - Simulation and Robot Training Infrastructure
Simulation Engineer
Simulation engineers build the virtual worlds, robot models, physics pipelines, synthetic data systems, and test environments that let humanoid teams develop faster without putting every idea directly onto expensive hardware.
PathIntelligence & AutonomyLayerSimulationBrainEyesHands+4SWHWMathFieldSys - Data & Teleoperation
Data & Teleoperation Engineer
Data and teleoperation engineers build the systems that turn human demonstrations, teleoperation sessions, robot logs, sensor streams, and field failures into useful training data and engineering feedback.
PathIntelligence & AutonomyLayerDataFleetBrainHands+4SWHWMathFieldSys - Robot Controls
Controls Engineer
Controls engineers make humanoid robots move with stability, precision, compliance, and safety.
PathMotion & HardwareLayerLegsHandsBodyBrain+4SWHWMathFieldSys - Locomotion and Whole-Body Control
Locomotion Engineer
Locomotion engineers make humanoid robots stand, walk, balance, step, turn, recover, and keep moving safely through the real world.
PathMotion & HardwareLayerLegsBrainBodySimulation+1SWHWMathFieldSys - Manipulation and Dexterity
Manipulation Engineer
Manipulation engineers make humanoid robots use their arms, hands, fingers, sensors, and learned behaviours to interact with the physical world.
PathMotion & HardwareLayerHandsBrainEyesBody+2SWHWMathFieldSys - Actuation / Robot Joints
Actuator Engineer
Actuator engineers design, integrate, test, and improve the electromechanical systems that make a humanoid robot move.
PathMotion & HardwareLayerPowerHandsLegsBody+2SWHWMathFieldSys - Mechanical Design / Humanoid Hardware
Mechanical Design Engineer
Mechanical design engineers create the physical parts, assemblies, mechanisms, structures, enclosures, joints, covers, and thermal paths that make a humanoid robot possible.
PathMotion & HardwareLayerBodyHandsLegsPower+2SWHWMathFieldSys - Electrical Systems
Electrical Systems Engineer
Electrical systems engineers design, integrate, test, and improve the electrical hardware that lets a humanoid robot power up, sense, compute, move, charge, communicate, and survive real-world use.
PathMotion & HardwareLayerPowerBodyBrainEyes+4SWHWMathFieldSys - Embedded Robotics Systems
Embedded Systems Engineer
Embedded systems engineers build the low-level software that lets a humanoid robot's electronics, sensors, actuators, batteries, and compute modules work reliably in the real world.
PathMotion & HardwareLayerPowerBodyHandsLegs+2SWHWMathFieldSys - Robotics Systems Integration
Robotics Systems / Integration Engineer
Robotics Systems / Integration Engineers make the whole robot work.
PathSystems, Validation & DeploymentLayerBodyBrainFactoryFleet+2SWHWMathFieldSys - Robot Test & Validation
Robot Test & Validation Engineer
Robot test and validation engineers prove whether a humanoid robot, subsystem, or software release actually works under realistic conditions.
PathSystems, Validation & DeploymentLayerSafetyFactoryBodyHands+4SWHWMathFieldSys - Manufacturing / NPI / Production Engineering
Manufacturing Engineer
Manufacturing engineers turn humanoid robot prototypes into repeatable build systems.
PathSystems, Validation & DeploymentLayerFactoryBodyHandsLegs+3SWHWMathFieldSys - Field Robotics / Deployment / Customer-Site Engineering
Field Robotics Engineer
Field robotics engineers make robots work outside the lab.
PathSystems, Validation & DeploymentLayerFleetProductFactorySafety+4SWHWMathFieldSys - Robot Operations / Fleet Operations / Robot Operator
Robot Operations / Fleet Operator
Robot operations and fleet operators keep humanoid robots running during lab tests, data collection sessions, customer pilots, commercial deployments, and fleet monitoring shifts.
PathSystems, Validation & DeploymentLayerFleetProductDataSafety+4SWHWMathFieldSys - Robotics Product Management / Customer Workflows / Product Strategy
Robotics Product Manager
Robotics product managers decide what a robot product should become, which customer problems matter first, what the robot must prove before launch, and which trade-offs are worth making across hardware, software, AI, safety, operations, cost, and deployment.
PathProduct & DeliveryLayerProductFleetBrainEyes+5SWHWMathFieldSys - Robotics Technical Program Management / Systems Execution / Cross-Functional Delivery
Robotics Technical Program Manager
Robotics technical program managers help complex robot programs move from ambiguous idea to working hardware, tested software, pilot deployment, and eventually scalable production.
PathProduct & DeliveryLayerProductBrainEyesHands+7SWHWMathFieldSys