00LEVEL 00 / ORIENTATION
LEVEL 00 / ORIENTATION
Start Here
Build a precise mental model of robots, drones, automation, autonomy and artificial intelligence.
FIELD SCHOOL / FIRST PRINCIPLES
Learn Robotics & Drones
A progressive route from basic definitions to sensing, movement, flight, autonomy and embodied intelligence—clear enough to begin, precise enough to build on.
Guided view: Start at Level 00, follow unfamiliar terms into the glossary, then use connected technology profiles for technical depth and source links.
01 / LEARNING TRACKS
Choose a route through the field
Four genuinely different paths: orientation, machine anatomy, flight systems and autonomy.
01LEVEL 01 / THE MACHINE
LEVEL 01 / THE MACHINE
Robotics Basics
Follow the loop from sensing and computation to motion and physical work.
02LEVEL 02 / FLIGHT
LEVEL 02 / FLIGHT
Drone Basics
Understand airframes, payloads, control, communications and the operating rules around them.
03LEVEL 03 / AUTONOMY
LEVEL 03 / AUTONOMY
Advanced Topics
Move into perception, planning, learning, manipulation and coordination.
02 / TECHNOLOGY PRIMER
Technology directory ↗Core enabling systems
See what each system senses, computes or controls before opening the deeper field note.
01 / navigation
navigation
Autonomous Navigation
Autonomous navigation combines perception, localization, planning and control so a machine can move toward goals with limited direct human input.
02 / perception
perception
Computer Vision
Computer vision uses computational methods to extract information from images and video.
03 / artificial intelligence
artificial intelligence
Embodied AI
Embodied AI studies intelligent agents that perceive and act through a body in a physical or simulated environment.
04 / sensing
sensing
Lidar
Lidar measures distance by timing reflected laser light and can build geometric representations of surroundings.
05 / artificial intelligence
artificial intelligence
Machine Learning
Machine learning develops models whose behavior is fitted from data rather than specified only through fixed rules.
06 / sensing
sensing
Radar
Radar transmits radio waves and analyzes reflected energy to estimate range, direction and often relative velocity.
07 / motion and control
motion and control
Robotic Manipulation
Robotic manipulation concerns sensing, planning and controlling physical contact with objects and tools.
08 / perception and state estimation
perception and state estimation
Sensor Fusion
Sensor fusion combines measurements from multiple sensors to estimate a system or environment more reliably than a single stream alone.
09 / navigation
navigation
Simultaneous Localization and Mapping
SLAM estimates a machine's location while constructing or updating a map of an initially uncertain environment.
03 / QUICK DEFINITIONS
All terms ↗Terms to know
ActuatorAutomated Guided Vehicle (AGV)Autonomous Mobile Robot (AMR)AutonomyBeyond Visual Line of Sight (BVLOS)Collaborative Robot (Cobot)Computer Vision (CV)Degrees of Freedom (DoF)DroneEnd EffectorFirst-Person View (FPV)Global Navigation Satellite System (GNSS)Global Positioning System (GPS)Inertial Measurement Unit (IMU)Lidar (LiDAR)Machine Learning (ML)PayloadRadar (RADAR)Real-Time Kinematic Positioning (RTK)Remote IDRobotSimultaneous Localization and Mapping (SLAM)TeleoperationUncrewed Surface Vessel (USV)Unmanned Aerial Vehicle (UAV)Unmanned Ground Vehicle (UGV)Vertical Takeoff and Landing (VTOL)