16 articles in this category.
A clear guide to examples, training data, validation, prediction thresholds, metrics and responsible AI deployment.
A visual introduction to Arduino sketches, digital and analog signals, PWM, sensors, actuators and safe wiring.
Follow the complete vision pipeline from light and pixels to detection, tracking and safe robot action.
Understand lift, attitude, flight-control feedback, modes, waypoints, boundaries, logs and a safe test sequence.
Build an intuitive and technical understanding of circuits, components, series and parallel paths, and safe troubleshooting.
Explore pins, communication buses, polling, interrupts, state machines and fault recovery in small dedicated computers.
Learn how mobile robots move, estimate position, plan routes, follow paths and recover from real-world problems.
Understand connected devices, messages, edge and cloud decisions, reliability and privacy through one clear system model.
Learn how OpenCV represents images, cleans data, finds shapes, measures objects and runs a reliable camera loop.
A visual guide to schematics, footprints, component placement, copper routing, design checks and manufacturing files.
Learn how Python remembers values, makes decisions, repeats work, organizes code and checks engineering data.
See how a Raspberry Pi combines a small Linux computer, physical input and output, networking and local decision-making.
Learn how a robot simulation station uses frames, targets, motion types, reach checks, collision checks and calibration.
A visual, plain-language guide to sensors, motors, feedback and the testing habits that make a robot dependable.
Understand how ROS 2 organizes robot software with nodes, messages, services, actions, coordinate frames and debugging tools.
A practical visual guide to how sensors convert physical change into data—and how to decide whether that data is trustworthy.