Getting Started
🧭 How to Start Robotics
Programming, electronics, mechanical design, sensors, motors, and how the field connects together.
🤖 Beginner Robot
Build a first robot and understand the full loop: power, sensors, controller, motor driver, and movement.
🛠 First Robot Build
Practical robot assembly: chassis, motors, wiring, code upload, testing, debugging, and iteration.
🎓 Robotics Training
A structured introduction to robotics for absolute beginners with mechanical and electronic foundations.
Robot Mechanics & Motion
⚙️ Servo Motors
Control angle, pulse width, timing, linkages, robot arms, steering, and small mechanisms.
🦾 Robot Arm
Explore servos, mechanical joints, linkages, grippers, inverse thinking, and coordinated motion.
🚗 Arduino Robot Car
Build a simple robot platform with motors, chassis, driver board, batteries, and Arduino control.
🎯 PID Control
Use feedback to control speed, position, temperature, balancing, line following, and robot stability.
Animatronics & Humanoid Robotics
🤖 Animatronic Faces & ExpressionsFacial expression design, actuation, and coordinated lifelike movement.Free preview: eyebrow and jaw mechanismsWatch on YouTube ↗ 🤖 Eyes, Eyelids & GazePan/tilt eyes, blinking, gaze direction, and camera integration.Eye mechanism assembly tutorialWatch on YouTube ↗ 🤖 Jaw, Lips & Speech MotionLinkages, jaw servos, lip synchronization, and speech-driven motion.Free preview: lip servos, jaw and skin testingWatch on YouTube ↗ 🤖 Humanoid Hands & GrippersFinger mechanisms, tendons, grasping, and tactile feedback.InMoov hand construction, part 3Watch on YouTube ↗ 🤖 Walking Robots & BalanceLeg mechanisms, gait planning, balance, and locomotion.Walking robot physics and balanceWatch on YouTube ↗ 🤖 Soft Skins & Facial MechanismsFlexible coverings, mounting points, and expression mechanisms.Animatronic face with silicone skin demonstrationWatch on YouTube ↗ Robotics Software & Navigation
🧩 ROS2 Course
Nodes, topics, publishers, subscribers, services, actions, launch files, simulation, and robot software architecture.
📚 ROS2 Tutorials
A structured ROS2 path from basic concepts toward simulation, control, and robotics development.
🗺 Robot Navigation
Understand mapping, path planning, localization, obstacle avoidance, and autonomous navigation.
🧠 ROS2 Nav2
Get started with SLAM, robot navigation, maps, costmaps, goals, and autonomous mobile robots.
Robot Vision & Perception
👁 OpenCV Vision
Image processing, object detection, camera input, calibration, tracking, and robot perception.
📷 OpenCV + ROS2
Bridge camera vision into robot software for perception, tracking, and intelligent behavior.
Build Projects & Learning Paths
🧱 Robotics Path
Beginner robot projects that progress from simple movement toward sensors and autonomy.
🛞 Arduino Robot Series
Build your own Arduino-powered robot and learn how each subsystem works.