Robotics Video Syllabi & Course Maps
Connect trajectory planning, PID feedback loops, and SLAM learning paths.
robotics
CDPR: Kinematics, Arduino & Winch Control
01Foundations of Arduino & Basic Electronics
02Stepper Motors and Winch Mechanics
03Kinematics of 2D Cable-Driven Robots
+ 2 more learning modules
28h5 modules
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robotics
Rocker-Bogie Rover: Build, Stereo Vision & ROS
01Physics and Kinematics of Rocker-Bogie Suspension
02CAD Design, 3D Printing, and Assembly
03Actuators, Power, and Microcontroller Integration
+ 3 more learning modules
48h6 modules
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robotics
Building AGVs: QR Navigation & Lifter Systems
01Introduction to AGVs & Embedded Electronics
02Chassis Design & Lifter Mechanics
03Computer Vision & QR Code Localization
+ 2 more learning modules
32h5 modules
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robotics
EMG Exoskeletons: Design, Control & Actuation
01Electronics & Microcontroller Foundations
02Biomechanics & EMG Sensor Fundamentals
03Actuators & High-Torque Mechanisms
+ 3 more learning modules
50h6 modules
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robotics
VR Digital Twins: Unity, ROS & Teleoperation
01Unity 3D Foundations & C# Scripting
02Robotics, Kinematics & ROS Basics
03VR Development in Unity with XR Interaction
+ 2 more learning modules
60h5 modules
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robotics
Simulating Swarm Robotics: Webots & Flocking
01Mathematics and Programming Foundations for Robotics
02Getting Started with Webots Simulator
03Differential Drive Kinematics & Reactive Navigation
+ 2 more learning modules
22h5 modules
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robotics
Haptic Feedback: Brushless Motors & Physics
01Basics of Haptic Feedback & Virtual Physics
02Microcontrollers and High-Resolution Encoders
03BLDC Motors and Field Oriented Control (FOC)
+ 1 more learning modules
28h4 modules
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robotics
Robotic Leg RL: PyBullet Sim to Hardware
01Robotics Foundations: Python, Physics, and Linear Algebra
02Robot Modeling and PyBullet Simulation
03Deep Reinforcement Learning & PPO Basics
+ 2 more learning modules
75h5 modules
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robotics
Building Snake Robots: ESP32, Gaits & Servos
01Foundations of Snake Locomotion & Kinematics
02ESP32 Microcontroller & Multi-Servo Control
03Mechanical Assembly & Power Systems
+ 2 more learning modules
26h5 modules
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robotics
ESP32 Quadruped: Build, Gait & Web Control
01Introduction to ESP32 and Servo Control
02Quadruped Mechanics and Hardware Assembly
03Leg Kinematics and Gait Theory
+ 2 more learning modules
35h5 modules
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robotics
Underwater ROV: DIY Thrusters, ESCs & Video
01Foundations of Underwater Robotics & Hydrodynamics
02Brushless Thrusters & Electronic Speed Controllers (ESCs)
03Waterproof Sealing, Enclosures & Hull Construction
+ 3 more learning modules
28h6 modules
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robotics
STM32 Drone: DIY Assembly, PID & Sensor Fusion
01Drone Hardware & Physics Foundations
02STM32 Microcontroller & Peripherals Fundamentals
03IMU Sensor Integration & Sensor Fusion
+ 2 more learning modules
48h5 modules
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robotics
Soft Robotics: Gripper Fabrication & Pneumatics
01Foundations of Soft Robotics & Pneumatic Actuation
02CAD Design & 3D Printing Molds for Silicone
03Silicone Casting, Degassing & Assembly
+ 2 more learning modules
18h5 modules
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robotics
Robotic Arms: Kinematics, OpenCV & Control
01Foundations of Python & Microcontrollers for Robotics
02CAD Design & Mechanical Assembly of a 3-Axis Arm
03Mathematics of Robotics: Forward & Inverse Kinematics
+ 2 more learning modules
48h5 modules
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robotics
Building ROS 2 AMRs: Gazebo, SLAM & Nav2
01Linux and Programming Foundations for Robotics
02ROS 2 Core Architecture and Nodes
03URDF Robot Modeling and Gazebo Simulation
+ 2 more learning modules
50h5 modules
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robotics
Self-Balancing Robots: Arduino & PID Control
01Arduino & Basic Electronics Foundations
02Sensors and Actuators: IMUs and DC Motors
03PID Control Theory and the Inverted Pendulum
+ 2 more learning modules
50h5 modules
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Currently cataloging 16 Robotics video roadmaps covering Foundations of Arduino & Basic Electronics, Stepper Motors and Winch Mechanics, Kinematics of 2D Cable-Driven Robots, Arduino Programming for Synchronized Motion, Physical Assembly, Homing & Calibration. Latest path updated: "CDPR: Kinematics, Arduino & Winch Control".
Robotics engineering merges mechanical kinematics, dynamic control theory, sensor processing, and autonomous actuation. This index structures academic lectures covering forward and inverse kinematics, PID control loops, trajectory planning, and Simultaneous Localization and Mapping (SLAM) into chronological learning paths, robotics roadmaps, and course maps. Link mathematical feedback formulas with physical robot movements, locating exact timestamped clips illustrating manipulator transformation matrices and Kalman filter estimation equations.