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Robotics Engineering

An advanced, university-level study of robotics engineering, covering spatial kinematics, rigid body dynamics, control theory, machine vision, probabilistic SLAM, deep reinforcement learning, human-robot interaction, and ROS 2 software architecture.

36Topics
109Lessons
~36hEstimated
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About this Subject

An advanced, university-level study of robotics engineering, covering spatial kinematics, rigid body dynamics, control theory, machine vision, probabilistic SLAM, deep reinforcement learning, human-robot interaction, and ROS 2 software architecture.

What you'll learn

  • • Core concepts and foundational principles
  • • Practical applications and problem solving
  • • Advanced theoretical frameworks

Requirements

  • • Basic understanding of prior level concepts
  • • Commitment to consistent practice