: Combine localization with environmental mapping techniques.
The is an advanced, 4-month program designed to provide hands-on experience in building and programming intelligent autonomous systems. It focuses heavily on industry-standard tools like C++ , ROS (Robot Operating System) , and the Gazebo simulation environment to teach core algorithms in perception, decision-making, and actuation. Core Curriculum & Projects Udacity - Robotics Software Engineer Nanodegreerar
: Includes project reviews with line-by-line feedback, access to mentors, and career services like LinkedIn and GitHub profile optimization. Alternative Paths : Combine localization with environmental mapping techniques
: Go Chase It! – Build a mobile robot in ROS and program it to autonomously chase white-colored balls using C++. ROS (Robot Operating System)
: Where Am I? – Implement an Adaptive Monte Carlo Localization (AMCL) package to localize a robot within a known map.
: Combine localization with environmental mapping techniques.
The is an advanced, 4-month program designed to provide hands-on experience in building and programming intelligent autonomous systems. It focuses heavily on industry-standard tools like C++ , ROS (Robot Operating System) , and the Gazebo simulation environment to teach core algorithms in perception, decision-making, and actuation. Core Curriculum & Projects
: Includes project reviews with line-by-line feedback, access to mentors, and career services like LinkedIn and GitHub profile optimization. Alternative Paths
: Go Chase It! – Build a mobile robot in ROS and program it to autonomously chase white-colored balls using C++.
: Where Am I? – Implement an Adaptive Monte Carlo Localization (AMCL) package to localize a robot within a known map.