The Grade 4 Basic Virtual Robotics course introduces students to RoboSim for building and programming digital robots, laying a foundational understanding of robotics and computational thinking.
Dive into the foundational aspects of virtual robotics with RoboSim, focusing on building, programming, and simulation within a digital environment. This curriculum is tailored to spark interest in robotics, coding, and computational thinking, paving the way for advanced exploration.
Course Objectives:
Introduce basic virtual robotics concepts using RoboSim.
Develop skills in building digital robots and writing simple programs.
Cultivate problem-solving abilities through simulation and debugging exercises.
Foster an understanding of practical applications of robotics in daily life.
Course Outline:
Quarter 1: Introduction to RoboSim About Robosim: Discovering RoboSim’s capabilities. Building in Software: Learning to construct virtual robots.
Quarter 2: Programming Foundations Programming Basics: Writing simple programs for robots. Simulation Debugging: Running and troubleshooting programs in a virtual environment.
Quarter 3: Visual and Sensor-Based Navigation Visual Line Patrol: Exploring the basics of line following and using subroutines. Five Light Sensor Patrol: Understanding sensor-based navigation and practical exercises.
Quarter 4: Capstone Projects Application Projects: Students apply their skills in a series of challenging tasks. Review and Presentation: Showcasing projects and reflecting on learned concepts.