Micro-school and Home school Programs

Foundations: Grades 3-5 mathematics standards integrated with STEM and CS integration. Here, students will need more guided instruction, but with your support, they will dive into the thrilling intersection of math and computer science with Robotics. Our curriculum, aligned with academic standards, focuses on number and operation reinforcement while integrating students in solving complex problems using computational thinking.

Middle Grades: Grades 6-8 mathematics standards integrated with STEM and CS integration. Here, students will need minimum guided instruction; they will fully integrate within the intersection of math and computer science with Robotics. Our curriculum, aligned with academic standards, focuses on pre-algebra, geometry, and quantitative reasoning reinforcement while integrating students in solving complex problems using computational thinking.

Algebra: Algebra mathematics standards integrated with STEM and CS integration. Here, students will need minimum guided instruction; they will fully integrate the design and utility of geometry and algebra within the intersection of math and computer science with Robotics. Our curriculum, aligned with academic standards, focuses on algebra, geometry, and quantitative reasoning reinforcement while integrating students in solving complex problems using computational thinking.

Algebra II: Algebra mathematics standards integrated with STEM and CS integration. Students will need guidance to launch their experience but can work semi-autonomously on their Rovercode experience projects. They can reinforce their algebraic content knowledge within the intersection of math and computer science with Robotics. Our curriculum, aligned with academic standards, focuses on algebraic concepts, the cartesian plane, and quantitative reasoning reinforcement while integrating students in solving complex problems using computational thinking.

Geometry: Geometry mathematics standards integrated with STEM and CS integration. Students will need guidance to launch their experience but can work semi-autonomously on their Rovercode experience projects. They can reinforce their function analysis and Euclidean and non-Euclidean geometry content knowledge within the intersection of math and computer science with Robotics. Our curriculum, aligned with academic standards, focuses on geometric concepts that will deepen their application of these concepts while integrating students in solving complex problems using computational thinking.