(3-5YO)
This course is based on the Victorian Early Years Learning Framework, utilizing 10 engaging math activities that integrate play, art, and hands-on practice to cultivate number sense, shape recognition, and logical thinking in children aged 3-5, laying a foundation for lifelong mathematical learning.
This course is based on the Victorian Mathematics Framework, cultivating first-grade students' number sense, shape recognition, and logical thinking through 10 engaging practical activities that integrate games, art, and engineering challenges, laying a practical foundation for their mathematical basics and problem-solving abilities.
This course is based on the Victorian Mathematics Framework, incorporating 10 hands-on thematic activities that integrate games, engineering, and data analysis. It aims to cultivate second-grade students' number sense, shape recognition, and logical reasoning skills, laying a practical foundation for their subsequent mathematics learning and real-life applications.
This course is based on the Victorian Mathematics Framework, employing 10 practical thematic activities that integrate games, engineering, and data analysis to cultivate third-grade students' numerical operations, geometric thinking, and data interpretation skills, laying a foundation for their complex problem-solving and interdisciplinary learning.
This course is based on the Victorian Mathematics Framework, employing 10 hands-on thematic activities that integrate engineering challenges, data analysis, and interdisciplinary applications to cultivate fourth-grade students' computational skills, geometric thinking, and data literacy, laying the foundation for solving real-world problems and complex learning.
This course is based on the Victorian Mathematics Framework, integrating engineering challenges, data analysis, and algebraic thinking through 10 interdisciplinary projects. It aims to cultivate fifth-grade students' complex computational skills, geometric modeling, and problem-solving competencies, laying a foundation for tackling real-world challenges and advanced mathematics learning.
This course is based on the Victorian mathematics framework, integrating financial literacy, engineering modelling, and data analysis through 10 interdisciplinary projects. It aims to cultivate sixth-grade students' complex computational skills, geometric reasoning, and problem-solving competencies, laying a foundation for them to tackle real-world challenges and advanced mathematics studies.