curious kidzz
Screen-Free STEM Activities: Stimulating Curiosity through Practical Learning
Introduction
In the modern world where technology is everywhere, it is becoming essential in education. At the same time, teachers and parents are coming to realize the benefits of combining technological education with practical learning that promotes imagination, exploration and critical thinking. Screen-free STEM (Science, Technology, Engineering and Mathematics) activities allow students to gain knowledge through practical actions. Along with educational STEM toys and STEM kits, such experience helps kids to acquire skills that will benefit them outside of class as well.
The Importance of Screen Free STEM Learning
Learning research proves that students benefit from active hands-on learning as it leads to increased engagement, knowledge retention, and development of problem-solving skills. Active participation in the building process helps children better understand how things work, develop self-confidence, and independence. More and more educators and parents rely on STEM toys Australia families approve to provide students with active learning experience without additional exposure to screens.
STEM toys provide numerous opportunities for developing critical thinking, creativity, collaboration, engineering, science, and logic skills which are important for preparing students for their future career and further education.
Exploring Engineering Concepts through Simple Machines
Simple machines are the basic elements that help students understand some of the engineering concepts. Students can explore various simple machines including levers, pulleys, gears, and inclined planes in order to find out how these mechanisms simplify work done in life.
Such activities as creating various models using Thames & Kosmos Simple Machines Kit will help students learn how to apply scientific skills to solve problems and understand such notions as forces and motion.
Building Creativity Using Open-Ended Construction
The open-ended construction tasks allow kids to develop an engineer-like approach to problem-solving and become little inventors. Open-ended building systems such as the Clixo Classroom Pack are very popular STEM toys that allow students to construct something new while studying geometry and the concepts of balance and structure.
Unlike tasks having only one right answer, the open-ended building tasks foster exploration, persistence and creativity. Students learn that failure is an integral part of the design process and that improvement often results from testing and iterations.
Hands-On Problem Solving in Action
Sometimes the most productive STEM activities do not require anything except creativity and available materials. The teacher can come up with challenging activities encouraging collaboration and thinking including bridge construction out of recycled materials, marble run construction, paper aeroplanes engineering challenge, tower construction out of limited resources and magnetism and motion experiments.
Whatever materials used, whether ordinary materials or STEM toys, these projects offer students to explore science concepts while developing communication and team working skills.
Fostering Lifelong Curiosity
Learning STEM without screens makes students an integral part of their learning process by helping them question, investigate and find answers while building, creating, and experimenting.
Whether it is through STEM engineering kits, building, coding and STEM toys, and even classroom projects, hands-on STEM experiences foster curiosity and encourage a lifetime passion for learning. The right STEM toy can make your child explore this fascinating world of STEM not only at school but also at home.
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Bibliography
Australian Curriculum, Assessment and Reporting Authority (ACARA). Australian Curriculum: Science and Technologies. Retrieved from https://www.australiancurriculum.edu.au
Harvard Graduate School of Education. The Value of Experiential and Play-Based Learning. Retrieved from https://www.gse.harvard.edu
National Association for the Education of Young Children (NAEYC). STEM in Early Childhood Education. Retrieved from https://www.naeyc.org
National Science Teaching Association (NSTA). Effective STEM Education Through Hands-On Learning. Retrieved from https://www.nsta.org
eSafety Commissioner Australia. Balancing Screen Time and Healthy Development. Retrieved from https://www.esafety.gov.au
UNESCO. Education for Sustainable Development and STEM Learning. Retrieved from https://www.unesco.org
World Economic Forum. The Future of Jobs and Skills Development. Retrieved from https://www.weforum.org