Playful Paths to STEM: Engaging Pre-School Minds Through Toys

 


Playful Paths to STEM: Engaging Pre-School Minds Through Toys

Kishore, 2009, is cited within the paper titled [1] "Teaching marginalized children: Primary science teachers' professional development through collaborative action research" published in the Cypriot Journal of Educational Sciences (CJES), informs academia ed. (see clipping).The original text references Lalit Kishore’s 2009 [2] research regarding alternative pedagogical strategies specifically teaching science using toys and low-cost equipment to improve the learning engagement of marginalized primary school students in Rajasthan.

An AI prompt search revealed that Kishore strongly advocates for toy-based pedagogy as an essential tool for experiential, activity-based STEM learning, particularly within resource-constrained and small rural schools. His research, notably published in works like "Stepping into Science in Small Schools," [2] outlines how utilizing toys transforms abstract lessons into tangible, joyful learning experiences.

Core Principles of Kishore's toy based pedagogical framework are as follows,

  • Scientific Instruments: Dr. Kishore positions simple toys—especially those created from household waste—as practical scientific tools.
  • Abstract to Concrete: He uses toys to demystify complex, abstract physical concepts like gravity, magnetic forces, sound, and simple electrical circuits through direct, hands-on experimentation.
  • The Learning Cycle: His approach dictates that optimal child development occurs when students are actively involved in the direct loop of designing, making, and playing.
  • Bridging Educational Gaps: The pedagogy specifically targets marginalized children in small schools, offering a low-cost, high-equity method to build a sustainable scientific temper.

Another prompt showed that Kishore’s framework on toy-based pedagogy directly aligns with India's National Education Policy (NEP 2020), serving as a practical blueprint for the policy’s core curriculum reforms. His work seamlessly mirrors the guidelines established by the NCERT Toy-Based Pedagogy Handbook [3] . that advocates a shift to experiential and play-based learning for early schoolers.

NEP 2020 Mandate: Mandates a definitive shift toward play-based and activity-based learning, particularly for the Foundational (ages 3–8) and Preparatory (ages 8–11) stages.

Kishore’s Alignment: His methodology targets these early years by removing rote learning. It replaces memorisation with an interactive loop where children design, construct, and play with scientific toys.

Inculcation of 21st-Century Skills: Prioritises building critical thinking, creativity, and problem-solving skills over textbook content. 

  • Kishore’s Alignment: By tasking students with transforming household waste into mechanical or electrical toys, his framework directly develops analytical skills, spatial awareness, and creative engineering mindset.
  • Equitable and Inclusive Education: Places heavy emphasis on bridging educational gaps for socio-economically disadvantaged groups and improving rural school 
  • Infrastructure neutrality:. Kishore’s low-cost "waste-to-toy" model democratises STEM. It ensures that resource-constrained rural schools do not need expensive laboratory equipment to foster a deep scientific temperament.
  •  Multidisciplinary & Cross-Curricular Integration. Promotes breaking down strict barriers between arts and sciences, advocating for a multidisciplinary approach to standard subjects. Kishore’s toys inherently merges art (crafting, designing) with science (physics, mathematics). A single toy serves as a cross-curricular bridge to teach mechanics, aesthetics, and measurements simultaneously.

Further, Kishore (2008) [4] highlights how using low-cost, hands-on toys fosters "toy joy" in fifth-grade students, transitioning them to cognitive "mind-on" scientific inquiry. The pedagogical approach focuses on creating toys from everyday materials to improve conceptual clarity and engage students in active learning

Further, the book Toy Joy (A. Deshpande, Illus.) {5} by National Council for Science and Technology Communication [NCSTC]; Vigyan Prasar, validates the use of  toys for science learning in early grades

References 

[1] Subahan, T., Meerah, S. M., Halim, L., & Abdullah, N. (2011). Teaching marginalized children: Primary science teachers' professional development through collaborative action research. Cypriot Journal of Educational Sciences, 6(2).

[2] Kishore, L. (2009). Stepping into science in small schools: Together with tools, techniques and toys. In S. A. Agarkar & S. Chunawala (Eds.), epiSTEME 3: Proceedings of the 3rd International Conference to Review Research in Science, Technology and Mathematics Education (pp. 194–199). Macmillan Publishers India Ltd.

[3] National Council of Educational Research and Training. (2022). Toy-based pedagogy: A handbook. https://ncert.nic.in/pdf/notice/toy_based_pedagogy.pdf

[4] Kishore, L. (2008). Toy joy: Hands-on to mind-on in science at grade level five [Work of Jaipur based educator-researcher Dr. Lalit Kishore].

[5] Gupta, A., & Kothari, R. (1992)Toy joy. Vigyan Prasar. 

In Summary

Kishore (2026) advocates for integrating STEM concepts into early education through toy-based pedagogy, emphasizing experiential learning and hands-on activities with low-cost or recycled materials. The approach focuses on child-centric exploration, moving from guided play to independent, innovative construction using simple, everyday objects. This approach promotes resourcefulness and democratizes education, transforming children into active problem-solvers rather than passive consumers  By constructing and manipulating simple, handmade toys, children gain an intuitive understanding of foundational physical laws—such as mechanics, aerodynamics, and equilibrium—while developing crucial cognitive skills and a growth mindset.

Reference

Kishore, L. (2026, August 3). Playful Paths to STEM: Engaging Pre-School Minds Through Toys, Lalit Kishore Writes, https://lalitkishorewrites.blogspot.com/2026/08/playful-paths-to-stem-engaging-pre.html


 


Comments

Post a Comment

Popular posts from this blog

एकं ब्रह्म द्वितीय नास्ति नेह ना नास्ति किंचन: ब्रह्म ज्ञान का मूल मंत्र एवं सूक्ष्म बोल आलाप

Image
  सूक्ष्म बोल आलाप   ब्रह्म   - परम सत्य सृष्टि - का , अस्तित्व - का   आधार - है   ब्रह्म - निर्गुण - है , निराकार - है   अनन्त - सत्य - है , अनन्त - चित - है , अनन्त - आनन्द - है।   ब्रह्म शुद्ध - अस्तित्व - है , शुद्ध - चेतना - है जो अपरिवर्तनीय - है , जो - शाश्वत - है , जो - सर्वव्यापी - है।     आत्मा - ब्रह्म - का - ही    एक - अंश जन्म - मरण - से - परे ,   आत्मा     शरीर - बदलती - है .   इहलोक माया - है , भ्रम - है अविद्या - है , मिथ्या - ज्ञान - है , तम - है   ब्रह्मविद्या परम - विज्ञान - है ,   पूर्ण - ज्ञान - है। अंतर्ज्ञान , संपूर्ण - अनुभव जीवन - लक्ष्य - है   मोक्ष माया - से मुक्ति - है , विद्या - प्रकाश - है , ब्रह्म-ज्ञान- है , आत्मा - ब्रह्म-का - मिलन - है  
Read more
Image
  Epstein Files: A Limerick The files have unsealed the big names, With some of the vilest of aims. From leaders to  rich suits, They enjoyed the bad fruits, But they are not hiding in shames.!
Read more

An ink attack at Jantar Mantar and aftermath

Image
 An ink attack, which involves throwing ink at a rival, celebrity, politician, or public official, is typically intended to humiliate the target, attract media attention, and convey feelings of hate or disagreement. Such actions undermine democracy and hinder the potential for constructive and meaningful discussions. They substitute logical arguments with cheap publicity stunts. This type of attack goes beyond rational discourse and peaceful debate, creating panic as it may involve hazardous chemicals. However, when a government supporter targeted Abhijit Dipke of CJP at Jantar Mantar, he and his supporters managed to handle the situation calmly, preventing social unrest. A limerick  Young Dipke, a chap quite astute, Was ink-attacked, a messy pursuit. He stayed calm and meek, As the attacker woman did shriek, "Blue's my color!" he said, with sweet hoot.
Read more