Virtual Booth

In today’s educational landscape, many students, particularly Generation Z learners, face challenges in understanding scientific concepts due to traditional memorisation-based approaches. These methods often limit engagement, reduce curiosity, and hinder meaningful learning. As a result, students may struggle to retain knowledge and lack motivation in the learning process.

This project presents the Y.R.K.R Neptune SmartCheck Board, a safe and interactive educational innovation designed to transform memorisation into hands-on, experiential learning. The board is constructed using a thick closing file, where all electrical components are securely enclosed to prevent direct contact with wires, ensuring safety for young learners.

The innovation integrates a simple electrical circuit system using components such as a battery, connecting wires, push buttons, and a light-emitting diode (LED). When a correct answer is selected, the circuit is completed and the LED lights up, providing immediate feedback. Incorrect responses do not activate the circuit, allowing students to self-correct through exploration. Supporting explanations are placed inside the file, enabling learners to reflect and understand concepts beyond surface-level answers.

A key strength of this project lies in its collaborative and community-supported development, reflecting authentic learning in action. The project was conducted with the support and permission of Madam Juliana Perianayagam, Headmistress of SJKT Kulim, enabling meaningful school-level collaboration. In addition, Teacher Jeevananthenee Murugasean played an important role as the school-based guiding teacher, supporting the implementation process and encouraging student participation. The idea and implementation were guided by an educator to ensure alignment with pedagogical principles and curriculum relevance.

The student innovator, Yuvan Rishikesh, played a central role in conceptualising and demonstrating the project, representing the learner’s perspective. Kaashine contributed as a young user and co-presenter, highlighting usability and peer engagement. Madam Shuhasyini Balan, as the educational mentor, provided instructional design, content structuring, and learning alignment, while Ts. Ravindran Krishnan, with technical expertise, supported the circuit design and ensured functional accuracy and safety.

Additionally, early observation involving a 4-year-old child, Dakshes Rudrraan demonstrated strong engagement and excitement despite limited reading ability. Through guided interaction and visual cues, the child showed increased curiosity, suggesting that the innovation has the potential to stimulate early interest and is adaptable across different age groups, particularly for primary school learners.

The SmartCheck Board promotes active participation, critical thinking, and independent learning, shifting students from passive memorisation to meaningful exploration. Its design also allows scalability, as it can be extended to other topics such as Saturn and adapted across subjects including Mathematics and Language learning.

This innovation aligns with Sustainable Development Goal 4 (Quality Education) by promoting inclusive, engaging, and effective learning experiences. It is classified under Technology Readiness Level (TRL) 6–7, as the prototype has been successfully developed and tested in a real learning environment.

Overall, the Y.R.K.R Neptune SmartCheck Board represents a low-cost, safe, and impactful educational solution that integrates simple technology with interactive pedagogy, fostering curiosity, engagement, and deeper understanding among learners.

KEYWORDS

Interactive Learning, Experiential Learning, Generation Z Education, Hands-On Learning, Educational Innovation, Simple Circuit Technology, Immediate Feedback System, Safe Learning Design, Student-Centred Learning, Collaborative Learning Innovation