Concept Labs

WHY do children forget answers before exams, but remember cycling forever?

Anything learned through demonstration, experiments, and practice has a lasting impact on our memory. The hands-on experience and active engagement involved in these methods make the knowledge more memorable and effective. When we see something in action or actively participate in an experiment, our brain forms connections and associations that help us retain the information for a long time. On the other hand, things learned through traditional teaching methods, such as a lecture or chalk-and-talk, tend to be easily forgotten. Simply listening to someone speak or reading from a textbook may not engage our minds as much, making it harder to retain the information. Therefore, it is essential to incorporate interactive and experiential learning techniques to ensure better knowledge retention and understanding.

Concept Labs for TDLE

All Labs, No Lectures

Teaching by Demonstrations and Learning by Experiments (TDLE)

Concept labs are innovative classrooms designed to teach concepts through practical demonstrations and experiments. Unlike traditional teaching methods that rely on lectures / Chalk-and-talk, these labs provide students with hands-on experience using various apparatus and equipment. In these labs, every topic in any subject is taught by the teacher through demonstrations, and students are given the opportunity to perform the experiments themselves multiple times. This interactive approach not only enhances students' understanding of the subject matter but also fosters a deeper learning experience. Through concept labs, students are encouraged to explore, experiment, and actively participate in their education, resulting in a more engaging and effective learning environment.

At our school, we are proud to offer approximately 1,000 experimental apparatus designed to foster foundational understanding in various subjects, including physics, chemistry, biology, computer science, and mathematics. These hands-on tools are integral to the learning process, enabling students from primary classes to engage with complex concepts in a tangible way. By experimenting with these resources, students not only grasp theoretical knowledge but also develop critical thinking and problem-solving skills. Our commitment to experiential learning ensures that students can explore, hypothesize, and discover, laying a strong groundwork for their future academic endeavors. The rich array of apparatus supports a dynamic and interactive learning environment, making science and mathematics accessible and enjoyable for all.

The ultimate purpose of building concepts in education is to equip students with the necessary skills to effectively tackle real-life, open-ended problems. By fostering a deep conceptual understanding of theoretical principles, students learn to approach challenges with critical thinking and creativity. This process not only enhances their analytical abilities but also encourages them to draw connections between different fields of knowledge. As they progress through their studies, they are trained to apply these concepts in practical situations, preparing them for future careers and complex societal issues. Ultimately, this emphasis on problem-solving cultivates adaptable, resourceful individuals who can navigate the dynamic landscape of the modern world, contributing positively to their communities and beyond.

Concept Labs : Demonstrations & Experiments for Concept Building

Student Learns through demonstrations & experiments rather than Chalk-and-talk
Easy, fast, life-long and each and every student develop concepts

Concept Labs : demonstrations & Experiment from regular classess

Student Learns through demonstrations & experiments rather than Chalk-and-talk
Easy, fast, life-long and each and every student develop concepts

CONCEPTS LABS: Build your own dreams

Student Learns through demonstrations & experiments rather than Chalk-and-talk
Easy, fast, life-long and each and every student develop concepts