In 2018, at the Schools Work Plan Seminar, then Education Minister, Ong Ye Kung spoke on the need for the education system to focus more on the application of knowledge rather than the need to memorise large chunks of information.
He said, “We know that students derive more joy in learning when they move away from memorisation, rote learning, drilling and taking high-stakes exams,” adding that while these were not undesirable in learning, “there needs to be a balance between rigour and joy, and there is a fairly strong consensus that we have tilted too much to the former.”
The balance between rigour and joy is a fusion that has long since been weaved into the fabric of the MindSpace pedagogy.
Our curriculum, born from the MindChamps 3-Mind Approach, a pedagogy acclaimed as a global educational movement by New York Times and Wall Street No. 1 best-selling author, Dr Joseph A. Michelli, eschews traditional rote learning methods, instead favouring strategies that equip children with skills and mindsets crucial for success in the academic environment and beyond.
The Optimal Flow Method™, one of our teaching methods, is characteristic of the rigour and joy inherent in our curriculum and is key to how MindSpace science enrichment programmes make learning fun.
The Optimal Flow Method™
The Optimal Flow Method™ distinguishes itself by breaking down complex scientific concepts into digestible, manageable segments. This approach aligns perfectly with the need for education to focus more on the application of knowledge, as emphasised by Ong Ye Kung.
By grounding each lesson in active understanding and engagement, the method transforms the typical memorisation drill into an interactive and dynamic learning experience. This not only strengthens the student’s grasp of the curriculum taught in schools but also makes the process far more enjoyable.
Central to the Optimal Flow Method™ are the four As — Active Understanding, Active Recall, Active Storage, and Application — each playing a vital role in making science both fun and educational:
- Active Understanding: This is brought to life through lively demonstrations and informative videos, which introduce and deepen the students’ grasp of key scientific concepts. By turning abstract ideas into engaging visual and interactive experiences, this step ensures that learning is not only effective but also enjoyable.
- Active Recall: This is reinforced through practice questions that challenge students to use their understanding in new contexts. This step is crucial for developing analytical and problem-solving skills, turning every question into an opportunity for exploration and discovery.
- Active Storage: Entails organising knowledge in a way that enhances recall, particularly useful for mastering topics covered in lower primary like Animals, Plants, Fungi & Micro-organisms, and Magnets. This organised approach to storage makes learning more systematic and less overwhelming, thereby making it more enjoyable.
- Application: The pinnacle of the Optimal Flow Method™, where students apply their knowledge to varied question formats and complexities, especially those based on experimental data. The programme’s focus on topics like Electrical Systems, Water and Plants (Reproduction and Systems), and understanding the Environment and its Impact, exemplifies this application stage. It’s here that students truly appreciate the joy of applying what they’ve learned to real-world scenarios.
Final Thoughts
MindSpace’s holistic approach does more than prepare students for examinations; it empowers them with the confidence to explore and enjoy learning, turning every lesson into an adventure. The Optimal Flow Method™ is not just a teaching tool; it’s a way to instil a lifelong love for learning, blending the joy of discovery with the rigour of academic excellence.
Book a visit at any of our student care centres to learn more about MindSpace Enrichment classes