Think:Me

Personalised goal-oriented learning

What is the program about?
Think:me is all about thinking from the ‘me’ point of you. It is a personalised program that is designed to match specific learner profiles and program goals. These personalised programs are designed for academic and developmental growth. The academic programs provide thorough, interdisciplinary and in-depth content that promotes critical thinking and learning. The enriching experience not only broadens the learners’ perspective but also increases the comfort and appreciation for the subject. These programs include:
  • English: Primary to grade 12, IGCSE, IB (HL), IB (SL)
  • Hindi: Primary to grade 8, IGCSE
  • Math: Primary to grade 8
  • Science and Social sciences: Conceptual support for specific topics
The developmental programs are kinesiology based interventions which are based on scientifically designed movements and play. These programs include:
  • Toddler’s holistic & integrated growth
  • Social adaptation
  • Readjusting behavioural gaps
  • Increasing attention span
  • Cultivating time management skills
  • Synchronizing parent child relationships
  • Bridging developmental lags
  • Building organisational skills
  • Overcoming speech delays
  • Reforming eating habits
  • Improve reading and handwriting skills
  • Improve work habits
Benefits of Think:Me
  • Offers a flexible pace for purposeful learning and with ease
  • Complements school learning instead of replacing it
  • Integrates knowledge, skill and perspective building
  • Teaches a variety of thinking skills
  • Promotes independent thinking and work habits
  • Offers deeper insights of a subject and topic
  • Develops love and comfort with the subject

Eligibility

Babies to
Grade 12

Duration

Depends on the
learner profile
and program goals
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Neuroplasticity – or brain plasticity – is the ability of the brain to modify its connections or re-wire itself. The basic structure of the brain is established before birth by your genes. But its continued development relies heavily on a process called developmental plasticity, where developmental processes change neurons and synaptic connections.