What you'll learn
- Curiosity mindset; observe and infer
- Units, measurement, estimation, errors
- Motion graphs; speed, velocity, acceleration
- Forces and free-body diagrams
- Work–energy–power and simple machines
- Heat and temperature; heat transfer
- States of matter; daily changes
- Waves and sound fundamentals
- Light: reflection, refraction, ray-tracing
- Electricity: charge, current, voltage
- Circuits: series–parallel reasoning skills
- Magnetism: poles, fields, electromagnets
- Lab safety and experiment design
- Data reading: tables and graphs
- Patterns, series, analogies mastery
- Coding–decoding and direction sense
- Venn, syllogism, data sufficiency
- Spatial reasoning: non-verbal, rotations
- Calendar–clock and mental math
- Ratios, percentages; logical problem-solving
Requirements
- Currently in Class 6/7; 8–12 study hours/week including practice
- NCERT Science & Math (6–7), puzzle/brain-teaser book, geometry box, graph notebook
- Diagnostic test for level placement; Bridge Module assigned if needed
- Maintain a personal Error Log; complete weekly DPPs and mini-quizzes
- Device for LMS, mini-mocks, analytics, doubt portal (parent-supervised)
- Note: Calculators not used in class; manual calculations emphasized
About This Course
We spiral concepts 6 → 7: short concept bursts, worked examples, graded DPPs, and mixed-topic sets that blend Mental Ability + Physics. Monthly diagnostics generate topic heat-maps; mentors convert these into micro-goals and targeted drills. Lateral entrants get a Bridge Module (concept recap + skills bootcamp) with mentor tracking for 6–8 weeks.
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Eligibilities
- Enrolled in Class 6/7 (lateral entry allowed any year)
- Diagnostic placement to choose right-level batch; Bridge Module if required
- Language options: English/Hindi (as available at the centre)
- Commitment to attendance, DPP completion, and test sincerity
Admission & Reservation
- Process: Application → Diagnostic → Counselling with parent/guardian → Batch allotment by level & timetable
- Scholarships: Merit/need-based via scholarship test/past scores; slabs and documents finalized during counselling
- Lateral Entry: Structured catch-up plan with bridge sheets and mentor checkpoints
- Note: Government reservation rules apply later at college admissions via JEE/JoSAA—not to private coaching enrolments
Information for Parents/Guardians
- Fix a quiet study space and steady routine
- Protect 8–10 hours sleep; limit late screens
- Weekly: classes + one quiz + Sunday review
- Check the Error Log, not “hours studied”
- Align school homework with our DPP targets
- Phone outside study blocks; use site blockers
- Encourage daily reading (15–20 min) and puzzles
- Ensure daily movement, hydration, simple meals
- Keep one calendar for school + our diagnostics
- Praise effort, consistency, improvement—not just marks
FAQs
We interleave reasoning puzzles with physics observations—e.g., ratio puzzles before lever arms, pattern recognition before circuit combinations—so logic supports concept learning.
Yes. A Bridge Module plugs gaps in terminology, arithmetic fluency, and prior physics units; mentors track the first 6–8 weeks with micro-targets.
Typically 3–5 sessions/week (60–90 min) plus 6–8 hours guided practice. Load eases around school exams while keeping light reasoning and MCQs alive.
Daily doubt counters (offline/online), anonymous LMS tickets with 24–48 hr targets, and small-group clinics for sticky topics; mentors proactively check-in.
Weekly chapter quizzes, monthly unit tests, CBT mini-mocks. Dashboards show accuracy, speed, topic heat-maps, and negative trends; mentors set two-week micro-goals.
Short daily mental-math sprints, estimation drills, and timed non-verbal sets; the Error Log tracks mistake types so fixes become permanent.
No. Our planner mirrors school chapters; we add board-style writing near exams and keep MCQ practice short but consistent.
Yes—merit/need-based; renewal depends on attendance, assessment performance, and discipline metrics communicated at admission.
Subject to seat availability and timetable alignment; early-term switches are simpler to arrange.
Structured notes, DPPs, reasoning worksheets, diagram/graph practice, and revision booklets; simple experiment kits where available.
