How i Study Effectively
Learning is a personal journey, and I firmly believe that no one is genuinely incapable of grasping new concepts. Everyone absorbs and organizes information differently, and the key lies in finding methods that resonate with one’s individual learning style.
I am both a visual learner and a hands-on learner. To truly grasp concepts - especially in biology - I need to actively engage with the material. Tackling projects or creating something concrete helps me visualize and structure information effectively.
Because I do have a relatively minor form of autism and ADHD (yes, both are diagnosed), time blocks and planning are essential to my routine. Thus, my study system involves pre-study rituals including stretches and post-study rituals such as some tea & snacks.
My Current Study System
A brief summary:
Core loop: Plan 2 -> DTS 25 -> EDS 13 -> Log 5 (45-min sprint)
SQS at pauses: Summarise · Question · Sketch
Quick Jump
Subjects
Math
Overlay: CRIBS + SQS + DTS/EDS.
Sanity checks: units, limiting cases, symmetry, estimate-first.
Tiny scopes (examples):
- Dot product · Angles · Projections · Orthonormal bases
- Matrix multiply · Determinant intuition · Eigenpair meaning
Prompts:
- Context: Which broader topic (e.g., vector spaces)? What problem does it solve?
- Relationships: Which formulas depend on it (e.g., cosine rule ↔ dot)?
- Boundaries: When does this fail (e.g., non-Euclidean metrics)?
- Symbols/Steps: Write the algorithm in 3–5 lines.
Use Sprint Checklist -> CRIBS Worksheet -> ≥2 micro-examples -> EDS Error Log.
Psychology
Overlay: DEEPCQ inside DTS; EDS = short vignette/classic-item drills.
Tiny scopes (examples):
- Cognitive offloading · Working memory limits
- CRT effects · Dual-process (System 1/2) · Bias catalog item
DEEPCQ reminders:
D-Definition (+contrast) · E-Examples (2 vignettes) · E-Evidence (1–3 studies, IV/DV, finding) · P-Pitfalls (limits/moderators) · C-Connections · Q-Questions (8–12).
Pair with Active Lecture Flow and finish with 3 retrieval Qs.
Biology
Overlay: CRIBS; emphasize process diagrams and levels (molecule→cell→organism).
Tiny scopes (examples):
- Enzyme kinetics (MM intuition) · Signal transduction step
- Central dogma exception (alt splicing) · Transport (symport/antiport)
Prompts:
- Intuition: Draw pathway arrows; where’s regulation?
- Boundaries: Temperature/pH extremes; rate-limiting steps.
- Symbols/Steps: A minimal mechanism + key params (Km, Vmax).
Then timed EDS: 3–4 short mechanism Qs or label-the-diagram drills.
Chemistry
Overlay: CRIBS with units, stoichiometry, equilibrium checks.
Tiny scopes (examples):
- Limiting reagent mini-set · ICE table step-through
- Acid/base pair ID · Redox half-reactions
Prompts:
- Context: Macro ↔ micro (particles ↔ bulk props).
- Boundaries: Dilute vs concentrated, ideal vs real.
- Symbols/Steps: Algorithmic steps (e.g., balancing → LR → yield).
EDS: 10–12 min mixed conversions (mol↔g, M, ppm) + quick error notes.
Other / Physics
Overlay: CRIBS + sanity checks (units, orders of magnitude, limiting cases).
Tiny scopes (examples):
- Kinematics triangle · Energy bookkeeping · Free-body diagram grammar
Time Management
One Study Block = 2–3 × 45-min sprints (+ short breaks).
Daily target: 3–6 sprints depending on load/energy.
Daily Scheduler (template)
| Time | Plan | Sprint | Notes |
|---|---|---|---|
| 05:30–06:00 | Warm-up (plan, review) | — | Tea, setup, pick tiny scopes |
| 06:00–06:45 | Sprint 1 | Plan->DTS->EDS->Log | Sprint Checklist |
| 07:00–07:45 | Sprint 2 | ||
| 08:00–08:45 | Sprint 3 | ||
| 13:00–13:45 | Sprint 4 | ||
| 15:00–15:45 | Sprint 5 | ||
| 20:00–20:45 | Sprint 6 |
Tip: If energy is low, run 1 micro-sprint (25m DTS) only.
Weekly Sprint Planner
| Day | AM Focus | PM Focus | Evening Focus | Total Sprints |
|---|---|---|---|---|
| Mon | Math | Psychology | Chem | |
| Tue | Biology | Math | Psych | |
| Wed | Chem | Physics/Other | Math | |
| Thu | Psych | Bio | Math review | |
| Fri | Math | Chem | Psych review | |
| Sat | Weakest topic | Projects/Labs | Light review | |
| Sun | Catch-up | Spaced review | Plan next week |
Rotation rule: 2-1-1 across strong:medium:weak.
Capacity math: (# days × sprints/day) − commitments = usable sprints.
Backlog & Triage
- Subject swimlanes:
- Math:
- [ ] Topic → outputs (CRIBS, 3 examples, 1 note) - Psych:
- [ ] Topic → DEEPCQ + 2 vignettes - Bio:
- [ ] Topic → diagram + CRIBS - Chem:
- [ ] Topic → conversions set + CRIBS
- Math:
- Pull top 3 into today’s plan; defer the rest.
Review Cadence
- Same-day: rework 1 hardest item (10m).
- +2 days, +7 days, +21 days: 10-min retrieval sets (mix subjects).
- Keep retrieval Qs inside each note (see Lecture Slip).
Progress & Metrics
- Per sprint: check
Outputs done(CRIBS, 3 examples, 1 note). - EDS error rate: aim ↓ to <20% by week end.
- Throughput:
completed sprints / planned sprints. - Coverage: % of syllabus touched this week.
Shared Templates
Sprint Checklist
- Plan (2m): tiny scope + outputs
- DTS (25m): CRIBS + SQS pauses + ≥2 micro-examples
- EDS (13m): timed items + error fixes
- Log (5m): Insight / Next Step / Rule of Thumb / note updates
CRIBS Worksheet
Topic: [[ ]] · Scope: _tiny focus_
Context — where it lives / why it matters
Relationships — what it links to / depends on
Intuition — picture / story / “feel”
Boundaries — exceptions / traps / edge cases
Symbols/Steps — core formula(s) + one-line algorithm
Micro-examples (≥2)
1.
2.
EDS Error Log
- Item #:
- Time:
- Result: Right/Wrong
- Missed step/concept:
- Fix (rule/check/drill):
- Retest plan (when/what):
Lecture Slip
- Paraphrase (1–2 sentences, every 3–4 min):
- My example:
- 3 takeaways (from memory):
- Flow (how pieces connect):
- 3 retrieval questions:
1)
2)
3)
Block Log
- Insight:
- Next Step:
- Rule of Thumb:
- Links/Notes updated:
[[ ]]
Active Lecture Flow
- Play at 1.5–1.75×.
- Every 3–4 min: paraphrase + one original example.
- After the segment: 3 takeaways · 1 flow · 3 retrieval Qs → quick Q&A.