GRE Subject Test Study Planner

Plan a week-by-week GRE Subject study schedule by discipline.

Enter your GRE Subject test date, weekly study hours, current and target practice scores to generate a week-by-week study plan that distributes content areas by their historical question weight. It runs free in your browser on Gera Tools, with nothing uploaded.

Last updated Source: Gera Tools

How are content areas weighted?

Each subject's content areas are weighted using the published approximate question distribution for that GRE Subject test (for example, GRE Mathematics is roughly 50% calculus, 25% algebra, 25% other topics). Study hours are allocated in proportion to those weights so you spend the most time where the most questions come from.

Plan your GRE Subject prep around where the points actually are

The GRE Subject tests (Mathematics, Physics, Psychology, Chemistry, and others) each draw questions from a fixed set of content areas in roughly fixed proportions. A common mistake is to study every topic equally; a smarter plan front-loads the areas that contribute the most questions. This planner takes the weeks you have, the hours you can give per week, and the published content distribution for your subject, then builds a schedule that puts your time where the points are.

How it works

The tool first counts the full weeks between your start date and your exam date, reserving the final week for timed full-length review. For the remaining study weeks it computes your total available hours as study_weeks × hours_per_week. Each content area has a weight (its approximate share of questions on the real test). Hours are allocated by area_hours = total_hours × area_weight, then spread evenly across the study weeks. The gap between your current and target practice score scales an intensity note — a larger gap nudges the plan toward more practice-test repetitions in the review block.

Worked example — GRE Mathematics

If you have 10 weeks, can study 8 hours a week, and choose GRE Mathematics (approximately 50% calculus, 25% algebra, 25% additional topics), the planner reserves week 10 for timed full-length review and spreads 9 × 8 = 72 hours across weeks 1–9:

Content areaWeightHours allocatedHours per week
Calculus50%36 hours4 hrs
Algebra25%18 hours2 hrs
Additional topics25%18 hours2 hrs
Final review week~8 hours8 hrs (week 10)

This gives a clear session plan: spend roughly two study sessions per week on calculus and one each on algebra and additional topics.

Why the final week is reserved

The last week before a standardised test is rarely the right time to learn new material. Speed and accuracy under timed conditions come from repeated exposure, not last-minute coverage. The planner holds that week for two or three timed full-length practice tests and a structured review of mistake patterns. Arriving well-rested and with recent timed practice consistently outperforms cramming new content in the final days.

Adjusting for weak spots

The plan distributes time proportionally to question frequency, but your weak spots may not match the test’s emphasis. If your diagnostic practice test shows calculus at 60% accuracy but algebra at only 40%, consider temporarily shifting one of the algebra hours from the proportional allocation into additional algebra practice. The planner gives the starting allocation; your actual performance on periodic practice tests should refine it.

Diagnostic baseline

Take a timed practice test in week 1 before any focused study. It establishes a true baseline, highlights the exact content areas where you lose the most points, and gives you a concrete number to measure improvement against. Without a week-1 baseline, it is easy to spend the whole prep period studying topics that were already solid while under-preparing for the actual weak areas.

Tips

  • Log every wrong answer by content area as you study; check whether the real distribution of your errors matches the planner’s allocation every two to three weeks.
  • Re-test with a new timed practice test every two to three weeks to confirm progress, and adjust study focus if one area consistently underperforms.