Why include review days?

Research on spaced repetition (Ebbinghaus, Bahrick) shows that reviewing material at increasing intervals — 1 day after, 3 days after, 7 days after — dramatically improves long-term retention compared to cramming. The tool schedules each topic once for initial study and inserts short review sessions on days 1, 3, and 7.

What if I don't have enough days?

The tool warns you when topic count × review sessions exceeds the days available, and prioritizes fitting initial study blocks first, then reviews in descending priority (day 1 > day 3 > day 7). Consider adding study capacity per day, or dropping the longest review interval.

Can I include weekends?

Yes — there's a toggle. Default excludes weekends. If your exam window is short, include weekends to gain extra study slots.

Study Schedule Generator (Exam Prep Planner)

Education & Study· 10 tools

Free study schedule generator. Paste your topics (one per line), set a start and exam date, and the tool splits them across available days and inserts review days at spaced intervals (day 1, day 3, day 7) for each topic — the spaced-repetition pattern most effective for long-term retention. Handles weekends (include or skip) and daily study capacity.

Start date

Exam / deadline date

Topics per day

Include weekends

Topics (one per line)7 topics

Schedule

Thu, Apr 23

•Chapter 1: Cell Structure

Fri, Apr 24

•Chapter 2: Cell Transport
↻ 1dChapter 1: Cell Structure

Mon, Apr 27

•Chapter 3: Photosynthesis
↻ 1dChapter 2: Cell Transport

Tue, Apr 28

•Chapter 4: Cellular Respiration
↻ 3dChapter 1: Cell Structure
↻ 1dChapter 3: Photosynthesis

Wed, Apr 29

•Chapter 5: DNA & Replication
↻ 3dChapter 2: Cell Transport
↻ 1dChapter 4: Cellular Respiration

Thu, Apr 30

•Chapter 6: Protein Synthesis
↻ 3dChapter 3: Photosynthesis
↻ 1dChapter 5: DNA & Replication

Fri, May 1

•Chapter 7: Cell Division
↻ 3dChapter 4: Cellular Respiration
↻ 1dChapter 6: Protein Synthesis

Mon, May 4

↻ 7dChapter 1: Cell Structure
↻ 3dChapter 5: DNA & Replication
↻ 1dChapter 7: Cell Division

Tue, May 5

↻ 7dChapter 2: Cell Transport
↻ 3dChapter 6: Protein Synthesis

Wed, May 6

↻ 7dChapter 3: Photosynthesis
↻ 3dChapter 7: Cell Division

Thu, May 7

↻ 7dChapter 4: Cellular Respiration

Fri, May 8

↻ 7dChapter 5: DNA & Replication

Mon, May 11

↻ 7dChapter 6: Protein Synthesis

Tue, May 12

↻ 7dChapter 7: Cell Division

Frequently Asked Questions

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