Finals are two weeks away, you have four or five exams, and your notes are a mess. The good news: two weeks is enough time to do well โ€” if you spend it on the techniques that actually move grades instead of rereading and highlighting.

This guide gives you a day-by-day 14-day plan, a simple way to split hours between subjects, and the research behind it.

What research says actually works

In a major 2013 review published in Psychological Science in the Public Interest, psychologist John Dunlosky and colleagues evaluated ten common study techniques. Only two earned a high utility rating:

  1. Practice testing โ€” quizzing yourself with flashcards, past papers or end-of-chapter questions.
  2. Distributed practice โ€” spreading study sessions over several days instead of cramming.

Some of the most popular habits โ€” highlighting, rereading and summarising โ€” were rated low utility. They feel productive because the material looks familiar, but familiarity is not the same as being able to recall it in an exam hall.

So the whole plan below is built on one rule: spend most of your time retrieving information, and come back to each subject several times.

Step 1: Make your exam map (Day 1, about 1 hour)

Write down for every exam:

  • Date and time
  • Weight of the exam in your final grade
  • Topics covered (from the syllabus, not memory)
  • Your confidence on each topic: red (lost), amber (shaky), green (solid)

Then work out what you need. If you know your current coursework marks, our final grade calculator guide shows the score you need on each final to reach your target grade. Subjects where a small improvement changes your letter grade deserve more hours.

Step 2: Split your hours with a simple priority score

For each subject, score 1โ€“3 on three things and add them up:

  • Weight โ€“ how much the exam counts (1 = low, 3 = high)
  • Weakness โ€“ how many red/amber topics (1 = few, 3 = many)
  • Timing โ€“ how soon the exam is (1 = last week, 3 = first few days)

Divide your available hours in proportion to the scores. Example with 60 study hours over 14 days:

SubjectWeightWeaknessTimingScoreHours
Calculus332818
Chemistry323818
History221511
English212511
Total2658 + 2 buffer

(Hours = score รท total score ร— 58, rounded, keeping 2 hours spare for surprises.)

Step 3: The 14-day finals plan

Days 1โ€“3: Build your question bank

  • Do the exam map and hours split (Day 1).
  • For each subject, turn the syllabus into questions, not notes. “Define osmosis” beats a paragraph about osmosis.
  • Collect past papers and practice problems now, so you are not searching later.
  • Start with red topics โ€” they need the most repetitions.

Days 4โ€“7: First retrieval round

  • Study in 45โ€“50 minute blocks with short breaks (the Pomodoro technique works well here).
  • Rotate two or three subjects per day โ€” this spacing is the “distributed practice” effect.
  • For each block: attempt questions from memory first, then check your notes and fix gaps.
  • Mark every question you miss. Those are tomorrow’s priority.

Days 8โ€“11: Past papers under timed conditions

  • Do at least one full past paper per subject, timed, with no notes.
  • Grade it honestly using the mark scheme. Turn every lost mark into a new flashcard.
  • Revisit topics from Days 4โ€“7 โ€” a second retrieval a few days later locks them in.

Days 12โ€“13: Close the gaps

  • Work only on missed questions and amber topics.
  • Explain hard concepts out loud as if teaching a friend; where you stumble is what you don’t yet know.
  • Prepare a one-page formula or key-facts sheet per subject (making it is itself retrieval).

Day 14 (the day before each exam): Light review and sleep

  • One short mixed quiz, then stop by early evening.
  • Pack what you need, and get a full night’s sleep โ€” memory consolidation happens during sleep, and all-nighters usually cost more marks than they gain.

If your exams are spread out, run this cycle per subject: the day before each exam becomes that subject’s “Day 14”.

A sample study day

TimeActivity
9:00โ€“9:50Calculus: practice problems from memory
10:00โ€“10:50Calculus: check, correct, add missed items to flashcards
11:00โ€“11:50Chemistry: flashcard quiz (red topics)
Lunch + walkBreak away from screens
13:30โ€“14:20History: write answers to 3 likely essay questions (outline only)
14:30โ€“15:20Chemistry: timed past-paper section
Evening15-minute mixed flashcard review, then rest

Five focused hours of retrieval beats ten hours of rereading.

Common mistakes to avoid

  • Rewriting notes neatly. It looks productive but trains your hand, not your recall.
  • Studying one subject for a whole day. Mixing subjects feels harder but leads to better retention.
  • Skipping the subject you dislike. Your priority score already tells you where the marks are.
  • Ignoring the mark scheme. Examiners reward specific wording and steps โ€” learn them from past papers.

Frequently asked questions

Is two weeks enough time to study for finals?

Yes, for most students. Two weeks allows at least two or three spaced retrieval rounds per subject, which is what research links to better long-term recall.

How many hours a day should I study for finals?

Around 4โ€“6 focused hours a day is realistic for most students during a finals period. Quality matters more than total hours: use timed blocks and active recall.

Should I study the night before an exam?

A short, light review is fine. Avoid learning new material late at night and protect your sleep.

What is the best way to memorise for exams?

Test yourself repeatedly with flashcards and practice questions, spaced over several days. This combination โ€” practice testing plus distributed practice โ€” had the strongest evidence in the Dunlosky review.

Plan your semester, not just finals

Once your exams are done, check where your grades leave you with our GPA calculation guide, and use a weekly study timetable next semester so finals never pile up again.

Source: Dunlosky, J., Rawson, K. A., Marsh, E. J., Nathan, M. J., & Willingham, D. T. (2013). Improving Students’ Learning With Effective Learning Techniques. Psychological Science in the Public Interest, 14(1), 4โ€“58; summary via the Association for Psychological Science.

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