# Bac Exam Study Plan: Your 8-Week Template for June 2026
The French baccalauréat exams fall in June 2026. From late April, that leaves exactly eight weeks — enough to cover every subject thoroughly, but only with a clear plan and a disciplined start. This week-by-week schedule is built on spaced repetition and active recall, the two most consistently validated strategies in cognitive science research.
For readers unfamiliar with the system: the bac (baccalauréat) is France's national school-leaving exam, taken at the end of lycée (roughly equivalent to high school). Students choose a general track (voie générale) or vocational track, select two or three speciality subjects, and sit written exams across all their subjects in June, plus an oral presentation called the Grand Oral (worth 10 out of 100 coefficient points). The stakes are high — university admission in France depends directly on bac results.
Cramming the night before is one of the least effective revision strategies that exists. It creates the feeling of having worked without building lasting memory. This plan is structured around the opposite principle: revise early, revise often, and test yourself constantly.
Core principle: why spacing beats cramming
Hermann Ebbinghaus first described the forgetting curve in 1885: without revision, roughly 70% of new information is forgotten within 24 hours. This finding has held up across more than a century of research in cognitive psychology.
The answer to the forgetting curve is spaced repetition: reviewing information at increasing intervals, just before it would be forgotten. Each retrieval strengthens the memory trace and pushes the next revision session further into the future. Cepeda et al. (2006) showed in a meta-analysis of 254 studies that spaced practice produces significantly better retention than massed practice, regardless of content type (Cepeda et al., 2006).
Robert Bjork at UCLA adds the concept of desirable difficulties: study strategies that feel difficult in the moment — self-testing without notes, varying revision contexts, spacing sessions — produce stronger long-term memory than strategies that feel easy. Re-reading and highlighting give a sense of familiarity without building genuine mastery (Bjork, 2011).
John Dunlosky's landmark 2013 meta-analysis ranked ten learning strategies by effectiveness. Practice testing (answering questions, doing past papers) rated highest. Re-reading and highlighting — the most common strategies among students — rated lowest (Dunlosky et al., 2013).
The practical conclusion for the next eight weeks: don't re-read passively, test yourself actively. Don't concentrate everything in the final week, spread it across the whole period. For a deeper dive into the mechanism: spaced repetition: the most effective memorisation method.
Weeks 8–7 (early May): inventory and diagnosis
The most common mistake is diving into revision without knowing exactly where you stand. These first two weeks are about building a precise map of the situation.
What to do:
- List every subject with its bac coefficient. Subjects with higher coefficients deserve proportionally more time. In the voie générale: speciality subjects carry coefficient 16 each (for the two kept in terminale), philosophy is compulsory at coefficient 8, and the Grand Oral carries coefficient 10.
- Honestly assess your level in each subject — not based on feeling, but on concrete evidence: grades this year, results on mock exams, chapters you never really understood. Assign each subject an initial level: solid, needs consolidating, or fragile.
- Build a priority matrix. High coefficient + fragile level = absolute priority. Low coefficient + solid level = minimal maintenance work. This matrix will guide time allocation for the entire period.
- Collect past papers. Download subjects from the last three or four exam sessions for each priority subject. Past papers are the raw material of effective revision — they reveal the actual format of questions, the level of expected detail, and recurring themes.
Daily workload: two to three hours on average, focused on inventory and initial diagnostic reading. This is not yet the intensive phase — it is the mapping phase.
Weeks 6–5 (mid-May): construction phase
The diagnosis is done, the priorities are set. These two weeks mark the start of substantive work: first full revision pass across all subjects, building summary notes, and first past papers on priority subjects.
What to do:
- First revision pass across all subjects, starting with high-coefficient fragile ones. The goal is not to master everything but to cover the full programme once. This initial pass activates existing knowledge and pinpoints specific gaps.
- Build summary notes. A summary note is not a copy of the course — it is an extraction of the essential elements you need to be able to reproduce in an exam: principles, formulas, key dates, core arguments. Building a note is already an act of active learning (the generation effect, demonstrated by Slamecka & Graf, 1978). For practical methods: how to create effective revision flashcards.
- First past papers in learning mode. Not under exam conditions yet — in exploration mode. Read the questions, identify what's expected, read the mark schemes carefully, understand the logic of a good answer. The goal is to decode the exam's expectations.
Daily workload: three to four hours per day, spread across two or three subjects. Avoid working more than two consecutive hours on the same subject — attention drops sharply beyond that.
Weeks 4–3 (late May): deepening phase
This is the most demanding phase of the plan. The foundations are built — now they need to be tested, the cracks identified, and the gaps filled.
What to do:
- Past papers under real exam conditions. Full duration, no notes, no phone, in silence. Training under real conditions is irreplaceable: it calibrates time management, reduces anxiety on exam day, and reveals gaps invisible during passive revision. Plan at minimum two full past papers per priority subject across these two weeks.
- Analytical correction. After each past paper, spend at least as long on the correction as on the writing. Identify precisely which points were lost, understand why, and note the concepts to revisit.
- Second targeted pass on weak points. Gaps identified through past papers become the absolute priority. Not general revision — targeted work on what is not working. This is the principle of deliberate practice from Anders Ericsson: progress comes from working on your limits, not from repeating what you already know.
- Active recall sessions on summary notes. Close the note, recite from memory, check. Repeat the next day, then three days later. Spaced repetition at the level of individual notes begins here.
Daily workload: four to five hours per day (see the profiles section below). This is the peak period — the following weeks will be less intense.
Weeks 2–1 (early June): final phase
Heavy revision is over. These two weeks are for consolidation, not for learning new content.
What to do:
- Light revision on summary notes. One to two hours per day maximum. Read the notes, test yourself on them, learn nothing new. The brain needs rest to consolidate — memory consolidation happens during sleep (Walker, 2017).
- One final past paper per main subject in the ten days before the first exam. Not to learn but to maintain performance level.
- Prioritise sleep. Sleep deprivation measurably reduces cognitive performance in ways that cannot be compensated by effort. Seven to eight hours of sleep per night in this period is not wasted time — it is a performance requirement.
- Prepare the logistics. Exam admission letter, ID, permitted materials per subject, route to the exam centre, timing. Handle this now to free up mental space in exam week.
Exam week: no new concepts
The week before exams is not for learning. It is for conditioning.
What to do: - Light reading of summary notes (30 to 45 minutes per day maximum) - Check logistics (admission letter, ID, materials, transport) - Regular sleep: same bedtime, same wake time - Normal diet — avoid sudden dietary changes
What not to do: - Open a new chapter or a new past paper mark scheme - Revise until midnight the night before an exam - Compare your revision with classmates
The night before each exam: read the summary notes for that subject for one hour, then go to bed at your usual time.
Daily workload by profile
The optimal revision volume depends on your profile, school schedule and objectives.
Student still in class (April–May): lessons occupy the day. Revision happens in the evening and at weekends. Target: two to three hours per evening on weekdays (after homework), four to five hours per weekend day. Weekly total: fifteen to twenty hours. This pace is sustainable for two months without burnout.
Student in intensive revision mode (after classes end): days are free. Target: five to six hours of effective work per day, in three 90-minute blocks with breaks. Beyond six hours, cognitive output collapses. The rule: quality of concentration over quantity of time sitting at a desk.
Breaks are not optional. The Pomodoro technique (25 minutes of work, 5 minutes of break) or 90-minute blocks with 20-minute breaks are two validated formats. Sustained attention beyond 90 minutes without a break produces cognitive fatigue that reduces the effectiveness of subsequent revision sessions.
Fitting the Grand Oral into the plan
The Grand Oral (coefficient 10) is often prepared separately from written revision. That is a mistake: the strongest presentations are built on deep mastery of the speciality content, not on a memorised script.
Recommended Grand Oral schedule:
- Weeks 8–6: finalise the question and identify the concepts to master in depth. The question must sit at the intersection of your two specialities. Build a Grand Oral note with the core arguments, examples and references.
- Weeks 5–3: practise out loud. Ideally with someone who can ask questions — a parent, classmate or teacher. The goal is to present for five minutes without notes, then handle ten minutes of questions on any topic connected to the theme. Record practice sessions to spot verbal tics and approximations.
- Weeks 2–1: two or three full practice runs under timed conditions, with feedback.
The Grand Oral is not revised like a written exam — it is prepared through repeated oral practice.
Adapting the plan for high-coefficient subjects
Not every subject deserves the same investment. The economic logic of revision: invest where the return is highest.
Mathematics (speciality, coefficient 16 if kept in terminale): maths are not revised by reading — they are revised by doing exercises. Plan at minimum one hour of active problem-solving per session, followed by methodical correction. Past papers are essential: the types of exercises vary little from one session to the next.
Philosophy (coefficient 8, compulsory in voie générale): philosophy is as much a method exam as a content exam. Knowing the philosophers and their theses is not enough — you need to be able to construct a dissertation or explain a text. For a detailed method: how to revise bac philosophy.
Specialities (coefficient 16 each for the two kept): covering the full programme is non-negotiable. Use past papers to identify the chapters most frequently examined and allocate more time there.
French literature (coefficient 5 in terminale, exam taken in première): if you sit the French bac in première, the logic is the same but the timeline is earlier. For a specific method: how to revise for the bac de français.
Where Wizidoo fits in
A plan is a framework. It does not replace the tool that does the actual work: active revision, testing, retrieval. Wizidoo integrates spaced repetition automatically — the algorithm calculates how often to review each concept based on your mastery level, without you having to manage the intervals manually.
Every note you create becomes a scheduled revision card. You answer, the algorithm adjusts. Fragile concepts come back more often; solid ones make room for the rest. This is the direct application of the principles of Cepeda, Bjork and Dunlosky in a tool built for students.
Start revising with Wizidoo — free for the first subjects.
Frequently asked questions
Do I need to revise every subject, even ones I am already good at?
No. The goal is not perfection in every subject — it is maximising the total score. If you are already solid in a subject with a low coefficient, spending ten hours revising it at the expense of a high-coefficient subject where you have gaps is a poor use of time. Maintain strong subjects with minimal work (one to two hours per week) and concentrate effort on high-coefficient subjects where the level is insufficient.
What if I am already behind on this plan?
The important thing is not to follow the plan exactly but to start. If you are reading this at week 4 rather than week 8, compress the construction and diagnosis phases into one week and go straight to past papers under real conditions. Prioritise the two or three subjects most important in terms of coefficient and gaps. Two weeks of well-executed active revision are worth more than four weeks of passive re-reading.
How do I manage Grand Oral preparation alongside written revision?
The Grand Oral takes place after written exams for most students — do not sacrifice written preparation to prioritise it. Oral preparation can run in the evenings or at weekends (one hour, two or three times a week), in parallel with written revision. During Grand Oral week, written exams are over: you can focus on it entirely.
Can I prepare two specialities in parallel without losing focus?
Yes, provided you do not revise them in the same session. Alternate subjects across different days or half-days. Research on interleaved practice shows that alternating between several subjects, counterintuitively, improves discrimination between concepts and long-term retention (Rohrer & Taylor, 2007).
References
- Cepeda, N. J., Pashler, H., Vul, E., Wixted, J. T., & Rohrer, D. (2006). Distributed practice in verbal recall tasks: A review and quantitative synthesis. Psychological Bulletin, 132(3), 354–380. https://doi.org/10.1037/0033-2909.132.3.354
- 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), 4–58. https://doi.org/10.1177/1529100612453266
- Bjork, R. A. (2011). On the symbiosis of learning, remembering, and forgetting. In A. S. Benjamin (Ed.), Successful remembering and successful forgetting: A festschrift in honor of Robert A. Bjork. Psychology Press. https://doi.org/10.1037/a0025141
- Rohrer, D., & Taylor, K. (2007). The shuffling of mathematics practice problems boosts learning. Instructional Science, 35(6), 481–498. https://doi.org/10.1007/s11251-007-9015-8