How to Study for In-House Exams in Medical School

What makes in-house exams different

A quick glossary first. In-house (or faculty-written) exams are set by your own school. Many schools group them as block or module exams at the end of each organ system or course. They are different from NBME-written exams, such as the Comprehensive Basic Science Exam (CBSE) or the clinical "shelf" subject exams that some schools use in clerkships, which follow a national content outline.

The person writing the questions often taught the lecture, knows which slide they spent ten minutes on and may test a detail that never appears in a board review book. Formats vary: some courses use only multiple choice, others mix short answers, spotter or practical exams and oral components. Outside the US the term is used less, but the situation is the same wherever your own school sets the written papers, practicals and vivas.

How to find out what your exam will look like

Before choosing a method, spend twenty minutes collecting what your school already tells you. Most students skip this and then prepare for the wrong format.

• Module handbook or assessment guide: number of questions, question types, weighting, pass mark, whether there is a practical or oral part.
• Learning objectives: the closest thing to a blueprint. Keep them next to each lecture.
• Formative quizzes and weekly self-assessments: treat them as real exams. They show the style your faculty writes in and where your gaps are.
• Released practice or past questions: use them late, timed, as a format check. Follow your school's rules on sharing exam material.
• The course lead and students in the year above: ask what the exam looks like and which lectures carry weight, not for leaked questions.

A lecture-based workflow that fits a busy timetable

The core idea: a small amount of active work on each lecture while it is fresh, then keep revisiting it. Leaving everything to the exam block turns a 40-lecture module into rereading, the least effective way to use those hours.

1. Before the lecture (optional, 5-10 minutes): skim the slides and the learning objectives so you know what to listen for.
2. Same day or next day: mark what the lecturer emphasised, then turn the lecture into questions. One question per learning objective is a good minimum.
3. Within two days: move discrete facts (values, classifications, drug names) into flashcards; keep "explain" questions in a separate list.
4. Weekly: one mixed session of questions across all lectures so far, answering before you look.
5. Exam block: timed, mixed practice in the format of the exam, plus released practice questions if your school provides them.

A sample lecture-day schedule

Example A day with five one-hour lectures. Adapt the times to your timetable; the order is what matters: review due cards before adding new ones, and process today's lectures on the same day.

How to turn a lecture into questions

Learning objectives are the closest thing to a published blueprint for an in-house exam. Rewrite each objective as a question you could be asked, then add one question that tests application. The NBME item-writing guide, written for faculty who write exam questions, recommends items that test the application of knowledge, often through a short clinical vignette, rather than isolated recall. Many faculty-written exams borrow that style, so practise both.

Write the source next to each question, for example "Lecture 12, slides 8-14". When a question looks wrong or a flashcard seems off, you check it in seconds instead of rereading the whole deck. If you draft cards with AI, the guide on how to make Anki cards from lecture slides shows how to prune the draft, and the free slides to Anki converter turns "term - definition" lines into an importable file.

Should you use AnKing for in-house exams? A decision tree

AnKing is a large community Anki deck mapped to US board exams. Board review books with end-of-chapter questions play a similar role for shared core topics. Many students keep it suspended and unsuspend only the cards that match each lecture, then write their own cards for the gaps. The three questions below decide, topic by topic, where your time goes.

When AnKing and your lecturer disagree (a classification, a first-line drug, a cut-off), your lecturer's version is the one that scores on the in-house exam. Note the difference on the card so you are not surprised on boards later.

When a question bank helps, and when it doesn't

Pass/fail vs graded preclinical years

Many schools now grade preclinical courses pass/fail, and USMLE Step 1 has been reported as pass/fail since 2022. The workflow stays the same; the balance shifts:

• Pass/fail: aim for a secure pass on every block, not for every lecturer's footnote. Spend a larger share of time on core topics that also transfer to boards, and keep lecture-specific cards to what was clearly stressed.
• Graded, or with honours or class rank: lecturer-specific detail is worth points. Your own lecture cards and the lecturer's released questions deserve more of the week.

Either way, check your school's own grading policy: it is the one that applies to you.

Why retrieval and spacing beat rereading

In a study published in Science, Karpicke and Roediger found that repeatedly recalling information produced much better long-term retention than repeatedly studying it. A randomised trial with medical students by Larsen, Butler and Roediger found a similar advantage for repeated testing over repeated study. A review by Cepeda and colleagues found that spacing study sessions over time improves long-term recall compared with massing them. Dunlosky and colleagues rated practice testing and distributed practice highly, and rereading and highlighting low. Among medical students, Deng and colleagues (2015) found that unique Anki cards seen and practice questions completed were both associated with Step 1 scores, an association rather than proof of cause.

None of this guarantees a result for your course. It does explain why ten questions per lecture, revisited several times, tend to be a better use of the same hours than a final reread. To place those revisits around a fixed exam date, see the spaced repetition schedule for exams.

Adapting practice to the exam format

• Single-best-answer questions: read the vignette, predict the answer before looking at the options, then explain why each wrong option is wrong.
• Short-answer questions: write answers under a time limit with a fixed structure such as definition, mechanism, consequence.
• Practical or spotter exams: use labelled images from your lab sessions and cover the labels one structure at a time.
• Oral components: answer out loud without notes and ask someone, or a tool, to follow up with "why?". The guide on how to prepare for a medical viva has answer structures.

A six-week block, week by week

Example Many preclinical blocks run four to eight weeks with the exam at the end. Here is the lecture-first workflow laid over a six-week block; stretch or compress the middle weeks to match yours.

The point of the table is that weeks 5 and 6 are for practice, not first-time learning. That only works if weeks 1 to 4 kept up with the lectures. If you want dated reviews rather than a weekly rhythm, generate dated reviews for the block from the number of lectures and the exam date.

The last two weeks before the exam

• Map coverage: list every lecture and mark whether you have questions, flashcards and at least one mixed review for it.
• Prioritise weak lectures: use your wrong answers, not your feelings, to decide what to review.
• Practise the format: timed multiple choice, written short answers or out-loud explanations.
• Protect sleep: late-night cramming trades tomorrow's recall for tonight's feeling of progress.

If you want a rough check of whether the remaining lectures fit the days you have, the exam study plan calculator does the arithmetic.

Checklist for each lecture

• Lecturer's emphasis marked on the slides.
• At least one question per learning objective, with the source slide.
• One application question for each major mechanism.
• AnKing cards for the topic unsuspended, or your own cards written, per the decision tree.
• Lecture included in the next weekly mixed review.

A lecture coverage tracker you can copy

"Map coverage" is easier when the map already exists. Keep one row per lecture in a spreadsheet and update it as you go; in the exam block, sort by the last column.

Two warning signs to look for: a lecture with objectives but zero questions (never processed), and a lecture whose last score is low and whose last review is old. Those rows go first in the exam block. For a quick outside view of your whole preparation, try a two-minute readiness check.

How Memoniq helps

Memoniq is built around this lecture-first workflow. Upload the slides, PDFs, notes or recording of a lecture to a notebook and generate a summary with must-know points, flashcards with daily spaced review and written-exam quizzes from the same sources. On the Student plan you can also practise explaining topics aloud with AI oral exam practice and export flashcards for Anki; the first 14 days after sign-up include Student features, with no card required.

The material comes from your lectures rather than a generic syllabus, which is what matters for in-house exams. AI can make mistakes and cannot know what your lecturer stressed unless it is in the sources, so check important facts against the slides.

Limits

Assessment formats, grading policies, the availability of practice questions and the rules on recording lectures vary between schools; follow your own school's policies. The schedule and the card figures above are examples, not rules. The research cited supports retrieval and spacing in general and in some medical-education settings, but it does not predict results on any particular exam. This article is study advice, not academic or medical advice.

Next read: how to make Anki cards from lecture slides, or medical viva preparation for oral components.

Sources

• NBME Item-Writing Guide: Constructing Written Test Questions for the Basic and Clinical Sciences
• AnkiHub Community - Suspend/unsuspend cards
• Karpicke & Roediger (2008), The critical importance of retrieval for learning, Science
• Larsen, Butler & Roediger (2009), Repeated testing improves long-term retention relative to repeated study: a randomised controlled trial, Medical Education
• Cepeda et al. (2006), Distributed practice in verbal recall tasks, Psychological Bulletin
• Dunlosky et al. (2013), Improving students' learning with effective learning techniques
• Deng F, Gluckstein JA, Larsen DP (2015), Student-directed retrieval practice is a predictor of medical licensing examination performance
• USMLE - Step 1 transition to pass/fail score reporting