Studying for an academic assessment can become stressful surprisingly quickly. You have lectures to revisit, chapters to read, assignments to finish and, somewhere in the middle of all that, an exam date getting closer.

I think the biggest mistake is assuming that effective studying simply means studying for longer. It does not. The real question is what you do during those hours.

When I look at the evidence on learning, two ideas repeatedly stand out: retrieval practice and spreading study across time. A major review of learning techniques rated practice testing and distributed practice among the most useful approaches, while methods such as rereading and highlighting showed much weaker evidence of broad effectiveness.

So, rather than asking, “How many hours should I study?”, I would ask a better question:

“What can I do today that will make it easier for me to remember and use this information next week?”

Start With the Assessment, Not the Textbook

Before opening your notes, find out exactly what you are preparing for.

This sounds obvious, but it is easy to spend hours studying material that is only loosely connected to what you will actually be assessed on. Your first job is therefore to understand the assessment requirements.

Check:

• the assessment brief or exam specification
• learning outcomes
• marking criteria
• lecture topics
• required readings
• past papers or sample questions
• the assessment format and time limit

Then classify what you need to do.

For example, an assessment might require you to:

• recall definitions and theories
• explain concepts in your own words
• solve problems
• interpret data
• compare different viewpoints
• evaluate evidence
• construct an academic argument

These are not identical skills.

If you have an essay exam, memorising hundreds of isolated facts will not be enough. If you have a mathematics assessment, reading worked examples without attempting problems yourself will leave an important gap in your preparation.

Your study method should mirror the performance the assessment demands.

Replace Passive Revision With Active Recall

One of the simplest improvements you can make is to stop treating your notes as something you need to repeatedly look at.

Instead, use them as something you eventually need to put away.

That is the basic idea behind retrieval practice: deliberately trying to recall information from memory rather than continually exposing yourself to it.

Research reviewed by psychologist Kathleen McDermott shows that practising retrieval can slow forgetting and support later recall across different types of material and learners.

A particularly interesting experiment by Jeffrey Karpicke and Janell Blunt compared retrieval practice with concept mapping. The researchers found that retrieval practice produced greater gains in meaningful learning, including on questions requiring comprehension and inference.

Try this after every study session

Read a manageable section of material.

Then close your book or notes and ask yourself:

What do I actually remember?

Write down the answer without checking.

You may discover that a topic you thought you understood is much less secure than it seemed. That is not a failure. It is useful information.

Now reopen your notes and compare.

Mark:

• what you remembered correctly
• what you partially remembered
• what you completely missed

Those gaps should guide your next study session.

Turn headings into questions

This is an easy way to make existing notes more useful.

Instead of:

Causes of climate change

ask:

What are the main causes of climate change, and how does each contribute to the problem?

Instead of:

Maslow's hierarchy of needs

ask:

What does Maslow's hierarchy propose, and what criticisms have been made of it?

Instead of:

Research methodology

ask:

When would a researcher choose this methodology, and what are its strengths and weaknesses?

The question forces you to retrieve, organise and explain the information.

Space Your Revision Across Several Days

If your assessment is three weeks away, there is little reason to learn everything in one weekend.

Spacing gives you an opportunity to forget some of the material and then retrieve it again. That repeated process is far more useful for long-term retention than repeatedly studying the same material in one sitting.

Research on distributed practice has consistently supported spreading learning across time. The major review by Dunlosky and colleagues rated distributed practice as a high-utility technique because its benefits extend across different learners, materials and learning tasks.

A simple schedule might look like this:

First session

Learn the material and make sure you understand the basic ideas.

Second session

Return to it after a few days and test yourself without your notes.

Third session

Complete questions or apply the ideas to a new example.

Fourth session

Revisit the areas you still cannot retrieve confidently.

You do not need to create a complicated revision algorithm. The important part is that learning happens over multiple sessions rather than being compressed into one marathon.

Interestingly, research on retrieval schedules suggests that repeated relearning can have substantial benefits for long-term retention without requiring an enormous increase in practice time.

Use Practice Questions Properly

Practice questions are valuable, but simply completing them is not enough.

The real learning often happens when you examine the mistakes afterwards.

Suppose you answer 20 questions and get 15 correct. Your first instinct might be to celebrate the 75%.

Instead, investigate the five incorrect answers.

Were they wrong because:

• you forgot a fact?
• you misunderstood a concept?
• you misread the question?
• you selected the wrong formula?
• you could not apply the theory?
• you knew the material but ran out of time?

Each mistake points towards a different solution.

If you misunderstood a concept, return to the explanation.

If you forgot information, use retrieval practice.

If you repeatedly misinterpret questions, practise identifying command words such as analyse, compare, evaluate and justify.

If time is the problem, introduce timed practice.

This turns practice papers into a diagnostic tool rather than simply another revision task.

Study in a Way That Matches Your Subject

There is no universal study routine that works equally well for every discipline.

A history student might need to build timelines, compare interpretations and practise evidence-based arguments.

A biology student may need to recall processes, interpret diagrams and apply concepts to unfamiliar scenarios.

A business student might need to analyse case studies and connect theory to practical situations.

A mathematics student needs to solve problems and recognise which method applies.

The common principle is simple: practise doing the thing you will eventually be assessed on.

If the exam requires essays, write essays.

If it requires calculations, calculate.

If it requires analysis, analyse.

If it requires recalling terminology, test yourself on terminology.

This sounds straightforward, but it prevents one of the most common revision problems: becoming very good at studying about a subject without becoming good at actually performing in it.

Make Your Study Plan Specific

“I will study for three hours tonight” is not a particularly useful goal.

You could spend those three hours reorganising folders, highlighting paragraphs and watching videos without knowing whether you have learned anything.

Instead, make the outcome measurable.

For example:

“I will revise two theories, answer ten recall questions and complete one exam-style response.”

That gives you a finish line.

I also recommend planning backwards from the assessment date.

Start with the final assessment and work towards today. Divide the syllabus into manageable topics, then give yourself enough time to revisit each one.

A useful weekly plan might include:

• new material
• retrieval practice
• practice questions
• correction of mistakes
• a timed assessment
• lighter review

Do not fill every available hour. Leave room for unexpected coursework, fatigue and other responsibilities.

Learn to Monitor Your Own Learning

There is another skill that often gets overlooked: knowing whether your study strategy is actually working.

This is closely related to metacognition and self-regulated learning.

The Education Endowment Foundation describes metacognition in terms of being aware of, reflecting on and directing your own thinking. Its current Teaching and Learning Toolkit rates metacognition and self-regulation as a high-impact, low-cost approach, with an average impact equivalent to eight additional months of progress, while also warning that implementing these strategies effectively is not always straightforward.

For your own revision, that means regularly asking:

Before studying: What do I need to learn?

During studying: Do I understand this, or does it merely look familiar?

After studying: Can I recall and apply it without help?

That final question is particularly important.

Familiarity is not the same thing as mastery.

You can read a paragraph five times and think, “Yes, that makes sense.” But if you cannot explain it when the book is closed, your understanding may not yet be secure.

Be Careful With Highlighting and Rereading

I am not suggesting that highlighting is useless.

A highlighter can help you identify an important definition or return to a difficult section. Rereading can also be useful when you are initially trying to understand unfamiliar material.

The problem is relying on these activities as your main revision method.

Dunlosky and colleagues found that highlighting and rereading had considerably lower overall utility than practice testing and distributed practice.

So instead of spending an entire evening rereading a chapter, try this:

1. Read a section carefully.
2. Close the book.
3. Explain the main idea from memory.
4. Write down what you cannot remember.
5. Reopen the material.
6. Test yourself again later.

You still read. You simply make reading the beginning of the process rather than the end.

Reduce Distractions Before They Reduce Your Grades

Studying while checking messages every few minutes feels harmless.

It is not particularly helpful.

Every interruption creates another decision: should I answer this message, check the notification or return to the chapter? Even when the interruption is brief, it can make sustained concentration harder.

I recommend making distraction removal part of your study routine.

Put your phone somewhere you cannot casually reach it. Close unrelated browser tabs. Keep only the materials required for the current task on your desk.

A 2026 school-based intervention found that students who were taught evidence-based learning strategies alongside reducing distractions used more effective study behaviours and achieved higher scores on a post-intervention exam and a follow-up test.

The lesson is not that you need a perfectly silent room.

It is that your environment should make the behaviour you want easier.

Do Not Trade Sleep for Another Chapter

The temptation is familiar: the assessment is tomorrow, so you stay awake for another two or three hours.

Sometimes circumstances genuinely leave you with little choice. But routinely sacrificing sleep is a poor revision strategy.

Sleep is involved in memory consolidation, and recent research continues to examine how sleep supports the stabilisation and later use of newly learned information.

For practical guidance, the NHS says that most healthy adults need around seven to nine hours of sleep per night, although individual needs vary.

So, particularly during assessment periods, I would treat sleep as part of the study plan rather than an obstacle to it.

A rested student who can concentrate is in a much better position to use what they have learned.

What to Do the Week Before an Assessment

When the assessment is approaching, your priorities should change.

You are no longer trying to make beautiful notes on every page of the syllabus. You are trying to identify what you know, what you do not know and what the assessment is likely to require you to do.

Seven days before

Map the content and identify your weakest areas.

Five to six days before

Use retrieval practice to revisit major topics.

Three to four days before

Complete targeted practice questions and analyse your mistakes.

Two days before

Attempt a timed paper or assessment-style task.

The day before

Review difficult areas, key concepts and common mistakes. Avoid trying to relearn everything from scratch.

Assessment day

Use your remaining time for a short review rather than frantic cramming.

The exact schedule will depend on your subject and assessment, but the principle remains the same: move from learning towards retrieval, application and performance.

When You Need Academic Support

Sometimes ineffective studying is not the real problem.

You may understand the subject but be struggling with an unfamiliar assessment format, a literature review, academic referencing or a large research task.

In that situation, appropriate academic support can help you understand what the task requires and develop your own work more confidently. For students looking specifically for Literature Review Help UK, the useful question is not simply whether someone can help complete a task, but whether the support improves your understanding of research, structure, evidence and academic conventions.

That distinction matters. The purpose of academic support should be to help you become more capable of handling similar work independently.

A Better Study Routine Does Not Have to Be Complicated

If you remember nothing else from this article, remember this sequence:

Plan → Learn → Retrieve → Practise → Review mistakes → Repeat

Start by understanding what your assessment actually demands. Learn the material properly, but do not stop at rereading it. Put your notes away and retrieve what you remember. Spread those retrieval sessions across several days. Then practise using the knowledge in the same way the assessment will require.

And keep checking whether your approach is working.

That last part is easy to ignore. You might have a beautifully organised revision timetable and still be studying inefficiently. Your results from practice questions are much more useful than the number of hours you have spent at your desk.

The strongest evidence does not point towards a magic app, a perfect stationery system or an eight-hour study marathon. It points towards relatively simple behaviours used consistently: retrieval, spacing, practice, self-monitoring and sensible management of your learning environment