9 Study Methods to Learn Better and Faster

Studying efficiently isn’t about spending more time with your books—it’s about studying smarter, not harder. Many students spend hours re-reading notes or highlighting textbooks but struggle to retain information because they’re relying on passive learning techniques. Research in cognitive science has shown that certain study strategies can improve comprehension, recall, and long-term retention significantly.

However, not every method works for every student. The best study methods depend on your learning style, the subject you’re studying, and your time constraints. This article explores 9 proven study methods to help high school and university students study faster, retain more, and feel more confident in their learning.

9 Proven Study Methods for Better Learning

1. Pomodoro Technique – Studying in Focused Time Blocks

What it is

The Pomodoro study technique is a time management method that breaks study sessions into focused work periods followed by short breaks. Instead of long, exhausting study sessions, students work in short, concentrated bursts, keeping their minds sharp and avoiding burnout.

Origins & scientific backing

Developed by Francesco Cirillo in the 1980s, this technique is based on research showing that frequent breaks improve concentration and reduce mental fatigue. While the original method suggests 25-minute work sessions with 5-minute breaks, some students adjust the timing to 50-minute sessions with regular breaks of about 10 minutes, depending on their needs.

How to apply it

• Set a timer for 25 minutes and focus completely on studying.
• Take a 5-minute break once the timer goes off.
• After four Pomodoros, take a longer break of 15–30 minutes.

Best suited for

Subjects requiring intense focus, such as math, physics, and essay writing.

How Algor Helps

Algor’s AI-generated study plans can structure your study sessions into Pomodoro-style blocks, ensuring you stay productive and on track.

2. Feynman Technique – Learning by Teaching

What it is

The Feynman study technique is an active study strategy that helps students simplify complex topics by asking them to explain concepts in their own words. This method ensures deep understanding and exposes gaps in knowledge that need further review.

Origins & scientific backing

Developed by Nobel Prize-winning physicist Richard Feynman, this method is based on the principle that if you can’t explain something simply, you don’t understand it well enough.

How to apply it

• Pick a topic and explain it as if teaching a five-year-old.
• If you struggle to explain certain points, go back and review them.
• Refine your explanation until you can communicate the concept clearly and can explain it in simple terms.

Best suited for

Complex, theory-heavy subjects like science, economics, and philosophy.

How Algor Helps

Using summaries as a base for studying can be very useful and Algor's AI-generated summaries are a great way to try this learning technique. Simply check out the summary headlines and use them as prompts to describe the subject in your own words. Then, click on the subject name to reveal a complete summary, detailing the answer.

3. Mind Mapping – Organizing Information Visually

What it is

Mind mapping is a visual learning technique that helps you create connections between ideas and structure information in a way that makes sense at a glance. Instead of traditional linear notes, a mind map branches out from a central idea, allowing you to see visual representations of relationships between concepts.

Origins & scientific backing

Popularized by Tony Buzan, research has shown that visual learners retain information more effectively when using spatial mapping techniques.

How to apply it

• Write the main topic in the center.
• Create branches for key ideas and sub-topics.
• Use colors, symbols, and images to reinforce relationships.

Best suited for

Subjects requiring lots of interconnections, like history, biology, and literature.

How Algor Helps

Algor’s AI-generated mind and concept maps automatically organize study materials into clear visual guides, helping students visualize and retain information effortlessly.

4. Spaced Repetition – Retaining Information Long-Term

What it is

Spaced repetition is a highly effective memory retention technique that involves reviewing information at increasing intervals over time to prevent forgetting and strengthen long-term retention. Instead of cramming everything at once, this method ensures that knowledge is revisited just before it fades from memory, reinforcing learning in a way that makes it stick for longer.

Origins & scientific backing

This technique is based on the Forgetting Curve, a concept developed by Hermann Ebbinghaus, which shows that memory fades over time unless actively reinforced. Research has shown that this type of spaced practice improves long-term recall significantly compared to massed learning (cramming).

How to apply it

• Review material 1 day after learning, then 3 days later, 1 week later, and so on.
• Use flashcards or quizzes to test recall at each interval.
• Gradually increase the time between reviews as you get better at recalling the information.

Best suited for

Subjects requiring heavy memorization, such as language learning, history, and medical studies.

How Algor Helps

Algor’s AI-generated flashcards automatically integrate spaced repetition, ensuring that students review material at the optimal intervals for maximum retention

5. Retrieval Practice & Active Recall – Strengthening Memory

What it is

Retrieval practice and active recall involve bringing information to mind instead of passively reviewing notes or textbooks. By testing yourself on key concepts and recalling them from memory, you strengthen neural connections, making it easier to remember the material during exams. This is one of the most popular active learning techniques among high school and university students.

Origins & scientific backing

A study published in Psychological Science found that students who regularly self-tested performed significantly better on exams than those who simply re-read material.

How to apply it

• Quiz yourself instead of re-reading notes.
• Use flashcards to actively test recall of key facts and concepts.
• Try writing down everything you remember about a topic, then compare with your notes to identify gaps in knowledge.

Best suited for

All subjects, particularly science, law, and medical studies, where recalling information quickly and accurately is essential.

How Algor Helps

Algor’s AI-generated quizzes and flashcards make retrieval practice effortless, ensuring that students actively engage with their material instead of passively reviewing it.

6. SQ3R Method – A Structured Approach to Reading Comprehension

What it is

The SQ3R method is a structured approach to reading that improves engagement and comprehension by breaking the process into five key steps: Survey, Question, Read, Recite, and Review.

Origins & scientific backing

Developed by Francis P. Robinson in 1946, this method has been widely used in academic settings because it forces students to actively process information instead of passively reading. But, there are some ground rules to follow!

How to apply it

• Survey: Skim the text to get an overview of key topics.
• Question: Turn headings into questions to guide reading.
• Read: Read actively, looking for answers to those questions.
• Recite: Summarize key points in your own words.
• Review: Go over the material periodically to reinforce memory.

Best suited for

Text-heavy study topics such as history, psychology, and literature, where comprehension and retention of dense material are crucial.

How Algor Helps

Algor’s AI-powered summaries and concept maps help students quickly survey and review study material, making the SQ3R method even easier to apply.

7. Interleaving – Mixing Different Topics for Deeper Learning

What it is

Interleaving is a study strategy that involves mixing up different subjects or types of problems within a single study session. Instead of focusing on just one topic at a time, students like you switch between related concepts, forcing your brains to work harder to differentiate and apply knowledge. It's an especially effective study habit for those needing to reduce the number of intensive study sessions over a short period of time.

Origins & scientific backing

Studies have shown that interleaving strengthens problem-solving skills by making learning less predictable. Research suggests that students who mix topics perform better on tests than those who study in blocks.

How to apply it

• Instead of studying only one subject, rotate between different topics or problem types.
• In math, practice different types of equations in one session instead of focusing on one formula at a time.

Best suited for

Subjects that require critical thinking and adaptability, such as math, physics, and engineering.

How Algor Helps

Algor’s custom AI study sets allow students to organize and interleave study materials effectively.

8. The Leitner System – Optimized Flashcard Learning

What it is

The Leitner System is a flashcard-based learning system that prioritizes difficult material for more frequent review, while reducing time spent on easier material. Flashcards are an especially engaging learning strategy for difficult concepts because they require your brain to repeatedly dig up information, which strengthens memory retention and makes complex topics easier to master over time.

Origins & scientific backing

Developed by Sebastian Leitner in the 1970s, this method follows the principles of spaced repetition, reinforcing weak points while making review sessions more efficient.

How to apply it

• Divide flashcards into three groups:
• • Box 1: Hardest material (review daily).
  • Box 2: Medium difficulty (review every 3 days).
  • Box 3: Easy material (review once a week).
• Move cards between boxes based on how well you remember them.

Best suited for

Subjects requiring heavy memorization, such as languages, medical studies, and law.

How Algor Helps

Algor’s AI-generated flashcards seamlessly integrate with spaced repetition and the Leitner System, optimizing learning efficiency.

9. The Cornell Note-Taking Method – Structuring Notes for Maximum Retention

What it is

The Cornell Note-Taking Method is a structured approach to taking notes, designed to make studying more efficient and organized. It divides a page into three sections: a cue column, a note-taking area, and a summary section.

Origins & scientific backing

Developed by Professor Walter Pauk at Cornell University, this method prompts students to summarize and question their material, encouraging deeper understanding rather than passive note-taking.

How to apply it

• Divide your sheet of paper into three sections
  • Cue column (left): Write keywords, main ideas, or questions related to the notes
  • Notes section (right): Jot down key points, lecture notes, or textbook information in structured bullet points.
  • Summary section (bottom): After studying, write a brief summary of the key takeaways in your own words.

Best suited for

Subjects like history, psychology, and science. This method is particularly useful for lecture-based subjects, where organizing key points is essential for revision.

How Algor Helps

Algor’s AI-generated summaries help students quickly condense their notes, making the Cornell Method even more efficient for revision and exam prep.

Study Smarter with AI-Powered Tools

Using scientifically proven study methods can help students maximize efficiency, retain information longer, and reduce stress. Whether it’s learning strategies regarding time management like the Pomodoro Technique or memory-enhancing methods like Active Recall and Spaced Repetition, choosing the right study techniques makes learning more effective and enjoyable.

With Algor Education’s AI-powered tools, students can take these study methods to the next level—automating key learning processes, making studying more structured, interactive, and time-efficient.

🚀 Try Algor today and transform the way you learn!